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arcanepactguile-scribes · 21 days ago

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𝐏𝐑𝐎𝐌𝐏𝐓𝐒 — BottomAlastorWeek2024

𝐖𝐂: 5.5k

𝐈𝐍𝐂𝐋. NPCs.

𝐓𝐇𝐄𝐌𝐄𝐒: Non-Con, Free Use, Milking.

𝐕𝐄𝐑𝐒𝐄: Cervine Delicacy

𝐏𝐎𝐋𝐋𝐒: Milking Machine, Bonus Bad end chapter, Cervine Delicacy, Non-Con.

𝑨𝑶3 𝑴𝒊𝒓𝒓𝒐𝒓

Day 1 — Milking

The title speaks for itself. Trussed up to a fucking-cum-milking machine, poor Alastor's got hours ahead of overstimulation and induced milking.

𝐂𝐖 / 𝐓𝐀𝐆𝐒:

Non-Con, Public Use, Hormones, Rut/Heat, Substance Abuse, Public Humiliation, Toys, Milking, Nursing, Feeding, Voyeurism, Edging, Forced Orgasm, Non-Con Spanking, Fucking Machine, Spanking Machine, Blowjob, Aphrodisiacs, Stocks, Animal Play, Prostate Milking, Branding, Object Insertion, Bondage.

Blindfolded, Alastor's vision reduced to a warm gloom, the supple leather binding completely encasing his shut eyes; lashes quivered, the buckle bit sharply into the back of his upturned face, ears pinned back im subservience, a reedy whine building in his throat.

A pink, creamy liquid had pooled in the corners of his parted lips, a rivulet of the mysterious fluid trickling off his chin. Hyperventilating, the Radio Demon's captivating position substantiated the principal reason clarifying his regretted consent.

Strapped to a fucking-slash-milking machine, Alastor's slim body was swathed in sweat, overstimulation peaked more than once, the machine’s double function set on auto-pilot. Tied down on his front, the padded bench cradled the underside of his jaw, tilting his face up in a minimalist stocks board. Wrists similarly bound in their own individual padded recesses in the same board, level with his face, Alastor's lower body was propped ontop a second padded Y-split supports bracing his digitigrade legs.

Folded at this knees, lower legs stapped to the winged bench, a system of further bindings controlled his resistant lowerhalf — a sturdy ring clamped around the base of his tail, pulling it back stiffly to expose the blushed flesh previously hidden by his clenched buttocks.

As a twist, an extravagant costume accessory adorned his abused tail — dressed in a sleeve of cow-hide print, the tufted tail swung erratically side to side whenever his realtail wagged or recoiled, the long tufted brush sweeping the blushed tops of his spread buttocks. A brass cow-bell dangled from the tightly wrapped appendage, adding another form of degradation with every clang.

Bowed, the ultimate purpose of the machine had driven an astonishingly thick dildo deep into the Radio Demon'sslicked hole; for some time it had been busy plunging in smooth pumps, the curved head pummelling the restrained demon's throbbing prostate. The aim had been originally not accurate, the calibration adjusted after a couple of trials the artificial cock glancing off-target, not at the right angle. Syrupy lube seeped out, Alastor's stretched hole swallowing the inward pumps greedily, low moans underscoring every determined bump against the swollen bulge.

Muscles and cords of tendons taut, sweat left a glistening sheen on the stuck Overlord's skin. The constant penetration wasn't the focal point, it was obvious. A non-descript sex machine had one job.

A pair of umbilical tubing were affixed to the two engorged cervine udders lining his belly; a clear, glass capsule was sealed around each distended teat, the nipple blushed dark pink. The singular tubing ran separately, a pair, down and into a miniature tank below his navel — the aluminium casing showcased a clear gauge to indicate how much milk had been expressed.

Blue-imbued milk squirted under protest, at the outset the milk oozing out from the pinched teat until the suction of the capsule elevated to a stronger volume. The plump udders swelled, his nips fluctuating between elongating and shrinking back in sync with the perservering extraction. The deer demon's milk had certainly let down by now, splashing the suckling siphons’ translucent glass in alabaster froth.

Gasping raggedly, the Radio Demon tried to streamline his breathing, sheepishly reduced to slhallow intakes expanding and shrinking contracting his chest walls. Flicking his ears, endurance bottoming out, the buck was debating second thoughts.

The faster the strap-on hammered his poor prostate, the more bloated the deer’s udders filled to bust, drawing an anguished cry of pain from him. Jerking under the restaints, leather squeaking and metal supports rattling, Alastor had earned himself an unanticipated intermission.

Trying to slump forward, easing the pressure building in his shoulders and upper back, the stocks temporarily loosened it's snug collar — although what was in store for him was a total surprise.

Recoiling too late, a rubber-gloved hand had seized his jaw, thumb and forefinger digging in deep to pry his stubborn mouth open. Turned to the side to curb aspiration, the other hand had expertly shoved a tube down his throat, pinching his nose shut firmly to encourage swallowing. The pink liquid witnessed earlier was poured down the funnel a second time, Alastor's adam apple bobbing fervently as he struggled to gulp the hormonal potion down without backflow.

Gagging, the tube was eventually removed, the exhausted deer dimly aware another business was equipped behind him.

The whirr of the machine’s pistons had stopped. A sickening squelch, and the dildo was roughly plucked from his burning hole, lube spilling out to matt his tousled fur.

Back arched, missing the resilient spread of the stiff cock pumping in it's mouthwatering fashion, detrimental to Alastor's fading resolve, the additional relaxant was questionable.

Lost in arousal, the steady throbbing in his full udders distracted his attention. Shortly the stationary capsules twitched, emptying the glass vessels to make room for the resurgence of milking. A fleeting pause in between each hard suck, every pump extracted a spray of milk, the froth splashing the inner walls of the glass with a gratifying squirt, the plump teats ejected a shot on command. Each burning sac billowed and shrunk, the accelerated jerks hurrying up the milk flow.

The machine’s arm had rotated pn it's axis — a tapered nozzle lowered, it slowly pressed into the recovering Radio Demon's gaping ring, triggering a protective reflex of the inner muscle. Rolling his pelvis forward, the gesture didn't save him — the silicone tip coerced it's way in, the slim spout following the bends of his colon to reach further in. This method, Plan B, ascertained the injected hornones a much quicker absorption into his guts. A bulb indeed inflated internally, effectively plugging the deer's dripping entrance.

Thereafter, the hose stiffened, pumping an abundance of the aphrodisiac directly into his body through this alternative route, not unlike insemination... It took only a couple of minutes or so, the coolled liquid a distinctive change of temperature and bulk inside his core.

Digging his knees deeper into the padded bench rest, Alastor fretted in place, wept openly as he tried to ease the arousal sinking deeper, hurried along by the inserted plug keeping the elixir trapped. The suction gradually speeded up, beginning slow to avoid rubbing his skin tooraw. A concentrated-shade of cream spurted forth, the rubber seals kneading the surrounding flesh of the abandoned teats in shorter cycles, pausing briefly to spare attention to his erect cock.

The head seeping thickened precvm, it bobbed up brushing his own abdomen, leaving a sticky trail. Groaning in exasperation, sac essentially blue with unreleased desire, the fleshlight delicately sheathed over his throbbing erection nearly made him shoot his load then and there — ass full, like he had been bred during a Rut, the Radio Demon bleated piteously, the fleshlight at a snail's pace began milking his painful shaft. The crystalline rubber sleeve hung lower to the ground, bending his cock as if he were hung like a bull — in his case, a princely buck.

The cord at the base weaved back between his knees, raised up to lead back into another clear tank placed on the base. The semen gauge on the front clearly illustrated that as soon as the captive buck had been milked beyond the verge of inconsolable overstimulation, the machine would stop.

Inside the tank, a digital scale monitor was installed — failure to tip the calibrated finish line by sheer weight alone meant the machine would be running nonstop. The glass was just a funny joke, misleading the Overlord and his enraptured audience both.

It was going to be a long night.

Chapter II — Liquid Gold

The final chapter. Bad Ending won the poll's votes. The Radio Demon's facing lifelong service as a prime slave, harvested for his delicious and rare use in thralldom.

The prostate position required an overhaul. The risks associated with poor circulation and nerve damage was very real. Even though the night could be ruined in a vast multitude of other ways, planned or unintentional, ending it earlier due to permanent damage was an irreversible outcome. Not even in Hell could take safety be dismissed so recklessly.

The loud suction of the three milker sheathes stopped abrupty; the engines of both machines easing to a full stop, the mechanical sighs from their slowing pistons announcing the temporary detachment from the buck's tenderised body.

Kneeling on the split padded bench, Alastor breathless and blindfolded as he was seen to, the caretakers worked quickly to upgrade the set up. Two stout figures unstrapping his buckled legs, slipping his wrists from the stocks, the cord unclipped fron the band still clamped to the base of his wrapped deer’s tail, and lastly the final belt around his middle. Supported upright to loosely rock back onto his folded thighs and heels by one assistant, in a armlock, the other attendant kneeling in front to take care of the Radio Demon's sweat-soaked prized tackle.

Arms held tightly behind his back, still blind, Alastor's head lolled forward, jaw loose and apathetic to the pink aphrodisiac trickling out from one downturned corner. Drops of sweat fell off the end of his sharply pointed nose, ears bobbing up in weakened alarm when he felt a calloused hand curl around the base of his sheathed cock— holding the cock milker in place for for the time being, the caretaker carefully pulled the first glass cup off one fat teat, pausing the same attention to the other when the figure hastily leaned in to without warning suck the overstimulated teat into his mouth. Alastor cringed, shrinking back, unable to exact the frightened move ideally to completion, since the second attendant did not ease their stalwart embrace.

A chain of soft, keying up moans accompanied each resolute suckle of the ticklish star-shaped slit, the caretaker's hands gliding under and between Alastor's thighs to firmly knead the rear of the udders, finding the flesh hot and damp with perspiration. The coloured lube and the distinctive pink hormones potion had forever been dribbling out from his ring, mixing and parting ways as the different fluids followed the slopes of his buttocks and inner thighs, tracing along at last his full udders. Still bursting with milk, the milking machine had been good atthe start — drawing out milk faster and a greater volume than an organic mouth ever could have dreamed of; after countless hours the rubber seals and the brutal relentless suction had done a number on his organ. The gentle, soft and warm mouth tenderly nursing on his abused teat was the lifeline he sorely needed.

Alastor wasn't aware this was only an intermission.

The buck’s hips rolling back to thrust his tired pelvis forward, the lips around the teat sucked the throbbing nipple in deeper to be cradled by a stiff tongue — the slick muscle rolling and squeezing the teat tightly, pulling on the base to stir a thicker flow. Alastor's milk spurted eagerly under the more natural manipulation, multiple thin streams of milk expressed inside the greedy mouth in a fine spray, the star-shaped sphincter pumping in insatiable earnest.

The released oxytocin tingled the ends of Alastor’s fingers, racing down fast to spread reignited arousal to the bud inside his empty ass, filling his sore udders with a new hunger for fulfilment. A choked whimper had Alastor jerking up, pulling the reddened udder out of the caretaker's hot mouth. Milk welling up in it's tip, the taut flesh pinker, it's twin was neglected inside it's solitary glass prison. The Radio Demon's udders heaved as he panted heavily, feeling dizzy again, his erect cock bumping his clammy belly.

The cow tail costume binding his true tail belled musically as it swatted at nothing, the heavy brass holding the bulk of his dressed-up tail down to arc at it's highest point above the peak of his ass, the dragged end brushing against the yet unspoiled skin of his asscheeks. The pressure visibly satisfied. Alastor's body language again reduced to a constant state of shivering, the musk of his fading arousal lucent. Something might be able to be coaxed out of the sleepy stag Overlord; the attention to one half of his mammary glands reawakened the unquenchable want to be fed on.

Removing the second udder sheath without fanfare, allowing that neglected teat’s milk to intermittenly leak a puddle of rejuvenated milk, the punishing suction granting that quadrant’s surplus to expell itself in rivulets of milk filming that sac in white, out of nowhere else to go. The cock milker twisted off next with the same apathetic acknowledgement, the sticky seed coming free with a schlick, the interiors of the semen pump sheath snowy white and pungent.

Wrenched up higher to hang in the caretaker's arms, his open limp thighs buckling under the exaggerated shift in weight, the second assistant had by that time already finished prepping the second machine.

It was now Alastor's turn for prep.

This new machine was different. It was a shame the Radio Demon still wore his blindfold, forced to imagine the distressing equipment waiting to milk him dry.

It wasn't a chair or bench, like the last one. This machine resembled closest to a cow crush.

The machine comprised of a platform on a raised floor, overhead an assortment of other gadgets. Brought over, the two caretakers in tandem worked with another pair settled the lethargic buck into the new equipment. Face down, two broad leather straps were slung underneath his torso, brought up the other side and tightened, hoisting him up to their waist-height.

Alastor's softening cock was contrariwise squeezed painfully, a freshly donned rubber glove rubbing lube over his shaft and cockhead before left to sag into the topside cleft of his swollen udders, the sensation heightened from the hot skin on slick skin, his shallow breaths guiding his throbbing member. Alastor's heavy udders were not left to sway: an elaborate leather ass-harness was pulled on and buckled tightly, straps threaded through in the snug gaps between his inner thighs and sacs, other straps pulling the glands inwards to be clutched almost flush against his own groin and belly. The buck's cock was hugged there, cockwarming itself and out of sight.

Bewildered, raising his head, Alastor uselessly blinked, turning his face to try and determine the incoming touches, flinching away at any spontaneous caress or suggestion of a fondle. Two caretakers per set of limbs; one team brought Alastor's arms back to fold not behind his head like he had been anticipating — forced through a tight sleeve sheathing his forearms into a praying position close to his chest, Alastor's heartbeat pounding inside his head, his frantically flicking ears, his fur bristling straight up, uneasiness sharpening his senses.

Behind, the other team had tied his legs stretched down, shackling his ankles to a spreader bar. Rear forced into alignment with the curve of his spine, the belly sling cranked into the right supine position, the second phase of the machine rolled into place.

The engine was complicated compared to the crush’s bondage supports. Two rigid legs supported the frame; an (inert for now) rotary wheel fixed with four stout leather paddles, each alternating broad strap allowed a second’s respite of nothingness before the next smack driven upwards to spank his sweet-spot; the overall effort an oscillating reel of discipline.

Below the wheel waited a second much more discreet machine, a magic wand attached to a mechanical arm, holding it at an incline.

After disappearing for a protracted period, only one of the caretakers returned to continue the supposed final phase. The room was quiet, save for the buck's laboured sighs, the attendant paying no mind to the deer demon's occasional panicked wriggle — the crush instilling a strong sense of claustrophobia, the tight bands and the udders-ass harness cradling his pelvic region tensely without ample room to squirm out of pleasure or pain.

There were sounds of the snap of doffed gloves, the rubber pair pocketed for a unique momento; standing close behind the anxious stag, the domino effect of a passionate rub down blazed the Radio Demon'senthusiasm anew, the demon moaning keening lustily the instant those naked hands (against the rules) dabbed a palmful of massage oil below the root of Alastor's tail, watching how his trained hole spasmed as the cooled liquid dripped, sinking into the orifice before continuing down his throbbing taint and the bulging pillows of his udders.

Splaying his hands wide open, the caretaker took his time, thoroughly enjoying the way the captured buck's ass quivered under his erotic massage, Alastor's muscles shuddering as the slicked digits skillfully rubbed and kneaded both asscheeks and outer thighs in long, drawn out strokes. Gliding in around his narrow waist, the oil was stroked into the cramped space where his trembling belly met the topside of his cock and full udders. The deft strokes occasionally dipped in between his clenched thighs, gradually relaxing Alastor's frayed nerves, firmly stroking the overstimulated udders, gliding back out to push his thumbs into the taint, boldly massaging the flesh upwards until he had reached Alastor's entrance.

Slipping thumb tips into the lubed cavity, the caretaker took longer than necessary observing the deer's relaxed core, silently deliberating their next decision. Spreading Alastor's needy hole open, one hand quickly let go to retrieve a new toy from his waist-pack.

Jerking up, a pent-up BLEAT resonated, signalling the deer demon’s vehement reluctance, grinding his hardened cock into his squeezed udders, tongue lolled out in bliss. The fist had slipped inside him, forcing his inner rings apart to deposit a gel capsule, the springy membrane surviving the initial insertion inside the fist’s solid embrace. Pulled out with a squelch empty-handed, Alastor's cheeks and stomach heaved, feeling the bouncy capsule beginning to soften into a buttery salve. Almost simultaneously, the strongest wave of pleasure yetrippled outwards, seeping into every fibre of his oiled up flesh exclusively — the fevered heat tingling his blushing udders, member oozing precum excitedly. An intense knot of arousal budded in the pit of his stomach, the flower blooming to encompass his groin and to the tips of his leaking teats.

Trying again to thrust, Alastor's hips strained, grinding his throbbing shaft sandwiched firmly, heat increasing. It felt incredible, however disturbing fucking himself felt, was it really so different to regular masturbation? Panting wetly, drool hanging in strings, his ears registered a sudden movement to his right side before the rest of his thunderstruck brain caught up. The Radio Demon wasn't fast enough; the safeword didn't even exist, anyhow.

The gruff caretaker mercilessly squeezing the scruff of Alastor's neck hard, drawing out another pained bleat, his free hand firmly grabbed the root of Alastor's tail to yank erect, the escaped tufts of deer fur at the base flared out in terror. The cow’s bell rang, thrown back to rest on the prominent curve of Alastor's spine emerging in his stiffening slender body, the bumped ridge of thinly skinned vertebrae splitting his rounded buttocks as it turned into his tail. The slippery oil soothing the chafed skin under the udders-ass harness, the erotic massage’s afterglow a persistent warm buzzing in his head and groin suddenly liquefied in a heartbeat —

— The machines behind Alastor rolling forward on their tracks, a press of the caretaker's foot on a pedal below Alastor gunned both engines. Held down, the pedal accelerated the brutal assault.

The rotary wheel spun at an astonishingly fast RPM, 30 smacks per minute — almost at a blur, each pair of sturdy leather paddles swung continuously without pause, the heavy claps underscoring each upwards swipe of Alastor's buttocks. The smacks thudded, jostling the buck forward to rock back in a steady rhythm, each leaden smack efficiently numbing Alastor's rouged bottom to in essence glow as the spanked deep tissues hardened, blood climbing to the surface level and blushing his shiny skin from pink to a softened crimson.

The spanking seemed incidental — it was a step in the master plan, a predecessor. Whereas the solid blows rocked him, the dull smacks introducing a defined swollen outline of the ass-harness’s leather bands giftwrapping his cheeks, the final phase was drawing near.

Immediately — the first wallop had as intended through the short-sharp-shock element of surprise made Alastor unsurprisingly bear down, the flexible capsule as anticipated by the caretakers burst into a sludge of a slippery gel, the internal eruption sending a fiery aftershock of profound pleasure dispersing in waves. A negligible amount trickling down his clenching taint, the toughened leather paddles drying it out in a flash, the caretaker carefully easing his weight off the pedal to slow down the wheel’s unflagging blows.

In actuality the spanking machine delivered just the thirty blows, immobilising the Radio Demon's comprehension of the rigid thuds. Degrading tears, stinging hot, burned as Alastor’s pained cries ushered out for each thwud of the overpowering belts.

The machine’s rotation coming to an abrupt stop, the engine rolling in reverse to permit the former extra space between it and the stag demon, the pedal elevated back to it's original stationary position. Heart pounding away, Alastor blinked under the blindfold to clear the tears' stinging burn, sucking in broken breaths as inconsistent sobs shook his bound body — buttocks spanked scarlet, a shade lighter than the crimson of the deer's fur, the appealing sight of a stag tied up and presented as an offering was dreamlike.

Tail limp, Alastor's alertness was put to the test when the caretaker finished rubbing feeling back into the scruff of his neck, smoothing down his sweat-soaked headfur before resuming the game.

Hot to the touch, Alastor’s trembling frame went rigid at the intrusion of two ungloved digits pressing into his aroused entrance; the moist fingers moving together as one, sliding in to curl inwards and pushing down on the sweet knot that roused his stiffened cock to full mast, except it remained crowded between his belly and udders.

Rolling his pelvis forward as much as he could steal, his hips held back by the harness, Alastor's yearnful moansfollowing each ungainly thrust into himself emboldening the caretaker to follow it through with brisk, firm strokesof his pulsating prostate. The seam connecting the two udders swiftly pooling with precum, the tip of his throbbing cock rutting into himself, Alastor's thrusts grew faster, more harried; lids stretched wide, jaw agape, his long tongue curling back in itself as his first post-spanked climax shook his frame.

A thick lasso of seed spurted out from the narrowed gap coupling dick and udders, dripping off his swollen teats to feed a growing puddle beneath. There wasn't any use for a bucket or another tank since the Radio Demon's member was otherwise virtually confined by his own body.

As the unyielding fingertips milked his prostate, the strokes growing firmer and rushed, the buttery salve crept into more crevices and valleys of his inner walls, the pleasure concentrated the most where the lotion convened to drive his overstimulation into a new frontier, the highest he’d experienced tonight. Incoherent gasps heralded Alastor's subsequent climaxes, the orgasms returning in a snowballed cycle making his darkened sight see a kaleidoscope of brilliant stars.

Completely helpless to bring an end to the overstimulation, afterglow shivers jarring his sticky frame as he slumped in the slings, totally exhausted by now. Weakened cries now and then broke his laboured panting, saliva leaking down the hollows of his bared throat, his pulse visibly beating in his prolonged burn out from repeated orgasms. The objective still wasn't identified in spite of the Overlord's relative obedience. Pulling in deeper inhales to wipe his thoughts clean, Alastor's attention failed, the fog of the multiple orgasms leaving the enervated buck spent.

The caretaker preoccupied pumping his fingers by himself up until now, the process wasn't entirely undemanding. Turning a deaf ear to Alastor's grieved grunts, the attendant withdrew his fingers to replace them with an effortless mode of operation. Pulling up the shaft of the second, smaller machine, he wordlessly pushed the nose of the magic wand into the middle seam of Alastor's bloated udders, right below his hole, and turned the device on.

The deceitful buzzing of the toy instantly had Alastor buck wildly in a split second, letting out a strangled bawl as the toy hummed, rubbing vibrations endlessly into the swollen sacs.

Frantic, Alastor shook his head, trying to curl up and draw himself inwards to fold, his exertions failing miserably. The magic wand carried on vibrating his throbbing organ, the taut skin blushing red in arousal, the oxytocin again flooding his instinctive appetite to nurse anything. So long as the immense pressure building up inside his glands were relieved, as soon as possible.

The deer's agitated bucking quieted when he invariably sensed the original milker machine roll over, the sickly sweet fragrance of his own milk filling his flared nostrils. Perked up, the buck's rocking attempts stilled the best he could settle for, precum dripping every so often from the folds of his throbbing udders. His cock twitching, his movements kept rubbing all around his slick shaft and head, the heat increasing rapidly. The vibrations through the rear cleft of his udders travelled through to a degree, the depth increased by the hard press off the wand’s head sunken in.

Kneeled, the caretaker kept himself busy in the meanwhile, first wiping down each half of Alastor's twin sacs dry and clean with a soft rag, before the onset of fresh seed spurting freely from the Radio Demon's overwhelmed member shooting more spunk untouched outside his own body. A hard tug on the machine's single Y-pronged sheaths raised it higher to meet the leaking nipples — slipping each sheath over a teat, the internal seal clamped tighter than previously around the base to begin the process all over again.

Switched on, the capsules restarted the suction, rhythmically tugging the bloated teats down at a much faster pace, thrusting each one in sync back up into the billowed udders repeatedly to pump his milk flow vigorously, milk squirting out loudly to froth up the glass walls. Veins were popping out across the bloated sacs, the saccharine scent of crisp dairy hanging in the air, purifying Alastor's overwrought wits, pacifying the buck into an exceptionally placid state.

Lids lowered to almost close, drowsiness and at ease, Alastor's submissive composure was plateauing at it's peak, completely subdued and seemingly on the verge of falling into sleep.

The deer's tail twinged randomly, flicking to either side in unbridled happiness, pleasure receding and crashing back in waves as the machine diligently milked, the tension in his groin and asscheeks tightening for a blink before his whole body trembled violently, another orgasm triggered by the delicious combination of the cyclic pumping and the lingering prostate gel activated by his irregular pelvic thrusts into his full udders and stomach.

The top of the machine was dripping with his spent cum, the elbows of his armsleeves restraints sprayed with the first shots of spunk. The flesh on the nape of his neck where the caretaker had squeezed him stick burned, but it was a distant memory now, Alastor's mind adrift in the murk of his afterglow.

Soft footsteps approaching, the Radio Demon's vigilance lulled into insensibility, stiffened fingers cleaved through his lapsed concentration — claws digging into the corners of his jaws, prying them wide open, the silken shaft of a fully erect cock brusquely forced into his slack mouth, the slick underside gliding over his tongue, the head bumping the back of his throat.

Recoiling to gag, the claws raked in harder, the needle-like tips piercing the skin, the formations of a deep bruise thriving in the vice-like grip. Holding the Radio Demon's face crushed up against his abdomen, the caretaker rolled his hips up in shallow strokes, clear fluid lubricating the weeping slit and throbbing shaft inside Alastor's mouth. Alastor's whimpers muffled, he could only accept the heavy cock lest he choke, swallowing the head periodically, the roof of his mouth squeezing the top on every return stroke.

Mouth drooling with saliva and precum, the warm cock filling his mouth to the brim as it engorged with blood, Alastor's catastrophic decision came later than expected, given the repeated assaults, admittedly the Overlordhadn't designated much time and efforts on seeking a permanent solution in his favour.

The milking machine continued sucking out milk, the pronged-head rhythmically bouncing, tugging the swollen teats in and out rapidly. The Radio Demon's ecstasy was drained to exhaustion, the forced blowjob seizing all coherent thoughts left, the saltiness of the leaking slit shoved deeper down his clenching throat foremost in his survival instincts. Incapable of kicking the machine out of order, his legs spasming tied to the spreader bar, the cowbell still attached to his tail chimed gaudily as it wagged in a panicked frenzy — the noise made uglier by the dark goings-on.

The distant humming of the magic wand unbroken, the toy’s firm press accentuated when Alastor recoiled, the blunt head squashing the mammary sacs outwards briefly.

The pair of resistant strong hands splaying flat to encompass his flushed cheeks, his head bobbing in time with the caretaker's accelerating thrusts, the deer demon's tears joining the flow of precum hanging off his jawlint; feeling the tension start to build in the stranger's groin, his nose and brow mashed up to the twitching belly, Alastor made his move.

Opening wider, the stag demon clenched his jaw, biting down fiercely to slice through the invasive cock — the blood and other bodily fluids surging, flooding his mouth and spilling out in a torrent, splattering the caretaker's semi-naked body, viscera and splashback spraying Alastor in return. Broken laughter pealing out, Alastor didn't need his vision to visualise what the mongrel looked like, stumbling back and pointlessly fumbling with his chomped genitals.

Strings of spongy tissue snagged in his fangs, Alastor spat them out, disgusted, swiping his tongue all around his bruised lips to dispel the acrid taste of unwanted seed, shaking his head and limp ears flapping blood droplets liberally.

Inhaling incisively, picking each breath carefully, spitting out more mixed drool and spunk, blood smeared across the lower half of his ashen face, the motionless caretaker sprawled in front of him averted the buck’s diminished attention; a group of new brisk strides coming up the rear, the footfalls deadened by the milker’s noisy clunking and squirting.

The first new pair of rougher hands seizing the Radio Demon's limp tail at it's stem, savagely pulling the tail back to bend at the root, the skin turning white, Alastor’s shrill BLEAT snubbed, the hands clipping a ring to the tail-wrap’s original ring tie-down and snapping it shut to a third ring — it’s cord stretched tight over his back to the nape of a new leather cow's collar, a third caretaker swiftly buckling the collar around Alastor's neck in time without a word to the struggling demon.

Excruciating pain racing up his spine, the nerves pinched under the tail-tie’s new stilted position, winded for breath Alastor had to undergo the sheer humiliation of the concluding punishment for his bratty disobedience — steering clear of his head initially, the collar-caretaker caught the deer's flicking right ear in a vicious squeeze; instantly a fire burned near the tip, the intense pain blossomed to fully swallow up his ear, cold wetness sleeking the fur flat. Unbeknownst to the new slave, it was a cattle tag — a silver metal tag stamped with Alastor's number, grade, milk yield, and barcode. Released, that pierced ear hung low, dead weight bumping into the curve of Alastor's strained cheek, his pulse beating rapidly in agony.

Blood drops disappearing into the puddles of caretaker gore, the two replacement caretakers sidled backwards, one half switching the wand machine off and rolling it back manually to clear some extra space for the terminal treatment.

Jointly, the caretakers reapplied a thick coat of slick to the buck’s swollen asscheeks and thighs, layering the wetness thickest over his sit-spots, the rise of the reddened mounds where he was bent forward and the skin pulled tightest over bone, the soap rivulets filling in the creases of the crack and bloated udders’ bulge, rubbing the oily fluid in to build up a uniform coat. Alastor's ring flared, feeling empty and neglected despite the barbarity, the residual aphrodisiac gel refreshing his stunted arousal.

The offered hole spasmed to flutter in the same breath both caretakers stepped on two pedals together as one — the powered on spanking machine rolling forward, the leather belts turning over to present the polar side, a hog’s bristled hairbrush twinning the opposite side of each leather paddle. Engaged, the wheel took up it's merciless spinning, swivelling onto it's horizontal axis to gyrate counter-and-anticlockwise alternately, industriously scrubbing Alastor's vulnerable buttocks and sit-spots in brisk sweeps, the stiff whiskers plunging in hard to aggressively scour the bulge of the deer's udders, the wet skin feeling like it was literally sizzling, the scorched effect the wet discipline invoked coldheartedly.

The spiteful punishment seemingly never faltered, the caretakers watching in absolute silence as the machine smacked their prisoner; Alastor's whimpers racking his enervated body, sagged inside the slings to droop in final surrender, the scrubs jolting his slim frame rhythmically back and forth. The Radio Demon's skij blushed bright red, warmed up and feeling no different than if it were on fire, flames licking along his raw cheeks and swelling his throbbing udders; the milker in front never lapsed, steadily pumping his reddened teats to express every drop of fresh deer fat-rich milk it could wring out of the new stag slave.

#alastor fic #alastor whump #Alastor NSFT #hazbin hotel fic #bottom alastor week 2024 #TW Lactation #TW Non Con #TW Cannibalism #ᴅʀᴀʙʙʟᴇꜱ — ɢʀɪɴᴅʜᴏᴜꜱᴇ #ᴠᴇʀꜱᴇ — ᴄᴇʀᴠɪɴᴇ ᴅᴇʟɪᴄᴀᴄʏ

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doubleacf · 2 months ago

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Why Does Ceiling Framing in Perth Matter for Your Home

When building or renovating a home, ceiling framing in Perth is an essential part of the process. It provides the structure that holds your ceiling in place and ensures your home is safe and stable. Perth's climate and architectural styles make it especially important to get ceiling framing done correctly.

In this article, we'll explain what ceiling framing is, why it's essential in Perth, and what you should know to make the best choices for your home. Let's dive in!

What Is Ceiling Framing?

Ceiling framing is the framework that supports your ceiling. It's usually made from timber or metal and is designed to carry the weight of the ceiling materials and any additional load, like lights or insulation.

The main parts of ceiling framing include:

Joists: Horizontal beams that support the ceiling.

Trusses: Pre-made frames that hold up the roof and ceiling.

Battens: Smaller pieces that hold the ceiling panels in place.

Without proper framing, your ceiling wouldn't be strong enough to hold everything securely.

Why Is Ceiling Framing in Perth Important?

Perth has a unique climate, and building styles make proper ceiling framing essential. Here's why it's so important:

Handles Extreme Weather Perth experiences hot summers and occasional storms. A well-framed ceiling can handle temperature changes, strong winds, and heavy rain without cracking or sagging.

Supports Modern Designs Many homes in Perth have high ceilings or open-plan layouts. These designs need strong framing to support large spaces and unique shapes.

Improves Energy Efficiency Ceiling framing plays a significant role in insulation. Proper framing ensures insulation fits perfectly, helping to keep your home cool in summer and warm in winter.

Types of Materials for Ceiling Framing

Regarding ceiling framing in Perth, builders often choose between timber and metal. Each has benefits, so the choice depends on your home and needs.

Timber Framing

Timber is a popular choice for ceiling framing. It's lightweight, easy to work with, and looks great in traditional homes. It's perfect for:

Residential houses.

Heritage or older homes.

Projects that need a natural or classic finish.

Metal Framing

Often made from steel or aluminium, metal framing is strong and durable. It's an excellent option for:

Homes in termite-prone areas.

Buildings in bushfire zones.

Large, modern homes with complex designs.

How Is Ceiling Framing Done?

Building a strong and reliable ceiling frame involves several steps. Here's how it's done:

Planning the Design Builders start by designing the ceiling frame. It includes deciding the materials, size, and shape of the frame.

Measuring and Marking Precise measurements are taken, and lines are marked on the walls and beams to ensure everything is level.

Installing Joists Joists are the main supports for the ceiling. They're installed first to create the basic structure.

Adding Battens Battens are added to hold the ceiling panels, like plasterboard, in place.

Insulation Insulation is installed into the frame to improve energy efficiency and soundproofing.

Fixing the Ceiling Finally, the ceiling panels are attached to the battens, completing the process.

Challenges in Ceiling Framing in Perth

Every construction project has its challenges, and ceiling framing is no different. Some of the common difficulties in Perth include:

Termites: Timber frames need to be treated to protect against termites, which are common in Perth.

Heat and Humidity: The hot climate can cause materials to expand and contract, so builders need to choose materials carefully.

Custom Designs: Unique ceiling designs, like vaulted or coffered ceilings, require skilled professionals to frame them properly.

How to Choose the Right Professionals for Ceiling Framing

Hiring the right experts for ceiling framing in Perth is critical. Here are some tips to help you choose the best team for the job:

Look for Local Experience Choose a company with experience in Perth's building styles and conditions.

Check Qualifications: Ensure the builders are licensed and insured to ensure quality work.

Ask for Examples Reputable builders should be able to show you examples of their previous projects.

Get a Detailed Quote A precise quote helps you understand what's included and prevents surprises later.

How to Maintain Your Ceiling Frame

After your ceiling frame is installed, regular maintenance can keep it in excellent condition. Here's how:

Check for cracks or sagging, especially after storms or heavy rain.

Look for signs of termite damage if your frame is made of timber.

Ensure proper ventilation in the roof to prevent moisture buildup.

Why You Should Prioritize Ceiling Framing in Perth

Ceiling framing isn't just a technical part of building—it's a key element that impacts your home's safety, durability, and comfort. With its unique weather and modern designs in Perth, proper ceiling framing is more critical than ever.

Choosing quality materials, skilled professionals, and regular maintenance ensures your ceiling is strong, safe, and built to last. If you're planning a construction or renovation project, make ceiling framing in Perth a top priority!

#ceiling framing in Perth #ceiling framing Perth #ceiling framing

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ezibatten · 5 months ago

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Understanding the Role of Roof Battens and Purlins in Construction

In construction, roof battens and purlins play pivotal roles in ensuring the stability and durability of roofing systems. These components are crucial for supporting roof coverings and contributing to a building's overall structural integrity. This article shares specific functions, benefits, and installation considerations for roof battens and purlins.

How Roof Battens Contribute to Roofing Systems

Roof battens are horizontal strips installed on the rafters or trusses of a roof. They provide a framework that supports the roof covering material, be it tiles, metal sheets, or shingles. Here's how roof battens enhance roofing systems:

Uniform Support for Roofing Materials: Roof battens create a consistent and level surface for attaching roofing materials. This uniformity ensures that the weight of the roofing is evenly distributed, reducing the risk of sagging or damage over time.

Ventilation and Drainage: By creating a gap between the roof covering and the underlying structure, battens increase ventilation and help manage moisture. This is important to prevent mould and rot and ensure the longevity of the roofing materials.

Ease of Installation: Roof battens simplify the installation process of roofing materials. They provide a clear grid that makes it easier for installers to accurately align and secure the roofing components.

The Structural Importance of Purlins

Purlins are horizontal members that run parallel to the eaves of a roof and support the roof battens or directly hold the roofing materials. They are crucial to improving the overall strength and stability of the roof structure:

Load Distribution: Purlins distribute the roof's load across the supporting beams or trusses, ensuring that weight is evenly transferred to the building's structure. This distribution helps prevent overloading and structural failure.

Support for Roof Framing: Purlins provide additional support to the roof framing by reducing the span between rafters or trusses. This reduces the potential for deflection or bending, making a sturdier roof system.

Flexibility in Roofing Design: Builders can create different roofing designs and materials by varying the size and spacing of purlins. This flexibility allows for customization to meet specific structural and aesthetic requirements.

Selecting the Right Materials for Battens and Purlins

Choosing suitable materials for roof battens and purlins is essential for ensuring their effectiveness and durability:

Wood vs. Metal: Traditionally, roof battens and purlins have been made from timber, but metal options, such as steel or aluminium, are popular because of their strength and resistance to environmental factors. Metal components are less susceptible to rot and can offer a longer service life.

Size and Spacing: The dimensions and spacing of roof battens and purlins should be chosen based on the type of roofing material and the load requirements. Builders should follow manufacturer recommendations and local building codes to ensure proper sizing and spacing.

Conclusion

Roof battens and purlins are integral components of roofing systems that contribute significantly to structural stability, support, and efficiency. Understanding their roles and proper installation practices ensures that they fulfil their purpose effectively, leading to a durable and reliable roofing system. Whether you are involved in new construction or roof repairs, attention to these elements will enhance the performance and longevity of your roofing project.

#roof battens and purlins #roofing battens #metal roofing insulation blanket

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dragonstagetruss · 5 months ago

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Aluminium Concert Performance Roof Truss 40x20x5.6ft http://dlvr.it/TCsY8W

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gosfordframentruss · 6 months ago

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Balancing Form and Function: Frame & Truss Cladding in Sydney Architecture

It is a beautiful feeling to construct your home in Sydney with a frame and truss system. Not only does such construction involve sustainable and environmentally friendly practices but it also allows the homeowner to design every detail of the house. After the structure is set, choosing the cladding is possibly one of the most important decisions you will make for your house. Therefore, let us explore the cladding options available for your building to allow it to balance both form and function.

What types of frame and truss cladding are there?

There are several types of frame and truss cladding options available on the market. With all the different materials, styles and profiles, the options are practically endless. Following is a list of the most common cladding options available for frames and truss structures:

Timber

Aluminium

Steel

Brick veneer

Compressed cement sheeting and much more

What are the Advantages of Using Frame and Truss Cladding in Your Build?

Aesthetic Appeal: Cladding improves the appearance of your property. Timber cladding offers a naturally warm and appealing look whereas fibre cement cladding has a sleek and modern finish.

Durability: Cladding makes your building more durable as it is engineered to withstand the elements and harsh weather conditions If maintained properly, frame and truss cladding can last for decades adding both form and functionality to your building.

Sustainable: With options like timber, fibre cement and stone for frame and truss cladding in Sydney, builders can promote eco-friendly construction. In case your cladding requires replcement, the older material can be completely recycled, reducing environmental impact and increasing sustainability.

Low Maintenance: Cladding is a low-maintenance option to make your building look visually stunning throughout the year with minimal upkeep.

Are homes with frame and truss cladding soundproof?

The properties that opt for cladding for frame and truss structure are not only very energy-efficient but soundproof as well. However, it is important to mention that the style and design of your property also play a key role in determining the degree of soundproofing along with the insulation you install. But keep note that almost all frame and truss cladding options offer a degree of soundproofing.

Moreover, many product suppliers and companies provide homeowners with a specification sheet to help determine the acoustic characteristics before deciding to use the product for cladding. Therefore, when you add the right insulation to the framing of your house, your property can become extremely soundproof.

Are homes with frame and truss cladding in Sydney energy-efficient?

Yes, if you choose the right insulation material and ensure proper installation, then your cladded property can keep the heat out and maintain the inside temperature, resulting in a well-insulated building.

Are frame and truss cladding fire-resistant and waterproof?

In a general sense, yes. All of the common cladding options available in the construction industry have established set standards. This means that any option you choose has fire-resistant and waterproof qualities to a degree. However, some cladding options are more fire-resistant than others such as brick veneer. Steel, aluminium, cement boards and reconstituted timber products are more fireproof than timber and plywood sheetings.

Disclaimer: This is generic Information & post; content about the services can be changed from time to time as per your requirements and contract. The images we use in this context have been taken from the official website of Gosford Frame & Truss. To get the latest and updated information, contact us today or visit our website.

#cladding system in Sydney

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versatilestructur · 7 months ago

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Exploring the Benefits of Insulated Panel Roofing in Extreme Weather Conditions

If you want to save money on roofing installation, insulated roof panels might be what you need. Insulated panel roofing is an all-in-one solution with a roof, ceiling, and insulation, making it thermally efficient and weather-tight while ensuring reliable performance in Australia’s harsh weather conditions. The key is to have it customised by a reputable installer that uses high-quality, non-combustible steel with high insulation R-value, especially if you live in a wildfire-prone area.

One of the top benefits of sandwich panel roofing is easy and quick installation. Traditional roofing requires additional structural support like beams, trusses, and purlins. Plus, you must carefully choose and install the plasterboard, insulation, mesh, and sarking separately. You won’t have to worry about that with insulated panel roofs. This type of roofing also has higher spanning capability without requiring extra structural support, so it’s more cost-effective and easier to install.

Read on to discover more ways insulated panel roofing can enhance your structure, especially in extreme weather conditions.

Energy efficiency

Insulated roof panels can stabilise indoor temperatures to maintain optimum comfort. They help improve a building’s energy efficiency to reduce utility bills. This can be particularly helpful during cooling and heating seasons. A seasoned fabricator and installer can customise sandwich panel roofing to your unique specifications to ensure optimum energy efficiency for commercial, residential, or industrial applications.

Worry-free roofing

Are you worried about extreme heat and cold damaging your roof? Insulated panel roofing can give you more peace of mind. With the roofing, ceiling, and insulation in one, it’s more durable against any weather condition. The roof has an insulated core bonded between the external metal face and is made of steel composite for reinforced strength and unmatched durability.

Less maintenance

Since insulated roof panels are more durable, they require less maintenance than regular roofing materials. With proper design and installation, they can last at least 20 years. Just remember to routinely inspect them for signs of wear and tear so you can immediately address any damage. This will help prolong their lifespan and eliminate the need to replace the roof within a few years.

Invest in better weatherproof roofing.

Learn more about insulated panel roofing from the experts at Versatile Structures. They specialise in customising and installing custom insulated roof panels from Colorbond, BlueScope, Superior Panel, and Lysaght. Visit their website to request an estimate or call 07 3271 4519 or 0405 01 500.

About the author:

Versatile Structures is a provider of high-quality shade structures in Queensland for commercial, government, council, and domestic clients. They provide an extensive selection of shade solutions, encompassing shade structures, shade sails, commercial shade options, membrane sails, aluminium screens, gates, billboard structures, and specific residential applications. Their main service region encompasses Brisbane, Greater Brisbane, Gold Coast, Sunshine Coast, Toowoomba, Ipswich, and all of South East Queensland, with the potential to extend to a broader area based on the project's requirements.

#commercial shade sails

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stands-pro · 8 months ago

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Keys To Building The Perfect Exhibition Stands

Creating a lasting impression on people through your exhibition stands is becoming increasingly vital in the ever-competitive world of trade shows and exhibitions. First impressions do count massively when attracting people to your exhibit display, even if your company has superior products/services. Initial negative impressions from a poor exhibit display might detract potential customers – but not to worry! These seven key ingredients can help you design an eye- catching exhibit display that will inundate you with visitors:

You Can Use These Seven Key Elements To Create An Exhibition Stands That Is Eye-Catching And Will Attract Visitors.

Exhibiting Goals It is important to consider the message that you want to convey through your display and your reasons for participating in the show. Keep these reasons in mind throughout the entire process. The perfect display may fall short if it fails to effectively communicate your brand, aims or image. What kind of message do you want to send with your design? Is your company innovative, functional or silly?

Target Audience

When designing your display, keep in mind your target audience. Your concept should be geared towards what your customers want – it’s not worth creating a display to attract the wrong prospects.

Maximizing Space For Exhibition Stand

You should make the most of the space you have been allocated, so ask the organizers for the dimensions before starting the design. You can build displays that are up to 20 feet tall at shows, so take advantage of this opportunity to beat your competition.

Display your logo on the walls of the hall with signage that features a high arch or a tower. Your brand can be displayed on a central tower or a central truss. Make sure there are no obstructions that prevent visitors from seeing your brand.

Text

Less is more when it comes to the text you use on an exhibit. Keep your text as concise and brief as possible. Remember that you only need a few words to convey a message. Make sure your fonts are large enough to be readable from afar, and that they match the image of your brand. You should place any text at a high level to prevent it from being blocked by visitors.

Graphics For Exhibition Stands

Images can be used to communicate complex ideas without text. Remember that your audience will use images and logos to confirm the identity of your business. Remember to place images in a way that allows them to be seen at a distance, without being obscured.

Lighting

Lighting is essential for increasing traffic to your display and making sure that your message comes across clearly. Lighting allows customers to read your display clearly. It can also convey a certain mood or ambience or even highlight an area of the exhibit display, such as a newly launched service or product.

Materials

The right materials will reinforce your brand and create a stunning exhibition stand design, which can draw your target audience towards your display. Try using brushed aluminium panels or silver and Chrome details for innovative and forward-thinking companies to create a modern look. If you are looking for a more corporate and traditional look, then richer wood shades will be a better choice. You should also consider the use of fabrics, such as. Fabric dividers are ideal for separating areas.

In conclusion, designing an exhibition stand that is perfect requires careful consideration of a few key factors. Every aspect is important in creating an impactful and compelling display. From understanding your target audience to defining your goals, maximizing space and using text, graphics and lighting effectively, each element plays a vital role. Follow these seven key points to ensure your exhibition stands apart from the competition, and leaves a lasting impact on visitors. Your exhibit is a visual representation for your brand. Make sure that it accurately represents your company, its values and offerings. Your exhibit display can be a powerful tool to attract and engage potential customers at exhibitions and trade shows with thoughtful planning and execution.

#exhibition stand #exhibition stand builders #exhibition stand design #custom exhibition stands #modular exhibition stands #portable exhibition stands #exhibition stand builders amsterdam #exhibition stand builders in netherlands #best exhibition stand builders in netherlands #exhibition stand builders berlin

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lightgaugesteelframing · 9 months ago

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Truecore Steel and Its Dedication to Excellence and Outcomes

Choosing truecore steel is the greatest approach to keep the structure under control and well-mainatined. Truecore requires relatively little maintenance since the steel is coated and rolled in a way that makes it very resistant to weather, heat, and pests.

Additionally, you will save money on building expenses with roof trusses in Melbourne. It takes little to no preparatory work to begin building since the steel is coated with a premium zinc and aluminium alloy. Building may start as soon as the steel is supplied.

Incomparable Durability and Endurance with a Compact yet Sturdy Design:

Steel roof trusses have several benefits, chief among them being their unmatched strength and longevity. Steel guarantees that the roof structure can survive the severe weather that Melbourne frequently suffers because of its great tensile strength. Steel trusses offer a sturdy foundation that withstands extreme weather conditions, including intense downpours and intense heat, guaranteeing durability and little maintenance.

Steel roof trusses are remarkably lightweight for such a strong structure. Because of this feature, which lessens the strain on the structure as a whole, they are a great option for building projects. The building's overall structural integrity is enhanced by the strength and lightweight combination, which also makes installation simpler.

Strength Enhanced: Steel Raising the Bar for Construction

Steel is an eco-friendly material to use in building endeavours since it is recyclable. Selecting steel roof trusses lowers the need for additional raw materials and promotes sustainable construction methods. Furthermore, steel's capacity for recycling facilitates waste management and encourages greener building methods in Melbourne.

Steel trusses may be specially designed to match the unique architectural specifications of your Melbourne house, regardless of whether you're planning a classic or modern architectural style. The adaptability of the design guarantees that your roof will function incredibly well and improve the visual attractiveness of your residential or business area.

Steel is resistant to termites and other pests, unlike conventional timber trusses, and it also doesn't degrade. Because of its natural resilience, your roof's structure will last for many years, avoiding the need for frequent pest treatment and repairs that come with wooden trusses.

Source

#truecore steel #roof trusses in Melbourne

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insidefpvdrones · 1 year ago

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Peeling Back the Layers: Understanding Drone Components

Whether you’re a drone enthusiast or considering buying your first quadcopter, learning the basic anatomy of these impressive little machines goes a long way. Drone components may seem complex at first glance, but by understanding the core systems that go into building these drones, one gains better insight into critical factors like flight performance, safety, and overall capability.

In this blog, we’ll peel back the layers of drone technology and explore the essential hardware and software elements that give drones their unique superpowers of vertical flight and midair manoeuvrability. Let’s get better acquainted with the brains, nerves and muscles behind the drones!

The Frame: Skeleton of Drone

The frame serves as the structural foundation onto which all other drone components mount. Sometimes called the chassis, the frame ties everything together into one cohesive package. Most hobbyist drones use four-armed frames built from materials like plastic, aluminium, carbon fibre or magnesium. Arms extend diagonally from a central point, giving quads their distinctive “X” shape when viewed from above or below.

One can find several specifications when shopping for drones:

Size – Measured diagonally motor-to-motor. Common sizes range from ~110mm micro drones to ~500mm racers/freestyle quads

Material – Plastic frames are lightweight but fragile and deformable. Metal materials offer more durability and stiffness, at the cost of greater mass. Composite options like carbon fibre give excellent strength-to-weight ratios.

Geometry – Some frames use simple straight tubes, while more complex shapes and truss structures enhance stiffness. The motor/arm layout varies too – deadcat and X frames are quite common.

Replaceable arms – High end frames make it easy to swap damaged arms quickly after crashes

Advanced pilots may customise and design their own frames, though most casual users opt for off-the-shelf frames which readily accept standard components.

Flight Controller: The Electronic Brain

If the frame is the skeleton, the flight controller represents the brain of the drone body. This compact circuit board houses the sensors and processors that stabilise your drone flight- without it, drones cannot fly at all!

The aptly named flight controller constantly adjusts power to all motors using sensor and feedback. MEMS gyroscopes, accelerometers and other sensors feed orientation data to the processor up 2000 times per second. Advanced sensor fusion translates this data into precise positioning corrections that compensate for inevitable mid-air disturbances like wind gusts.

Most flight stacks run Cleanflight, Betaflight or iNav - open source firmware that processes sensor data and controls ESCs/motors accordingly via PID control loops. The values (gains) within these loops are highly tunable to dial in optimum stability and response across different frames. A well tuned quad should handle neutral and aggressive stick inputs with precision and grace!

Motors & Electronic Speed Controllers

Flight controllers influence movement by directly communicating with electronic speed controllers (ESCs) - the intermediaries that manipulate motor spin. This allows sophisticated auto-stabilisation of the entire platform during lift, hover and transit.

Brushless electric motors offer drones incredible power-to-weight - even models under 250 grams produce substantial thrust partially due to high Kv ratings (rpm per volt supplied). Leading motor brands like T-Motor, SunnySky and Cobra excel at efficiency across variable-pitch propeller loads. Materials range from aluminium to more exotic options like carbon fibre. Stators are like the outer shell, with thick coils of copper wire wrapped up tightly. When electricity runs through these wires, they create a powerful magnetic field, while rotors are the spinning part and have strong magnets attached. These magnets interact with the magnetic field from the stator, pushing and pulling to spin the rotor really fast, sometimes up to 100,000 rounds per minute (rpm)!

ESCs amplify the flight controller’s movement commands, pulsing voltage into the motors at differing widths to finely control rpm. Analog servo motors use variable Pulse width modulation (PWM) signals, while brushless motors require specifically designed ESCs to alternate voltage directions and switch polarity. This creates the shifting electromagnetic forces that spin rotors to staggering speeds within fractions of seconds.

Props and Landing Gear: The Wings & Legs

What goes up, must come down...hopefully slowly and upright! Besides generating upward lift, well designed props and landing gear make drones far less crash prone.

While complex at molecular levels, conceptually props are simple - angled blades that displace air downward to create reactionary force upward per Newton’s third law. Various prop geometries and pitches better tune drones for race pace sprints vs. long range endurance. Leading brands include DALProp, HQ Prop and Ethix. Materials usually consist of durable composites in the need for an elusive balance between strength, weight and aerodynamics.

Assisting safe touchdowns and awkward landings, the undercarriage absorbs ground impact when manoeuvring near surfaces. Materials like flexible thermoplastic urethanes provide a cushioning crush zone, while plywood or carbon fibre plate bases offer upper protection. Strong yet lightweight aluminium, fibreglass and carbon fibre legs mount everything securely to the central frame.

Battery and Power Distribution

Delivering power to all four motors plus onboard electronics requires serious amps and volts! Lithium polymer batteries are the source here - extremely impressive power-to-weight ratios. Common drone variants supply between 3S and 6S setups:

3S (3 cell) = 11.1 volts

4S (4 cell) = 14.8 volts

5S (5 cell) = 18.5 volts

6S (6 cell) = 22.2 volts

Voltage directly influences maximum motor rpm & thrust capabilities, while higher amp hour (Ah) ratings extend flying time per charge. Leading LiPo battery brands include GNB, TATTU and Dinogy.

Power distribution boards (PDBs) route energy flows from the main battery through separate ESCs to each motor. Soldered wiring harnesses link ESCs to motors as well. PDBs also tap battery power for LED lighting, FPV cameras, gimbals and other onboard peripherals as needed.

Radio Transmitter & Receiver

What good is an advanced flying robot without adequate controls? Radio communication gives pilots masterful command mid-flight. Transmitters send user inputs via 2.4 GHz or 900 MHz signals, while tiny receivers receive the signals, the drone passes those along to the flight controller.

Most quads operate on variations of familiar control schemes:

Throttle - Altitude up/down

Yaw – Left/right rotation

Pitch – Forwards/Backwards tilt

Roll – Sideways tilt left/right

Many transmitters include toggle switches, dials and multibutton inputs across the front face and back sides. Contemporary transmitters integrate Android touchscreens too for monitoring drone telemetry and configuring settings. Whether simple or deluxe, all aim for ergonomic intuitiveness to keep quadcopters gracefully in air!

First Person View (FPV) System

For next level flying thrills, first-person-view (FPV) video setups stream real time footage from drone-mounted cameras directly to the pilot’s eyes or mobile screen. This creates an exhilarating sensation just like actually sitting in the cockpit!

FPV camera sensors mounted on vibration-damping plates capture unique aerial perspectives. Circularly polarised or patch antennas then beam video downstream to the pilot’s receiver unit. Sensible latency measures around 20-40ms. Pilots don goggles containing one small display per eye, providing a wide field of view as they steer quads by line of sight. Some camera drones also record digital video straight to onboard microSD cards.

We’ve covered quite some ground exploring all the integral bits comprising today’s consumer drones. While advanced manufacturing processes allow remarkable performance from microscale components, creative open source software communities are equally responsible for the impressive flight capabilities drone pilots enjoy today. Developers continue building upon long proven aerodynamic, estimation and control theories to push drones potentials ever further.

Yet even with sophisticated auto-stabilisation and navigation intelligence behind the scenes, safety should always come first when operating any aerial vehicle. Before attempting tricks or long range flights, one should take time mastering basic flight skills in open areas away from people, buildings and other risks. Precision drone control requires diligent practice, but offers excitement, challenge and reward for those willing to properly progress from the first liftoff onwards!

FAQs

1. What is the role of the frame in a drone?

The frame serves as the structural foundation of a drone, holding all components together. It provides the base for mounting essential parts and influences the drone's overall stability and durability. The frame's design and material impact factors like weight, strength, and aerodynamics.

2. What is the purpose of the First Person View (FPV) System in drones?

The FPV system streams real-time video from the drone-mounted camera to the pilot's eyes or a mobile screen. This immersive experience allows pilots to navigate their drones as if they were sitting in the cockpit, providing an exhilarating flying sensation.

3. Which component of the drone is the most important?

Identifying the single most important component of a drone is challenging because each element plays a crucial role in ensuring the drone's overall functionality and performance. However, the flight controller stands out as a pivotal component that can be considered the "brain" of the drone. The flight controller processes data from various sensors, stabilises the drone during flight, and translates user inputs into precise motor commands. Without the flight controller, a drone would be unable to maintain stability, respond to pilot commands, or even achieve liftoff. While every part contributes to the drone's success, the flight controller is often regarded as the central hub orchestrating the harmonious collaboration of all components.

#drone

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musicboxau · 1 year ago

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Truss Hire Sydney

An Aluminium Box truss is a piece of equipment that is used to hang lights, video elements and sound equipment. With our one-stop-shop-solution on equipment rentals for event production, we can provide you with both staging and truss hire solutions for your next event. For more information you can visit: https://www.themusicbox.com.au/truss-hire-sydney/

#Truss Hire

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nusaindahku · 1 year ago

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Model Pangung Indoor yang Kokoh

Sob, ketika berbicara tentang model panggung indoor yang kokoh, tentunya kita butuh sesuatu yang tahan banting dan aman. Berikut adalah beberapa model panggung yang kokoh dan bisa memberikan tampilan yang menawan:

Panggung Modular: Panggung modular adalah pilihan yang kokoh dan serbaguna. Modul-modulnya bisa disesuaikan untuk membentuk panggung dengan tinggi yang diinginkan. Material aluminium atau baja pada konstruksinya membuatnya kokoh dan tahan lama.

Panggung Teater: Jika acaramu lebih bersifat pertunjukan seni atau teater, panggung teater dengan lantai kayu dan perangkat pendukung yang kokoh adalah pilihan ideal. Desainnya memberikan tampilan yang profesional dan kokoh untuk menopang aktivitas panggung yang intens.

Panggung Truss: Panggung dengan konstruksi truss sering digunakan untuk konser, pertunjukan musik, atau acara dengan beban berat. Material aluminium atau baja yang ringan tapi kokoh membuatnya sangat efisien untuk digunakan.

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Panggung Tertutup: Untuk acara formal atau pameran, panggung tertutup dengan desain yang elegan dan kokoh bisa memberikan kesan yang profesional. Bahan berkualitas tinggi dan konstruksi yang solid akan membuat panggung ini tahan lama.

Panggung Pintar (Smart Stage): Panggung pintar dilengkapi dengan teknologi canggih yang memungkinkan pengaturan tinggi panggung secara otomatis. Cocok digunakan untuk acara yang membutuhkan variasi tinggi panggung secara berkala.

Pastikan dalam memilih model panggung, kamu mempertimbangkan kebutuhan acara, jumlah tamu, dan jenis kegiatan yang akan dilakukan di atas panggung. Konsultasikan juga dengan penyedia jasa atau kontraktor profesional untuk memastikan bahwa panggung yang dipilih memenuhi standar keamanan dan kokoh untuk mendukung keseluruhan acara. Semoga acaramu sukses dan panggungnya tetap kokoh sepanjang acara!

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jcmarchi · 1 year ago

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Telescope Dismantled and Heading to New Mission in Chile - Technology Org

New Post has been published on https://thedigitalinsider.com/telescope-dismantled-and-heading-to-new-mission-in-chile-technology-org/

Telescope Dismantled and Heading to New Mission in Chile - Technology Org

At nearly 14,000 feet, Maunakea is the tallest mountain in Hawaiʻi and the second tallest on any island on Earth. Clouds often settle below the mountain’s barren, dark-brown summit, making the site one of the best for astronomy in the world.

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At the summit, one can find several of the world’s finest telescopes, including the W. M. Keck Observatory, a partnership between Caltech and the University of California. Situated below Keck’s twin telescopes is an area dubbed Submillimeter Valley, where the silver geodesic dome of the Caltech Submillimeter Observatory(CSO) has resided since the observatory’s inception in 1985, along with two other facilities that observe the cosmos using similar wavelengths of light.

This past summer, astronomers, engineers, and technicians dismantled CSO’s telescope, including its 10.4-meter primary mirror, or reflector, which is made of 84 hexagonal aluminium honeycomb panels and weighs 10,000 pounds. They carefully reverse-engineered the mirror frame, or truss, separating it into eight pieces and then loading these and other telescope components into shipping containers that were trucked down the mountain.

Ultimately, astronomers plan to ship the telescope to the Atacama Desert in Chile, where it will be reassembled and renamed the Leighton Chajnantor Telescope. The name honors the telescope’s inventor, the late Caltech professor Robert B. Leighton (BS ’41, MS ’44, PhD ’47), and the planned site for the observatory on the high Chajnantor Plateau.

“The submillimeter light we want to observe from the cosmos can be absorbed by water vapor in the air, and the air is even drier at Chajnantor, so being there will enhance our observations,” says Sunil Golwala, director of CSO since 2013 and a professor of physics at Caltech.

The 10.4-meter Leighton Telescope of CSO prior to disassembly. The reflecting surface consists of 84 aluminum honeycomb panels and weighs 10,000 pounds with its supporting truss. Image Credit: Caltech/Sunil Golwala

With its rebirth in Chile, the observatory will focus in part on the fast-growing field of time-domain astronomy. It will observe, in real time, a wide range of stellar eruptions and explosions, for which millimeter-submillimeter observations are in their early days. The facility will also expand on its original work, observing objects near and far, from planetary and stellar nurseries in our own galaxies to the most distant galaxies that date back to the universe’s first billion years.

Piece by Piece

Caltech announced that CSO would be decommissioned in 2009. In 2015, Caltech suspended CSO operations and initiated the decommissioning process, which is outlined by the State of Hawai‘i’s 2010 Decommissioning Plan for Maunakea Observatories. The physical decommissioning began in 2022 and is being done in accordance with the Conservation District Use Permit issued by the State of Hawaii Department of Land and Natural Resources.

The first step in dismantling CSO’s mirror was to remove the 84 panels that make up the mirror surface. Screws attaching the panels to the truss were removed one by one, and the panels were lifted off using a crane. The truss itself was then lifted off the base of the telescope in one piece by a large crane and placed down on the ground, where it was then further dismantled into eight pieces. The crane extracted the heavy base of the telescope in seven pieces.

“A large crane was needed because of the weight of the individual pieces, up to 10,000 to 20,000 pounds, and because the crane had to reach into the dome to get at the telescope,” Golwala says.

The telescope after removal of the aluminum panels, revealing the supporting truss. Image Credit: Bill Johnson for Caltech

The mirror panels, truss, and other telescope parts have been carefully packed into standard shipping containers and are stored at the Kawaihae Harbor on the west coast of Hawai‘i island awaiting shipment to Chile in 2024.

Still remaining on the mountain is the helmet-like dome of the observatory. Its removal, paused due to winter weather, will continue in the spring of 2024.

Prior to the telescope disassembly, a blessing was performed to commemorate the beginning of efforts to restore the CSO site. Representatives from Caltech and the Center for Maunakea Stewardship were in attendance. Maunakea is also known as Mauna a Wākea, which refers to the first-born mountain son of the mythical creators of the Hawaiian Islands: Papahānaumoku (Earth Mother) and Wākea (Sky Father). “We seek to thank and honor Maunakea and those in its genealogy by respectfully restoring the site,” Golwala says.

New Window to the Cosmos

Robert Leighton designed and led the construction of a set of seven telescopes in the 1970s and 1980s (the Raman Research Institute, in Bengaluru, India, built an eighth telescope using Leighton’s design). Six of Leighton’s telescopes have been used at Caltech’s Owens Valley Radio Observatory (OVRO) near Bishop, California, for decades. “Leighton made the CSO’s mirror surface more precise than the others, so it would work well at the submillimeter wavelengths accessible from Maunakea,” Golwala says.

The telescopes were made at a time when the field of submillimeter and millimeter astronomy was just beginning to take off. Submillimeter light, which has a wavelength about 10 times the width of a human hair, falls between infrared and radio on the electromagnetic spectrum. It can be used to peer into regions of the cosmos that are thick with dust, and it can carry signatures of dust and other molecules that play crucial roles in the formation of planets, stars, and galaxies.

To enable the cost-effective construction of such large mirrors at these wavelengths, Leighton came up with a clever design that included lightweight aluminum honeycomb panels tiled together in a hexagonal pattern and supported by a truss made of steel-tube struts and posts. Leighton wrote a computer program to figure out the dimensions of the roughly 80 different kinds of struts needed to make the desired truss shape.

The observatory dome itself housed the control room, laboratories, and other support systems. It was first assembled on Caltech’s then-football field beginning in 1984 and was later dismantled and reassembled on Maunakea (the telescope was constructed on Maunakea for the first time). CSO achieved “first light” with a spectrum of Messier 82, a starburst galaxy, in March of 1987.

“When the CSO first began observations, you had to be standing right there to tune the receivers,” recalls Golwala, who was a postdoc at Caltech in the early 2000s when the observatory was in full swing. “Telescopes and instruments are controlled remotely by computer now, so one no longer needs to be in the dome to use the observatory.”

Receiver Revolution

The submillimeter light receivers employed at CSO were a first-of-their-kind innovation from the late Caltech professor Thomas Phillips, who served as director of CSO from 1986 to 2013. The devices, called superconductor-insulator-superconductor (SIS) receivers, opened a window to the previously unexplored territory of submillimeter light, reshaping astronomy. They were first used at OVRO and then further developed for CSO and other observatories. In fact, they are still in use today at the world’s most productive ground-based observatory in operation, the Atacama Large Millimeter/submillimeter Array (ALMA), in Chile.

In addition to the SIS receivers, Caltech professor of physics Jamie Bock and late Caltech professor Andrew Lange developed bolometers for CSO using JPL’s Microdevices Laboratory (Caltech manages JPL for NASA). Bolometers are simpler in concept than SIS receivers and easier to fabricate. They detect light by measuring the heating of a microscopic light absorber using a sensitive thermometer (the word stems in part from the Greek word “bole,” which can translate to ray of light).

CSO was one of the first observatories where spiderweb bolometers—bolometers in which the absorbing material is supported by a web etched out of silicon nitride—were demonstrated. Such bolometers were later used on Lange and Bock’s BOOMERAnG balloon telescope, which showed that the universe’s geometry is not curved but flat. These bolometers were also used in the successful Herschel Space Observatory and Planck missions.

“CSO opened a window to the electromagnetic spectrum at submillimeter wavelengths, which was a new frontier to explore, so there were many discoveries made,” says Jonas Zmuidzinas (BS ’81), the Merle Kinglsey Professor of Physics at Caltech. “It was also a place where instrument builders could experiment with new technologies, bringing them from proof of concept to working receivers.”

Among its many discoveries, CSO determined the role of atomic carbon in the space between stars; discovered a new phase of stellar evolution for red giant stars; made the first ground-based detection of heavy, or deuterium-based, water in a comet; identified a rare type of ammonia in space that includes three atoms of deuterium; imaged planet-forming disks around stars; and, in 2011, uncovered what was then the largest and farthest reservoir of water in the universe: a quasar, or actively accreting supermassive black hole, surrounded by water molecules.

The observatory also pioneered studies of the Sunyaev–Zel’dovich effect, which occurs when the light from the early universe (the cosmic microwave background) becomes skewed as it passes through massive galaxy clusters on its way to Earth. These observations are important for, among other pursuits, studying the incredibly energetic collisions that occur when clusters of galaxies merge.

A Clever Design

One of the challenges faced by Golwala and his collaborators was to figure out how to take the aging observatory apart. “It’s 40 years old, and we don’t have a lot of documentation on how things were put together,” he says. For advice, the team spoke with OVRO assistant director David Woody, an expert on the telescope’s design and performance, who worked with Leighton when the telescopes were built.

“It’s a rare situation,” Golwala says. “Most astronomers do not get the opportunity to figure out how to take apart and rebuild a telescope. Luckily, Bob Leighton’s telescope design was so clever that it has been relatively easy to figure it out. We were also lucky to find independent contractor Bill Johnson, who has experience building telescopes around the world, to lead the disassembly process.”

Simon Radford, former CSO technical manager who serves as project manager for the move, says the possibility of overstressing and damaging the truss struts was a major concern during disassembly. “As was done during the original assembly, we floated the truss on springs so the connections between sections were almost stress free,” Radford says. The struts came out with only modest effort.”

Now that the telescope has been removed from Maunakea, general contractor Goodfellow Bros. Inc. (GBI) will remove the CSO dome and related structures, including underground plumbing, electrical and communications conduits, and other components. GBI will restore the site, grading and contouring the land and adding ash and small rocks to restore its natural appearance. The Leighton Chajnantor Telescope, CSO’s next incarnation, is expected to begin operations in 2026.

“What was once the site of one of the world’s premier submillimeter telescopes will be home to lichens and insects and be indistinguishable from the mauna around it,” Golwala says. “We are grateful for the time we spent there.”

Whitney Clavin

Source: Caltech

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ekachailighting-blog · 1 year ago

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aluminiumkacatemperedrekondisi · 1 year ago

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JENIS JENDELA

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kami menyediakan berbagai macam bahan untuk pembuatan berbagai macam jenis jendela untuk melengkapi bangunan anda dengan tenaga berpengalaman kami ahli di bidang aluminium kaca melayani pembuatan jendela berbagai jenis dan model

JENDELA FIXED /KACA MATI

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Jendela kaca mati fixed jendela yang hanya berfungsi sebagai pencahayaan tidak memiliki ventilasi atau untuk pencahayaan saja berikut produk kami

JENDELA CASEMEN

Jendela casement terbagi menjadi dua model yaitu buka samping dan jungkit untuk jungkit pososi engsel bisa di atas atau di bawah berikut produk kami

JENDELA JEALUSI

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Jendela aluminium ini memiliki pelat plat panjang horizontal yang di susun secara rapat fungsinya untuk mendapatkan aliran angina atau udara ketimbang cahaya berikut produk kami

JENDELA SWING

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Jendela swing adalah jendela biasa memakai engsel pintu biasa biasanya model begini lebih cocok untuk pintu kayu atau puntu beban berat berikut produk kami

JENDELA SLEDING

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Jendela sleding model ini di oprasikan dengan cara di geser secara horizontal dengan menggunakan rel pada bagian bawah dan atas kusen bisa dua daun tiga daun,dan empat daun berikut produk kami

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Type your email…

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CARA UKUR

Demikian yang biasanya sering pertama kali konsumen kami katakan saat menelepon saya.

Dan lalu saya mengatakan :

“Berapa Ukuran Lokasi yang mau dipasangin Kusen dan kaca nya pak ?

Jawab Konsumen : ” Wah belum saya ukur pak…!”

Jawab saya : “?????”

Jadi begini bapak atau ibu. Untuk memperkirakan biaya pemasangan Kusen Aluminium dan Kaca mesti tau dulu ukuran lokasi nya, dan ketika sudah mengetahui ukuran lokasi maka berikut ini cara menghitung biaya Kusen Aluminium dan Kaca :

Jika memang Susah untuk Mengukur bisa Langsung Kami Survey.

Segera.KLIK LOGO whatsapp untuk CHAT dengan kami

Tahap Pemasangan Kusen Aluminium :

Dinding sudah di Plester / Aci atau di cat, (Finishing) Karena Kusen Aluminium adalah Tahap Akhir.

Dinding Harus Rata (Presisi) atas Bawah Kiri Kanan, Ini adalah keahlian Tukang.

Barulah Persiapan Pemasangan Kusen Aluminium.

Kusen Alumunium

Dari gambar diatas kita ketahui Lebar dan Tinggi Lokasi nya adalah 301(L) X 260 (T) ,Maka kita bisa menghitung dengan rincian sbb :

A. Rincian Perhitungan Kusen Aluminium

Kusen aluminium Tiang = 2.60 m x 4 btg = 10.4 ml (meter lari)

Kusen aluminium Ambang = 3.01 m x 2 btg = 6.02 ml (meter lari)

Kusen aluminium Ambang = 1.055 m x 2 btg = 2.1 ml (meter lari)

Total volume Kusen aluminium = 18.52 ml

B. Rincian Cara Perhitungan Kaca

Kaca dihitung dengan perkalian Tinggi dan Lebar, sbb :

Volume kaca = 3.01 m x 2.6 m2 = 7.083 m2 (meter persegi)

C . Pintu = 1 Buah

Harga Pintu Alumunium 1 set sudah termasuk Kaca polos 5 mm, kunci Ukuran 90 x 210 cm biasanya berkisar Rp. 1.650.000 sampai Rp. 1.900.000 belum termasuk Door Closer

Dari data tsb… baru melangkah ke perhitungan harga. Sebelum kita menghitung harga, hendaknya kita harus memilih warna Kusen aluminium dan warna kaca. Sebab beda warna dan jenisnya..beda pula harganya. Dan disinilah kadang2 banyak konsumen awam yang terjebak dengan harga murah tapi rendah kualitas nya.

Dan berikut ini list harga kusen berdasarkan jenis dan tingkat harga nya :

Warna aluminium standar(Anodised) : Hitam (Black),Coklat (Dark Brown),Silver (CA -Netral)

Aluminium warna Coklat harga nya sama dengan aluminium warna hitam

Aluminium warna Coklat dan hitam lebih mahal dari aluminium warna silver

Warna lain aluminium :

Aluminium warna Powder Coating standar(merah,biru,Krem,dll warna biasa)

Harga nya sekitar 40-50% lebih mahal dari Aluminium silver

Aluminium warna Powder Coating Urat kayu (berurat seperti Kayu Jati)

Harga nya sekitar 100-120% lebih mahal dari Aluminium silver

Jenis atau Merek Aluminium

Diurutkan berdasarkan Harga sbb : ( termahal—>termurah )

1. YKK

3. Alexindo

4. Alco ; Alcomeks ; Aluprima

5. Hp Metal

Diurutkan berdasarkan Jenis nya sbb : ( termahal—>termurah )

1. Kaca Tempered

2. Kaca Biasa

Kaca Diurutkan berdasarkan Warna nya sbb : ( termahal—>termurah )

1. One way ( Dari dalam bisa melihat keluar, dari luar tdk bisa lihat kedalam )

2. Reflektif stofsoll

3. Warna biasa (Biru , hijau , Grey)

4. Dark Grey (Riben gelap) Rayban(

english)

5. Polos/Bening/Clear

Semakin tebal kaca ,harganya semakin mahal.

Kaca Diurutkan berdasarkan Merek nya sbb : ( termahal—>termurah )

1. Kaca Merek Asahimass

2. Kaca Merek Mulia

3. Kaca Merek lain…

Pintu Aluminium:

Ada dua jenis , yaitu Pintu Aluminium Geser dan Pintu Aluminium Swing.

Harga Pintu Aluminium Geser sama dengan harga Pintu Aluminium Swing

Perhitungan Pintu aluminium adalah perunit dan sudah termasuk sbb :

– Rangka Pintu aluminium ( Bahan profil Swing door)

– Kunci Pintu aluminium standar ( Type 8128 dekson atau type 5128 Alpha )

– Handel aluminium standar ( Vebtuk Kotak dari bahan aluminium )

– Engsel 4 inchi standar ( Stainless merek dekkson)

Jendela Aluminium

Ada dua jenis , yaitu Jendela Geser dan Jendela Swing

Jendela Geser dihitung per buah dengan ukuran standar 120 (T) x 60 (L) , sudah termasuk aksessories

Jendela Swing alumnium , biasanya sering disebut jendela Cassement

Dihitung dengan cara perbuah ukuran standar 120 (T) x 60 (L) dan bisa pula dengan cara perhitungan meter lari seperti perhitungan kusen diatas

Demikian sekilas tentang cara memperkirkan perhitungan harga pekerjaan Kusen aluminium kaca. Semoga bermanfaat untuk bapak atau Ibu yang sedang membangun atau merenovasi atau yang berniat ingin menngganti kusen kayu nya dengan kusen berbahan aluminium.

IRFA STAR ALUMIKA Aluminium berusaha memberikan penawaran harga aluminium termurah berikut pengerjaan dan pemasangannya Untuk Bagi Anda pemilik gedung, pemilik rumah, perusahaan kontraktor, pemilik proyek yang membutuhkan pengerjaan konstruksi aluminium, kaca, folding gate, dan sebagainya, silakan merujuk pada daftar harga aluminium dan harga kaca di bawah ini. Harap diingat bahwa harga ini merujuk 3 jenis aluminium yang kami pasarkan. Sedangkan di pasar ada lebih dari 10 jenis merek aluminium yang pasti ada yang lebih murah tetapi kualitas tidak dijamin.

Daftar harga kusen aluminium dan kaca di bawah ini tidak mengikat dan bisa berubah setiap saat sesuai dengan harga pasar.

HARGA KUSEN ALUMUNIUM /Meter Lari (m”)

alexindo laquer ykk

Harga-Kaca

Harga Aneka Pintu Jendela Aluminium Berikut Kaca:

Untuk jenis atau merek, ukuran dan produk lainnya yang tidak ditampilkan di sini, Anda bisa menghubungi kami secara langsung. Konsultasikan pengerjaan proyek Anda kepada kami untuk memastikan Anda menghemat dan mendapatkan harga aluminium terbaik dan pengerjaan yang prima. Harga di sini adalah harga untuk produk-produk yang memang kami pasarkan sebab di pasar ada banyak sekali jenis dan merek aluminium serta kaca.

Catatan: m2 (meter persegi), m” (meter lari). Harga bisa berubah sewaktu-waktu tanpa pemberitahuan terlebih dahulu. Pengerjaan untuk luar pulau atau luar kota bisa dinegosiasikan mengenai ongkos atau biaya tambahan jika ada. Kami berusaha memberikan penawaran dan pengerjaan terbaik untuk Anda

Kaca Tempered Rekondisi

Wa order :wa.me/+628816676981Untuk pintunya harga 2.700.000 perdaun ,Untuk kaca matinya, 550.000/m2 ,sudah terpasang kaca 12 mmKajeng Jaya

KONTRAKTOR BANGUNAN KACA TEMPERED REKONDISI

#BANJARNEGARA

#toko kaca pintu aluminium banjarnegara

Menu +expandedcollapsed

BERBAGAI JENIS PINTU

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PINTU RUKO

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MENGERJAKAN PARTISI /SKAT

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PRODUK JENDELA

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PRODUK ETALASE

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PRODUK GEROBAK

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PEMASANGAN KACA TEMPERED

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MENGERJAKAN KANOPI

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PINTU KACA TEMPERED FLEMELESS

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PARTISI/SKAT KACA TEMPERED

KANOPI KACA TEMPERED DAN LAMINET

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SHOWER BOX / SKAT KAMAR MANDI

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LEMARI PAJANG

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KICHENSET ALUMINIUM

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PINTU SPANDRELL

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RELLINNG TANGGA BALKON KACA TEMPERED

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MENGERJAKAN ACP

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MENGERJAKAN

KUSEN ALUMINIUM

PINTU ALUMINIUM

PINTU KACA TEMPERED

PINTU SPANDRELL

PINTU EXSPANDA /KASA NYAMUK

PARTISI ALUMINIUM KACA

PARTISI KACA TEMPERED

ETALASE

RAK /LEMARI

LEMARI PAJANG ALUMINIUM

GEROBAK ALUMINIUM

ACP ( aluminium composit panel )

KITCHENSET ACP / ALUMINIUM

PENGECATAN

JASA RENOVASI RUMAH

INTERIOR /EXTERIOR

BAJA RINGAN

PENGELASAN

KOTRUKSI BAJA

DLL

PARTISI ALUMINIUM

PARTISI ALUMINIUM KACA

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Partisi jenis ini untuk menyekat ruangan kantor ,ruko ,rumah sekolahan agar bisa diman faatkan menjadi beberapa ruangan menjadi beberapabagian ruangan atau membuat banyak ruangan dalam satu gedung

PARTISI SKAT FREM ALUMINIUM

PARTISI KACA TEMPERED

PARTISI KACA TEMPERD

PARTISI ruangan KACA TEMPERERED

Partisi jenis ini untuk kebutuhan anda menjaikan lorong dan memisahkan atau membagi akses masuk melaui lorong ruangan anda menjadi lebih efisien

JENIS PINTU

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BEBERAPA JENIS PINTU ALUMINIUM KACA

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PINTU ALUMINIUM KACA SWING

PINTU ALUMINIUM KACA SLEDING

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PINTU ALUMINIUM KACA LIPAT

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PINTU KACA TEMPERED

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PINTU SPANDRELL

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PINTU KASA NYAMUK

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PINTU ALUMINIUM ACP

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JENIS JENDELA

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JENDELA FIXED /KACA MATI

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Jendela kaca mati fixed jendela yang hanya berfungsi sebagai pencahayaan tidak memiliki ventilasi atau untuk pencahayaan saja berikut produk kami

JENDELA CASEMEN

Jendela casement terbagi menjadi dua model yaitu buka samping dan jungkit untuk jungkit pososi engsel bisa di atas atau di bawah berikut produk kami

JENDELA JEALUSI

6 / 6

Jendela aluminium ini memiliki pelat plat panjang horizontal yang di susun secara rapat fungsinya untuk mendapatkan aliran angina atau udara ketimbang cahaya berikut produk kami

JENDELA SWING

6 / 6

Jendela swing adalah jendela biasa memakai engsel pintu biasa biasanya model begini lebih cocok untuk pintu kayu atau puntu beban berat berikut produk kami

JENDELA SLEDING

6 / 6

Jendela sleding model ini di oprasikan dengan cara di geser secara horizontal dengan menggunakan rel pada bagian bawah dan atas kusen bisa dua daun tiga daun,dan empat daun berikut produk kami

Get new content delivered directly to your inbox.

Type your email…

[email protected]

CARA UKUR

Demikian yang biasanya sering pertama kali konsumen kami katakan saat menelepon saya.

Dan lalu saya mengatakan :

“Berapa Ukuran Lokasi yang mau dipasangin Kusen dan kaca nya pak ?

Jawab Konsumen : ” Wah belum saya ukur pak…!”

Jawab saya : “?????”

Jika memang Susah untuk Mengukur bisa Langsung Kami Survey.

Segera.KLIK LOGO whatsapp untuk CHAT dengan kami

Tahap Pemasangan Kusen Aluminium :

Dinding sudah di Plester / Aci atau di cat, (Finishing) Karena Kusen Aluminium adalah Tahap Akhir.

Dinding Harus Rata (Presisi) atas Bawah Kiri Kanan, Ini adalah keahlian Tukang.

Barulah Persiapan Pemasangan Kusen Aluminium.

Kusen Alumunium

Dari gambar diatas kita ketahui Lebar dan Tinggi Lokasi nya adalah 301(L) X 260 (T) ,Maka kita bisa menghitung dengan rincian sbb :

A. Rincian Perhitungan Kusen Aluminium

Kusen aluminium Tiang = 2.60 m x 4 btg = 10.4 ml (meter lari)

Kusen aluminium Ambang = 3.01 m x 2 btg = 6.02 ml (meter lari)

Kusen aluminium Ambang = 1.055 m x 2 btg = 2.1 ml (meter lari)

Total volume Kusen aluminium = 18.52 ml

B. Rincian Cara Perhitungan Kaca

Kaca dihitung dengan perkalian Tinggi dan Lebar, sbb :

Volume kaca = 3.01 m x 2.6 m2 = 7.083 m2 (meter persegi)

C . Pintu = 1 Buah

Harga Pintu Alumunium 1 set sudah termasuk Kaca polos 5 mm, kunci Ukuran 90 x 210 cm biasanya berkisar Rp. 1.650.000 sampai Rp. 1.900.000 belum termasuk Door Closer

Dan berikut ini list harga kusen berdasarkan jenis dan tingkat harga nya :

Warna aluminium standar(Anodised) : Hitam (Black),Coklat (Dark Brown),Silver (CA -Netral)

Aluminium warna Coklat harga nya sama dengan aluminium warna hitam

Aluminium warna Coklat dan hitam lebih mahal dari aluminium warna silver

Warna lain aluminium :

Aluminium warna Powder Coating standar(merah,biru,Krem,dll warna biasa)

Harga nya sekitar 40-50% lebih mahal dari Aluminium silver

Aluminium warna Powder Coating Urat kayu (berurat seperti Kayu Jati)

Harga nya sekitar 100-120% lebih mahal dari Aluminium silver

Jenis atau Merek Aluminium

Diurutkan berdasarkan Harga sbb : ( termahal—>termurah )

1. YKK

3. Alexindo

4. Alco ; Alcomeks ; Aluprima

5. Hp Metal

Diurutkan berdasarkan Jenis nya sbb : ( termahal—>termurah )

1. Kaca Tempered

2. Kaca Biasa

Kaca Diurutkan berdasarkan Warna nya sbb : ( termahal—>termurah )

1. One way ( Dari dalam bisa melihat keluar, dari luar tdk bisa lihat kedalam )

2. Reflektif stofsoll

3. Warna biasa (Biru , hijau , Grey)

4. Dark Grey (Riben gelap) Rayban(

english)

5. Polos/Bening/Clear

Semakin tebal kaca ,harganya semakin mahal.

Kaca Diurutkan berdasarkan Merek nya sbb : ( termahal—>termurah )

1. Kaca Merek Asahimass

2. Kaca Merek Mulia

3. Kaca Merek lain…

Pintu Aluminium:

Ada dua jenis , yaitu Pintu Aluminium Geser dan Pintu Aluminium Swing.

Harga Pintu Aluminium Geser sama dengan harga Pintu Aluminium Swing

Perhitungan Pintu aluminium adalah perunit dan sudah termasuk sbb :

– Rangka Pintu aluminium ( Bahan profil Swing door)

– Kunci Pintu aluminium standar ( Type 8128 dekson atau type 5128 Alpha )

– Handel aluminium standar ( Vebtuk Kotak dari bahan aluminium )

– Engsel 4 inchi standar ( Stainless merek dekkson)

Jendela Aluminium

Ada dua jenis , yaitu Jendela Geser dan Jendela Swing

Jendela Geser dihitung per buah dengan ukuran standar 120 (T) x 60 (L) , sudah termasuk aksessories

Jendela Swing alumnium , biasanya sering disebut jendela Cassement

Dihitung dengan cara perbuah ukuran standar 120 (T) x 60 (L) dan bisa pula dengan cara perhitungan meter lari seperti perhitungan kusen diatas

Daftar harga kusen aluminium dan kaca di bawah ini tidak mengikat dan bisa berubah setiap saat sesuai dengan harga pasar.

HARGA KUSEN ALUMUNIUM /Meter Lari (m”)

alexindo laquer ykk

Harga-Kaca

Harga Aneka Pintu Jendela Aluminium Berikut Kaca:

Kaca Tempered Rekondisi

Wa order :wa.me/+628816676981

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