#Manganese Wear Parts

[b1asho]

Round one of the species introduction!!!!

Prectikar Master Post:

Here's some info on them, and if you want to see some other drawings I've done of them (albeit some occasionally older n crustier ones), check out my deviantart: https://www.deviantart.com/blasho

Anyway let's get into a terribly long string of paragraphs about some of their info:

Prectikar are a large sentient species, usually standing at around 8-9 feet tall when fully upright and weighing anywhere close to or upwards if 1000 pounds

They are covered in feather-like fur (or is it fur-like feathers? They're occasionally branched like feathers, and all have quills, but some are more hairlike) due to the cold climate they evolved in, though length and thickness of it now varies by region.

They are omnivorous, and while they have many traits to help them hunt and kill, most of their diet tends to be plants.

Originally rush-down predators, they use their considerable strength to move in quick bursts and their specialized tusks to either ram prey to death or gouge into it as they grapple it.

Their jaw strength is also insane,with their skull actually sacrificing brain space in favor of it, which helps them eat pretty much anything they come across. They pay a lot of attention to food and cooking because of their high calorie needs and very sensitive nose/tongue.

They have manganese as an oxygen carrier is a result of the scarcity of other metals in their environment and potentially because of its general affinity for oxygen.

This causes their blood to be an amber/orange brown and shades of pink depending on its exposure to oxygen.

Through a network of cooperative bonding and other adaptations (like better oxygen retention in muscles and the easily carried size and longevity of the molecule) they’ve managed to bring this manganese transport molecule close to hemoglobin in terms of effectiveness, though they can also make use of manganese’s catalyst properties to temporarily push it to bring lots more oxygen to their tissues at a time (used for short bursts of speed and strength that allow them to take down large prey and plants for food).

their large body size (selected by their colder environment) lets them use their own high body heat to keep the O2 fixation and liberation going in their highly effective lungs.

An extensive understanding of their internal chemistry is unknown (aka gatekept by their colonizers/"uplifters" who ill get to later) but it seems like they also have a network of bacteria in their body just to manage the more reactive and damaging oxides that form, and to remove/convert the spent manganese into connective tissue and aid in bone maintenance.

They have higher calorie needs from keeping up the body temp and recycling/removing all that stuff, alongside just being big in general. Alongside a lot of sleeping, they also basically just eat all the time (compared to other species) to compensate, though their mammal-like fat retention and other metabolic adaptations for scarcity mean that they can handle long periods without resources(though this causes increasingly compounded problems for them)

Some other downsides include low tolerance of changes in oxygen levels (particularly low) and temperature levels, and poor adaptation to environments outside of their biosphere/without all the microorganisms since these things upset their delicate balance.

(part of why so many tribes were nomadic was/is to chase temperate and ‘warm’ seasons, even though to us that’s still cold. Prectikar living in human dominated areas often just take a lot of supplements with beneficial bacteria in them to cope with thr lack of that in their environent, and any food printers need an 'ink' cartridge containing these things or else theyre basically useless.),

They also experience faster general wear and tear from having constant complex and intensive chemical reactions(sometimes with dangerous chemicals) going on in their bloodstream and tissues.

( I’m not a biochemist, so if there’s any glaring issues with this then just explain it away to yourself with ‘they have a gland for that’ or ‘just don’t think about it actually’ which is what I did. I just wanted the fun color with a metal that can reversibly bond with oxygen :). )

They have one nasal passageway for smell/air and a second, bigger cavity for just vocalization (which they can’t breathe in from as easily).

This second cavity is between their first set of eyes, and has a phonic lip structure inside to produce higher pitched sounds.

The upper nasal opening has muscled nostrils that act as lips to further help control sound. The noise coming from here sounds very high to them, but to us it sounds like a nasally human voice, broken uobhere and there with squeaks, buzzes, and clicks).

They can pitch this nose voice very high, closer to dolphin-like clicking noises but not quite echolocation level.

Their throat vocal cords by their air sac are very long and thick, used for making very deep noises that carry long distances.

However, the vocal control they have through their mouth is very poor due to this and the inarticulate lips and tongue they have, and due to the more limited air they can bring in and out of it, so when speaking only through their mouth they sound a lot like seals or dogs and can only really go in short bursts before having to refill the sac.

Most of their languages are spoken with the nose and mouth sounds in tandem, where the high and low mix to make a more even sounding voice.

It’s fairly easy to understand them, but nearly impossible for us to truly speak any of their native languages, and if they wanted to they could also just start making sounds we cant hear.

They see it as strange that humans and other species speak with a single tone without difficulty.

The red flaps pictured on the drawing of their mouth and nasal passages can be moved to seal off the passage and direct airflow elsewhere.

The big red one in their throat acts as a “diaphragm” to fill and empty the air sac (which is left over from when their digestive and respiratory tracts were more connected like ours, but time in the water heavily shifted it to a more ‘blowhole’ type outline to help them breathe and vocalize from the surface).

The other flap by the air sac and its vocal cords moves upwards to block off the digestive tract whenever the mouth or nose is opened to allow air to be drawn in by this diaphragm.

The two red flaps making a pinched shape can move independently or with the other red flap, but never at the same time with each other. The main airway is always separate from the digestive tract, though the flap to the middle, non vocal nasal passage can be moved so that it’s a part of either the vocal nasal passage to draw in air or the air sac part to act as another resonance chamber.

Air can be drawn in by the diaphragm via open mouth and through the nose via open top red flap at the same time, and can be released at the same time, resulting in their near continuous double speak sound they use for their own language.

Their characteristic large tusks are retractable and housed in a cone-shaped bony socket on the side of their jaw.

A muscle is attached to the bony root of the tooth, and pushes it out. As it slides towards the front of the mouth, the cone socket narrows and wedges a protrusion on the tooth into a hole in the socket, and then the muscle stiffens, locking it in there.

When the tusk retracts, the muscle quickly jimmies the tooth forward then draws it back to get it out of the hole, and then pulls it back into the wider part of the socket.

This is mainly because their tusks are ever growing (but very slowly) but not great at self sharpening, and are their main weapon in self defense and hunting,so it seems this just happened to keep them safe.

If a tusk is broken, as long as it was not cracked at the root, it can be regrown with extensive time in the socket, but otherwise they stay safely stowed in da socket where the majority of its sharp edge can stay protected from chewing and other mouth stuff. Tusks won't start growing in until their teenage years.

They are primarily bipedal/ quadrupedal and switch between the two occasionally.

Knuckle walking helps distribute their top-heavy weight and give them more balance for long and short distance, while walking upright gives them better visibility, less stress on their neck/upper back, and quicker but unsteadier movement.

Their gallop/sprint utilizes both arms and legs to propel them forward in a gait halfway between a bear and a gorilla (since their big mid arms are set like a bears) to overtake prey after an ambush or drive them into the rest of the pack waiting elsewhere. Quad walking also helps them get around in buildings meant for species half their size.

Their hands are some of their only places without hair, but as they age, they loose it on their arms and face too.

Prectikar have different uses for each of their pairs of limbs, and have for all stages of their evolution.

The front ones specialized for grappling prey and grabbing things, and so have a ‘sprawling’ shoulder position like humans and have hands with relatively nimble fingers, the outer two are angled inwards but can also move in a pamprodactyl ish fashion (which acts as their version of a thumb, and lets them switch from big to little grabbing motions) .

Their mid limbs used to be wings with hands, and still have a basically zygodactyl finger position that was helpful for holding onto branches (with the backwards facing finger), but over time they have been converted into terrestrial knuckle-walking limbs, with the one that swings back and forth being brought forwards to walk or swung back to adjust grip on big things they want to move or for balance on unstable terrain like ice . The fingers on this one are big and clumsy, pretty much only useful for digging, walking, or slashing.

Their back limbs also used to be for grasping but were mainly counterbalances, but have now turned into plantigrade walking limbs (and much like humans, that’s pretty much all they use them for). All have nonretractable claws.

Prectikar are viviparous and usually give birth to litters of up to 8.

They have a specific mating season, where their dimorphic traits will become more pronounced.

Males in rut will shed the feathers on their throat sac region and it will become a bright ambery yellow color, and they will also grow in longer feathers on their butt region (in a fan shape for display purposes. The dont have a true post anal tail like humans).

They will also develop some of that pinkish orange/yellow on their chest skin. Females go throguh estrus cycles and will also grow a more prominent butt feather crest, as well as some very long feathers around their neck, shoulders, and abdomen for babies to hold onto.

Their skin patches turn a much brighter shade of yellow to help direct newborns to where they can feed from. Once they give birth, they will start making an oily and thick secretion across the skin patch which is collected into a divot which the infant licks from. Part of why the babies hold onto them is so they can constantly lick the 'milk'so they can grow.

Newborns come out blind and hairless, but quickly grow in a thick down and open their eyes so they can climb on mom.

Once they're weaned, they'll drop off and use the muscles they gained hanging on and climbing to start moving with the adults. They grow very fast, and canes are a common sight in teens to help deal with the rapid bone and muscle growth.

Usually, it is only during this season where chest/skin related nudity standards change to be more conservative, since showing those colors means youre down to fuck and so doing that is usually restricted to in private with their partner or for bachelors.

They have very strict binaries for sex and gender based on this seasonal divide and religion.

Most tribes show gender identity through a piercing on their lower nose for male or chin for female (so dont worry, the main guy up there is showing some male presenting chest outside of the mating season, so hes fine).

Normally, only some cultures pierce their ears, which are like if owls had a little mobile flap of outer ear to swivel I stead of their whole head. Very little of it is actually flesh, and the sound is mainly captured by the feathers around it.

While they have a reputation otherwise, Prectikar are highly social within their tribal/family groups.

They regularly allogroom, greet each other with hugs, and usually travel in sibling groups. Households are multi generational.

They have a reputation as standoffish or irritable because they take things very differently and have other standards/specific body language truggers. also most other species treat them differently/with fear by default.

their upper pair of eyes is larger and focused on long distance vision while their lower pair is for close up vision, creatign a bifocal effect for them when using both at once.

Aaaaaand that oretty much everything, I think. I'll post some other arts related to them soon, but consider this the Master Post on the things you should know about them!!

[dilemmaontwolegs]

The Challenge {2/2}

Aemond Targaryen x fem!bladesmith!reader Summary: It is time to deliver the sword to the prince. Warnings: 18+ only, nsfw, jousting, smut, caught in the act WC: 3.9k

HOTD Masterlist || Part One || Part Two

Two weeks passed quickly as you worked tirelessly on Prince Aemond’s sword. 

You had not heard from him since he left that morning and you were not sure whether or not you had expected him to send a message of some kind before you made the journey to King’s Landing. You couldn’t deny you were a little disappointed he hadn’t sent a raven - if for no other reason than to check in on the progress of your work. 

Nevertheless, you had gone above and beyond to create the masterpiece before you. 

It was by far the most expensive piece you had invested in and the twin sapphires alone had cost a small fortune but after being inset into the eyes of the dragon on the pommel you knew it was worth it. 

The sword was made of manganese steel imported from Dothraki, which was far lighter than iron, and had been folded with carbon dozens of times over to increase the tensile strength of the metal. The fierce dragon had been carved into the manganese steel and then dipped in gold but the snarling teeth were made of white gold and polished to perfection. 

There was no way to mistake this for any common blade and it was truly fit for royalty. 

A local leatherworker had taken the measurements of the sword and made a scabbard that would protect it while it was not in use and you slid the sword into the sheath before locking it into a travel box. 

“Your carriage is ready to leave, mistress,” Gerry said after knocking at your bedroom door. “Oh, you look lovely.”

The dress was stiff and uncomfortable and you wished you could travel in more sedate clothes but in public such a scandal could lead to incarceration and that would be bad for business. The other option was to wear the heavy cloaks of your work attire but even after a thorough washing they never smelt or looked very pleasant. 

“I look like a meringue,” you murmured, shrugging the puffy sleeves that capped just above your elbow. 

“Nonsense,” Gerry said with a giggle, taking it upon herself to straighten the layers of skirts so they hung neatly. “The prince will be lost for words, mistress.”

You narrowed your eyes at your housemaid. “What makes you say that?”

She couldn’t suppress the smile that she tried to hide behind her hand and shook her head. “The girls talk, mistress. Kasia and Tiff heard from Kyron, the stable boy, that the prince and his guard were arguing before they left.”

You shouldn't have been interested in gossip but you were leaning forward in anticipation as her smile grew. Finally you lost patience and huffed as she forced you to ask, “Arguing about what?”

“You, of course.”

“Me?”

“Aye, the prince confessed he had fallen to temptation of the flesh. That had to be you, right, mistress,” she said with a wink. “I imagine his highness has a date with the High Septon on his return. You were careful, right?”

You rolled your eyes and gave a droll nod. “Yes, mother.”

“Don’t bite my head off, I promised your ma I would watch over you, bless her soul. Now be on your way, it is a long ride.”

Kasia was already waiting at the front of the house with the carriage and you climbed into the cab before making space for her. You would have preferred for Gerry to make the three day journey with you but she wasn’t comfortable going anywhere near the capital, and you didn’t pry to find out why. 

The carriage driver whipped the reins and you jostled with the movement, eventually falling into a routine sway as the horses ambled along the road that would take you south to King's Landing. 

The noise of the crowd was unlike anything you had heard and the musicians playing an upbeat tune only added to the cacophony. Peddlers worked the stands around the stadium, selling their merchandise to the viewers, while food stalls were erected outside with the scent of their goods almost eradicating the smell from the horse stables beyond. 

Finding space on a bench seat, you pulled Kasia down beside you and stilled her leg that kept bouncing excitedly with every match that went by. You had arrived later than expected when the wheel of the carriage broke outside of Rosby and so far Ser Criston hadn’t lost a match in both jousting and sword fighting, but you were hoping to catch the next one.

You were beginning to tire of the harsh sun that beat down, the temperature enough to rival your workshop, and ready to find some solace in the shade when the next trumpets fared for the jousting final.

“Mistress, that is Prince Jacaerys,” Kasia gasped as she pointed to the house flag that had been raised and a chestnut steed trotted into the lists with a helmeted rider upon its back. “Who would dare strike a prince?”

You had an inkling as you looked to the other side of the arena and saw the flag of House Cole being draped onto the rung. “Unbelievable.”

A white stallion leisurely walked into the lists and you were the only one who wasn’t surprised to see Prince Aemond riding atop with his helmet tucked under his arm. Whispers began to spread along the rows of viewers as they realised it had been the One-Eyed Prince fighting under his knight’s banner the entire time. 

“What is the meaning of this, Aemond?” King Viserys asked as he rose slowly from the royal box. 

“It was pointed out that fighting as a prince may lead my opponents to go easy on me, and I would not have that shame,” he said with a smirk thrown Jacaerys’ way. “That need not be a problem now will it, nephew?”

Prince Jacaerys pushed his visor up over his helmet and dark hair tumbled out to frame his face. Even from so far away you could see his brown eyes were full of disdain and his jaw was clenched as he spoke through his teeth, “No problem, Uncle.”

It would have been embarrassing should he have said otherwise, he would have been practically admitting he only reached the finals because of his royal title whether or not it was true.

“Well played,” you chuckled to yourself as you watched Prince Aemond place his helmet on his head and shove a gloved hand out for his steward to give him the lance. 

In the royal box the mothers, Queen Alicent and Princess Rhaenrya, shot to their feet and rushed to the edge balustrade with concern etched into their faces. The look they shared both held reprehension for the other and you briefly wondered what it was about before a cheer erupted and your attention was brought back to the match.

The princes spurred their horses forward with a kick of the stirrups and you leaned forward in your seat with the rest of the crowd.

There was not a whisper in the air as anticipation held the spectators in silent suspension. To cheer either prince would be to insult the other so not a sound was made.

The horses reached the fence and raced towards each other with thundering hoofbeats. The distance narrowed and no one took a breath as they lowered their lances, the blunt tips aimed at the other.

From your vantage point in the stands you could see how Prince Aemond’s head was turned far more than Prince Jacaerys’ to account for the lost vision in his left eye but his aim was still well positioned. With the extra height he had over his nephew, Aemond’s reach was greater and his lance smashed into the Velaryon’s chest, glancing off the armour and under the shoulder plate.

A collective wince hissed across the crowd and the younger prince screamed as he was thrown from his horse. The scream was echoed by his mother and Princess Rhaenyra rushed from the royal box to check on his welfare along with the maesters. At least given the painful squirming on the ground, he was certainly alive.

Prince Aemond tore his helmet off and his silver hair shimmered in the brutal sunlight, it was almost too bright to look at directly but even with the glare there was no hiding the smirk on his face. Dismounting to the dirt, he sauntered over to his nephew and dropped to one knee beside him, his hand hovering over the wound he had dealt.

How you wished to be close enough to hear what he said, because although he looked like he was offering condolences there was no mistaking the disdain on his face or the amusement when Jacaerys weakly tried to push him away.

Looking up, Aemond saw his half sister nearing and rose to his feet, swiftly leaving the arena without a care for the splatterings of polite clapping for his win.

“That is my queue,” you said to Kasia as you grabbed the boxed sword from where you had kept it safely hidden beneath your skirts and rose to your feet. “I shall see you back at the inn for dinner.”

It wasn’t difficult to find Prince Aemond with his hair like a beacon. Everyone gave him a wide berth in the streets except for his trusted knight who noticed your approach first and sighed heavily. It was the sigh that caught Aemond’s attention and he turned to see what had elicited the annoyed sound from his friend.

The surefooted prince stumbled as he spotted you and his eye travelled your body from head to toe twice before he blinked and recovered.

“I almost didn’t recognise you,” he admitted and nodded his head to Ser Criston. “You may leave, I am sure my mother will want to accost you for the role you played today.”

The white cloak knight didn’t look pleased but nodded back before casting a glance your way and shaking his head. You couldn’t help but send him a sweet smile and bat your lashes at him with a dainty wave of your fingers, earning a chuff of a laugh from the prince.

“Blessed name day, my prince,” you greeted him when you were alone and once more walking towards the Red Keep. You held the box out for him, grateful you no longer had to lug it around the city. “As requested.”

“Do you have a sister?” he asked, taking it from your hands and tucking it under one arm. “You look rather similar to a woman I met a few weeks ago, though she was a little more scrappy and rather filthy.”

“Ha ha,” you exaggerated with a roll of your eyes. “Here I thought you were a prince but I have been fooled by a court jester. Funny how one and two are the same.”

“There she is.” He grinned and opened a door that led to a courtyard but the small joy he had disappeared in the company of the few people milling about. They shifted uncomfortably in his presence and the place fell silent until he had passed under an archway and turned down a corridor.

You were utterly lost by the many turns it took to come to the room he eventually led you, closing the door behind with a click of the lock.

The box thudded as he placed it on a writing desk that was covered with books and letters with the dragon crest drawn upon. They couldn’t have been important as he shoved them aside and unlatched the lid.

“Congratulations on your win,” you said as he opened the reward. “You must be proud.”

“I don’t give a shit about tourneys,” Prince Aemond retorted as he unsheathed the sword before twirling it in his hands. “I just wanted to see the look on that bastard's face when he lost.”

He continued to inspect the weapon, staring down its length to ensure it was straight before pricking his finger on the tip to test how sharp it was. He gave a satisfied hum at the conclusion and you bit your lip at the reminder of the similar sounds he had made.

Finally he brought the pommel closer and peered at the intricate dragon with intense scrutiny. “Incredible.”

“I’m almost reluctant to part ways with it,” you teased and he gripped the handle tighter as if he were prepared to fight you for it. “But you seem rather attached already and I’m feeling charitable.”

“How generous of you.” He rolled his eye and sheathed the sword before buckling the scabbard to his belt and pointing to a large purse on the table. “I suppose that means I can return that small fortune to the coffers then.”

You scoffed and crossed your arms over your chest. “I’m not that charitable.”

Unaccustomed to wearing dresses, you hadn’t realised crossing your arms had pushed your breasts up dangerously high and they were barely contained by the corset. It was only the lingering stare of the prince and the widening of his eye that drew your attention down where he was fixated.

“Not one raven, not even a ‘hello, how have you been?’” you tutted and ran your fingertips teasingly over the skin of your bosom. “I should be insulted.”

His eye followed the movement hungrily. “You have the attention of a prince, insulted is not the word that comes to mind.” One long stride closed the distance and you craned your head back to hold his stare.

“Did you confess your sins to the Septon?” you had to know as you felt the heat of his armour warming your skin. “Did you repent for the sordid touch?”

“I did. And I swore I would banish all thoughts of you from my mind.” He swallowed deeply and reached for the bowtie that held the laces of your corset together. “I did so knowing it was a lie.”

You cursed under your breath as his words affected you more than you expected and you covered his hand with yours, guiding it to the delicate laces so he would hurry up and free you from the constraints of the dress. You could finally breathe liberally and you inhaled deeply as the heavy materials fell to the floor but there wasn’t time to waste as you reached for his armour.

Your deft fingers made quick work of the buckles and Aemond caught the heavy plates before they could clatter to the floor, instead depositing them to the side where they wouldn’t cause an accident. 

Next went his damp clothes, the material strewn across the room as you wrapped each layer like a gift - eager to get to the prize that waited beneath.

“I’ve heard men fuck like a lion after fighting in a tourney, like the sweat gets their blood pumping,” you stated as you push him into the chair in front of his desk and straddled his lap. 

He grabbed your hips and lined himself up with your entrance, pulling up down his length until you couldn’t take anymore and gasped at the fullness. He still wasn’t done, not when he wanted to tease you with more than his body, his lips following the line of your jaw until he reached your ear and whispered, “Lions are nothing compared to a dragon.”

Your nails dug into his shoulders as you held on tight and rolled your hips to take your pleasure from him. He let you have your moment, enjoying the warmth of your cunt as it tightened around him and the press of your breasts to his skin, but then he wanted to chase his own ecstasy and gripped your hips. His arms should have been weak and trembling from the day spent fighting but they were still strong as he guided you up and down his cock. 

“Fuck, Aemond, you feel so good.”

“Hmm,” he growled in your ear, “I am your prince.”

“You can be my prince out there but right now you are just a man, now fuck me like one.”

In an instant you were empty and he was on his feet, spinning you around and bending you over his desk. The void you were missing was filled with one rough thrust and his hand slapped over your mouth to muffle the cry of dark pleasure that erupted. 

Gone was the restraint, gone was the control. Prince Aemond was unleashed. 

The wood cut into your hips and his ink pot spilled, books tumbled to the floor and the armour resting against the table leg toppled over. The clatter of metal was like the herald bells being struck and shouts came from outside the door. 

“Fuck,” Aemond growled at the knock that quickly followed. “Go away.”

“My prince, it is your mother,” Ser Criston called out.

“Fuck.” This time the sound wasn’t from frustration but fear and he pulled out in a rush to find his clothes scattered around the room. “Give me a minute.”

“Cole, move,” a surprisingly stern order came from a gentle feminine voice and the lock on the door was opened from the outside before the door swung open.

“Mother,” Aemond greeted quietly as he covered his manhood and bowed his head.

“I expect this unbecoming behaviour from your brother but,” she sighed dramatically and Aemond’s head dipped further at the disappointment radiating from his mother, “not my sweet Aemond.”

You coughed a laugh and covered your mouth as the sound drew her attention to you. You didn’t have enough hands to cover your nakedness and your dress was inconveniently in a head at her feet. 

“Who are you?”

“I’m no one, your highness,” you said as you shifted on your feet and tried to shimmy across to hide behind the prince. 

“Her name is Y/N,” Ser Criston said without even stepping into the room.

“The bladesmith you visited, who is also the daughter of the metal merchant?” she confirmed as she took a second look at you before turning her back. “Cover yourselves.”

“Yes, mother.” Aemond grabbed your dress first and tossed it with more force than necessary before swiping his own undershorts up from the floor. “I will go to the Sept and confess.”

“Don’t bother,” Alicent scoffed with a toss of her head. “You are not contrite. No, I have another way for you to repent and save your honour.”

It was far harder to get the dress back on than it was to get off, especially since it had taken the help of Kasia last time. You were still busy trying to thread the laces back through the eyelets when the Queen dropped the bomb.

“You will wed her, Aemond. I won’t have any more shame on this house.”

“Mother,” Aemond interrupted but she held up a hand to silence him, something that wasn’t going to stop you.

“Beg your pardon, majesty, but fuck that. I’ll take a vow of silence and be on my way out of this dreadful city.”

“Silence? From you?” she said with a humourless laugh. “If the people weren't still watching the tourney the entire residence would have heard your filth. No, I’ve made up my mind.”

“More like lost it,” you uttered before Aemond pinned you with a glare that had you closing your mouth once again.

“Cole, make sure my son’s betrothed finds her way to her own room. Alone.” With that she departed and Aemond’s posture slumped.

The moment she was out of hearing range you turned to him. “I’m serious, I’m not marrying you, or anyone for that matter.”

“I don’t believe we have a choice.”

“I do.” You tied a knot in the lace just enough to be sure it wouldn’t suddenly come apart as you stormed out of the room and straight into that bothersome guard. “Move.” Ser Criston looked at the prince but you snapped your fingers in front of his face. “I’m talking to you, so don’t look at him.”

“Let her pass,” Aemond said and your head spun incredulously towards him to find him already dressed. “I’ll escort her.”

“To the ladies wing?” he asked as he moved aside and let you through.

“To the stables.” Aemond caught your arm and turned away from his guard to head in the other direction. “I’ll not marry a stranger because I wanted to wet my prick.”

“How uncouth,” you teased as you hurried to match his pace through the Red Keep. “Such a filthy mouth, Prince Aemond.”

He growled as he pushed you against the cold stone wall and caged you between his arms, his erection hard against your hip through the layers of cloth separating you. “Now is not the time to tease me.”

“Yeah?” you pushed back, grinding yourself shamelessly against him in the empty hall. “Or what?”

Aemond’s fist hit the stone with a groan before his hand circled your wrist and tugged you with a renewed pace. “You were born of the Seven Hells, I swear.”

“What makes you say that, my prince?” I asked sweetly. “My devilish good looks or what was it my stable boy overheard…oh yes, my tempting flesh?”

Aemond opened a door and the irritating smell of stale dust told you the storage room was not often used before he pushed you inside and closed the door behind him. “This is the last time,” he promised himself as he bunched the material of your skirt up over your waist and freed himself from his trousers.

You knew you would miss the feeling of him stretching your cunt with each thrust and the way he stroked your walls until they clenched around him. None of your past lovers had been able to fill you quite like he did, or take your attitude either.

“You can always visit me,” you offered in a moment of weakness as the tension of the oncoming orgasm built, “when your sword needs taking care of.”

The sounds of your bodies slapping together filled the room and the table you were sitting upon rocked as Aemond filled the space between your legs. His hand dropped your skirts so he could cradle your face, his thumb tracing your lips. “The bladesmiths here will suffice.”

“I wasn’t talking about that sword.” You nipped at his thumb and smirked, feeling him react instantly as he rutted harder against you. Your legs wrapped around his and your hands slipped under his shirt as you pulled him closer, chasing the high that was cresting inside you.

Your orgasm erased your ability to think and your body jerked as wave after wave of pleasure washed over you. The feel of your cunt pulsing around him tipped the prince over the edge and he released a shuddering breath as he spilled himself within you.

There was no time to enjoy the afterglow and Aemond tucked himself back into his trousers before pulling your skirt down over your legs that were still dangling off the table.

“I doubt my mother will let me leave the keep for a while after this,” he said as he helped you off the table and onto shaking legs.

“Do you always do what your mother says?” You asked him, fixing one of the clasps of his vest that had come undone.

“Don’t.”

Your lips twitched as you saw the fire in his eye. “Don’t what, my prince?”

“Don’t challenge me.”

“Afraid to lose?”

He chuckled and caught your chin between his thumb and forefinger. His teeth bared as he leaned closer and his silver hair brushed your shoulder while his hot breath kissed your skin.

“You should know by now…I never lose.”

Tagging: @hopebaker , @padfooteyes , @fan-goddess , @whitefang1919 , @drinking-tea-and-be-obsessed , @let-love-bleeds-red , @raven1234321

[drstonetrivia]

Chapter 199 Trivia (Part 1)

Are we reaching a second Age of Exploration?

The cover page may be a reference to Berserk, as it's been exactly a month since the writer for it, Kentaro Miura, died.

Why Suika is only half-armored I'm not sure.

The first device Xeno makes is for cryogenic fractional distillation. As he says, it cools air to separate the elements within.

Think of it as the reverse of alcohol distillation: rather than boiling it to separate the gases, you cool it to separate the liquids!

I don't really understand why Kohaku is so confused by argon specifically, as she knows someone who was named after it. Ginro even fought Argo(n) in the Grand Bout!

Geiger counters work as Xeno says: an inert gas becoming conductive when a particle of radiation ionizes the gas, allowing a current to pass. This is either connected to a display to show the readout or something that makes the iconic clicks.

Chrome loves his rock-detecting devices!

Also the sound effects here are literally "gaigā". Very Pokémon.

This boat is definitely made by the villagers, likely by Kaseki himself, due to the design. He was the one to make all the boats for them, after all.

Ilmenite is the most important ore of titanium, formula FeTiO3. Molybdenite is a common ore of molybdenum, formula MoS2. Chrome ore (probably chromite) is self-explanatory, but can be found in oxide form with several other metals such as iron or manganese.

Pyrochlore ore is actually a mineral group, but in Araxá, it's all about getting niobium. Nickel comes in many ores due to how common it is, and can be found in laterite (laterite is a soil/rock type, not an ore).

Alloyed together, these metals make the strong, lightweight materials needed for aircraft and spacecraft.

Most of them are also either radioactive (pyrochlore) or have radioactive inclusions (rhenium-187 in molybdenite) which is why the Geiger counter works!

Also, Gen is wearing shoes!

This isn't the first time Monster Hunter has been referenced! The first one is way back in chapter 19, which helped Senku realise that something fishy was going with in the village...

A compilation of Senku getting excited about large collections of rocks:

(Next part)

[ananka-fasteners]

Aluminium Bronze Fasteners — Manufacturer, Specifications, and Applications

Introduction

Aluminium Bronze fasteners are widely recognized for their exceptional strength, corrosion resistance, and durability. They are used in various industrial applications, especially in marine, aerospace, and oil & gas sectors, due to their high-performance characteristics.

Aluminium bronze fasteners are highly valued in various industries due to their exceptional strength, corrosion resistance, and excellent mechanical properties. They are primarily used in demanding environments where superior performance and durability are essential. Aluminium bronze fasteners find applications in marine, aerospace, automotive, and industrial sectors due to their high strength-to-weight ratio and resistance to corrosion.

What are Aluminium Bronze Fasteners?

Aluminium Bronze fasteners are metal components made primarily from a combination of aluminium and copper, with minor additions of iron, nickel, or manganese. These fasteners exhibit remarkable mechanical properties, such as high tensile strength, excellent corrosion resistance, and enhanced wear resistance. Due to these properties, Aluminium Bronze fasteners are highly sought after in demanding environments.

Key Properties:

Strength & Durability: Aluminium Bronze offers superior tensile strength, fatigue resistance, and excellent wear properties.

Corrosion Resistance: Provides outstanding resistance to seawater, oxidizing environments, and industrial chemicals.

Heat Resistance: Performs well at elevated temperatures.

Non-Magnetic: Ideal for applications requiring non-magnetic materials.

Specifications of Aluminium Bronze Fasteners

Aluminium Bronze fasteners adhere to various international standards such as ASTM (American Society for Testing and Materials) and BS (British Standards). The key specifications include:

Chemical Composition: Aluminium Bronze fasteners typically consist of:

Mechanical Properties:

Standards:

Grades of Aluminium Bronze Fasteners

Aluminium Bronze fasteners come in various grades, each designed to cater to specific applications based on their chemical composition and mechanical properties. Some of the commonly used grades include:

Aluminium Bronze C95400 (9% Aluminium): Suitable for marine, aerospace, and structural applications due to high corrosion resistance.

Aluminium Bronze C95410 (10% Aluminium): Offers enhanced wear resistance, making it ideal for pumps, marine components, and mining equipment.

Aluminium Bronze C95200 (11% Aluminium): Known for exceptional corrosion resistance, especially in harsh environments like seawater.

Aluminium Bronze C63000 (Iron Aluminium Bronze): Offers improved corrosion resistance and strength, particularly in offshore oil platforms and chemical processing plants.

Applications of Aluminium Bronze Fasteners

Known for their strength and corrosion resistance, Aluminium Bronze fasteners are utilized in a variety of industries.

Marine Industry: Ideal for shipbuilding, offshore platforms, and subsea components due to their excellent corrosion resistance.

Aerospace Industry: Used in aircraft engine parts, landing gear systems, and heat exchangers for their high strength and heat resistance.

Oil & Gas Industry: Commonly used in pipelines, valves, and drilling equipment due to their corrosion resistance in harsh environments.

Construction & Structural Applications: Used in high-stress environments such as bridges, towers, and industrial machinery.

Aluminium Bronze Fasteners Manufacturer & Exporter

Ananka Group is a trusted manufacturer and exporter of high-quality Aluminium Bronze fasteners. With years of expertise, we produce fasteners that meet international standards (ASTM, BS, etc.) and are widely appreciated for their superior quality, durability, and performance.

Key Features of Ananka Group:

Custom Manufacturing: We offer customized fasteners tailored to specific customer requirements.

Global Export: Our Aluminium Bronze fasteners are exported to countries such as the USA, UK, Europe, the Middle East, and Asia.

Quality Assurance: Our fasteners undergo rigorous quality control processes to ensure they meet the highest standards.

Technical Support: We provide expert guidance on material selection, application suitability, and customization.

Conclusion

Aluminium Bronze fasteners are essential components in demanding environments that require strength, corrosion resistance, and durability. From marine and aerospace applications to industrial machinery and structural components, Aluminium Bronze fasteners offer unmatched performance.

At Ananka Group, we pride ourselves on delivering top-grade Aluminium Bronze fasteners, ensuring that industries worldwide benefit from our high-quality products. For any inquiries or custom requirements, feel free to get in touch with us.

Frequently Asked Questions (FAQ)

Q1: What are the key benefits of Aluminium Bronze fasteners?

A1: Aluminium Bronze fasteners offer high corrosion resistance, excellent strength, durability, and heat resistance, making them ideal for demanding environments like marine, aerospace, and oil & gas industries.

Q2: Which industries commonly use Aluminium Bronze fasteners?

A2: Industries such as marine, aerospace, oil & gas, construction, and industrial machinery rely heavily on Aluminium Bronze fasteners due to their corrosion resistance and strength.

Q3: How can I purchase Aluminium Bronze fasteners from Ananka Group?

A3: You can contact us directly via email or through our website for inquiries related to custom manufacturing, bulk orders, and export requirements.

Q4: What grades of Aluminium Bronze are suitable for marine applications?

A4: C95400 and C95200 grades are commonly used in marine applications due to their excellent corrosion resistance in seawater.

Q5: Are Aluminium Bronze fasteners resistant to high temperatures?

A5: Yes, Aluminium Bronze fasteners exhibit excellent heat resistance, making them suitable for high-temperature applications like aerospace and industrial processes.

[chhajedalloys]

Alloy Steel Sheets & Plates Exporters

Alloy Steel Plates Supplier is defined as having 1.5% to 5% total alloy content. Its common alloying elements are manganese, silicon, chromium, nickel, molybdenum, and vanadium, which contain as many as four or five of these alloys in varying amounts. which is been used by the manufacturers who works with petrochemical industries, oil and gas industries, chemical industries, shipbuilding etc. Alloy steel wear plates is a smooth, chromium carbide rich overlay plate manufacturers and Supplier by a patented production process maximizing abrasion resistance and reducing hang up.

Alloy Steel Sheet is been designed from alloys such as chromium, molybdenum, nickel, manganese, silicon so on, they are industrial product that is generally used in various industries applications. 4130 alloy steel sheet is low-alloy steels containing chromium and molybdenum as strengthening agents. It provides good strength and toughness, weldability and machinability. Alloy steel 4340 sheet is a heat treatable low alloy steels which contains nickel, chromium, molybdenum, they are commonly used for heavy duty industrial, aerospace and automotive applications.

It has high strength and toughness in heat treated condition. 6150 alloy steel sheet is useful in heavily stressed machinery parts including gears, shafts, hand tool components and pinions. It is a fine grained, highly abrasion resistant carbon-chromium alloy steel. Alloy Steel Plates Grades are ASTM A387 Gr 5, ASTM A387 Gr 9, ASTM A387 Gr 11, ASTM A387 Gr 12, ASTM A387 Gr 22 and ASTM A387 Gr 91.

For more information

Contact: 9821513630 , 9321113630

Email id: info@chhajedsteel.com

Address:

Office No 7, 42/46, Mughbat Lane, Shantaram Chawl, Girgaum, Mumbai - 400 004..

[darko-china]

Optimizing Bucket Elevator Discharge Chutes

In 2022, a cement plant initiated a project to renovate its bucket elevator discharge chutes. They entrusted Nantong Darko Building Materials Machinery Co., Ltd. with the entire process, from production to equipment installation and operation. Darko quickly dispatched technicians to the site for an on-the-spot evaluation. They identified several key issues with the discharge chutes.

Main Issues

1.Insufficient Wear Resistance: The discharge chutes used wear-resistant manganese steel plates, which had poor durability. This led to multiple wear-through points and material leakage. The worn manganese steel plates became uneven, causing material to stick.

2.Unreasonable Structural Design: The angle in the middle of the discharge chutes was too steep, failing to effectively cushion the material. As a result, the lower part of the chute experienced severe wear.

3.Uneven Design of the Sloped Chute: The design of the sloped section was uneven. Material concentrated on one side, while the other side showed little wear. This uneven force distribution caused severe wear on the side in contact with the material and led to material accumulation.

Solutions

To address these issues, Darko's technicians proposed practical solutions:

1.Optimize Overall Structure: They adjusted the angle in the middle of the discharge chutes to reduce the impact force of the material. This modification effectively slows down and cushions the material.

2.Redesign the Sloped Chute: They changed the lower sloped section from an irregular rhomboid shape to a parallelogram. This design distributes the impact force more evenly across the bottom and sides, extending the equipment's lifespan.

3.Replace Wear Materials: They substituted wear-resistant ceramic liners for the manganese steel plates. The ceramic liners offer superior wear and corrosion resistance, and their smooth surface reduces material buildup.

Simulation Testing and Expected Results

Darko's technicians conducted simulation tests using the new solutions. They expect to increase the lifespan of the bucket elevator discharge chutes by 3 to 5 times, improve work efficiency by 3% to 12%, and reduce the likelihood of material blockage by 20% to 30%.

These design optimizations will significantly enhance the performance of the discharge chutes. They will ensure the cement plant's production efficiency and the long-term stability of the equipment. If you are facing similar issues, feel free to contact us. We are ready to provide you with professional solutions.

[mdsaffia]

The Importance of Ferrous Metals in Modern Industries

Ferrous metals, which primarily consist of iron, are fundamental to many of the industries that drive modern economies. Their combination of strength, versatility, and cost-effectiveness makes them indispensable in everything from construction and infrastructure to manufacturing and transportation. In this article, we explore the importance of ferrous metals in modern industries and how they continue to shape the world we live in.

What Are Ferrous Metals?

Ferrous metals are metals that contain iron as a primary element. The term "ferrous" comes from the Latin word ferrum, meaning iron. These metals typically have iron as the base metal, with small amounts of carbon or other alloying elements, such as chromium, nickel, or manganese, added to enhance certain properties. The most common examples of ferrous metals include steel, cast iron, and wrought iron.

Why Are Ferrous Metals Important?

Ferrous metals are crucial to modern industries because of their strength, durability, and widespread availability. Here are some key reasons why ferrous metals are so important in today's world:

1. Strength and Durability

One of the defining characteristics of ferrous metals is their strength. Steel, the most common ferrous metal, is highly durable and resistant to wear and tear. This makes it ideal for heavy-duty applications, such as the construction of buildings, bridges, and machinery. Ferrous metals can withstand significant stress and are highly reliable, which is why they are used in the manufacture of products that need to endure harsh conditions.

2. Versatility and Adaptability

Ferrous metals can be easily shaped, molded, and welded, making them incredibly versatile for a wide range of applications. Steel, for instance, can be alloyed with other elements like chromium (to form stainless steel) or carbon (to make carbon steel) to create materials with specific properties suited for particular uses. Whether it’s lightweight alloys for automotive applications or heavy-duty steel for construction, ferrous metals can be tailored to meet the unique demands of any industry.

3. Cost-Effectiveness

Compared to non-ferrous metals (which do not contain iron), ferrous metals are generally more affordable. This is primarily due to the abundance of iron, which makes the extraction and production process more cost-efficient. The low cost of ferrous metals allows industries to produce large quantities of materials at a competitive price, making them essential in sectors like construction and manufacturing where budget constraints are often a factor.

4. Recycling Potential

One of the biggest advantages of ferrous metals is their ability to be recycled. Steel, in particular, is one of the most recycled materials in the world. Recycling ferrous metals reduces the need for raw materials, conserves energy, and lowers greenhouse gas emissions, contributing to sustainability efforts. This makes ferrous metals a key player in circular economies, where products are reused, repaired, and recycled rather than disposed of.

Key Applications of Ferrous Metals in Modern Industries

1. Construction

The construction industry is one of the largest consumers of ferrous metals, particularly steel. Steel is used extensively in the construction of buildings, bridges, roads, and infrastructure projects due to its high strength and resistance to structural fatigue. Ferrous metals provide the durability needed to withstand harsh weather conditions and heavy loads, making them essential for the creation of long-lasting, safe, and reliable structures.

2. Automotive Industry

The automotive sector relies heavily on ferrous metals, especially steel and cast iron, for manufacturing vehicle components. Steel is used for car frames, engines, and body parts, while cast iron is often used in engine blocks and other high-strength components. The strength-to-weight ratio of steel allows for the production of safer and more durable vehicles, and its recyclability makes it a preferred choice in the industry.

3. Manufacturing and Machinery

Ferrous metals are foundational in the production of machines, tools, and equipment across various industries. Steel, in particular, is used to make everything from hand tools and industrial machinery to large-scale equipment in factories. The ability to alloy steel with other elements allows manufacturers to create materials suited for a wide variety of applications, from cutting tools to high-performance machinery.

4. Energy and Power Generation

In the energy sector, ferrous metals are used in the construction of power plants, wind turbines, and other energy infrastructure. Steel, for example, is used to build the frames and structures of wind turbines, as well as the boilers and pipes in power plants. The strength and durability of ferrous metals make them essential for equipment that must endure high-pressure conditions and extreme temperatures.

5. Shipbuilding and Aerospace

Ferrous metals, particularly high-strength steel alloys, are used in the construction of ships, aircraft, and other heavy transport vehicles. Steel provides the necessary strength to support large structures, whether it’s a cargo ship navigating the oceans or an airplane withstanding the pressures of flight. The ability to alloy steel for specific applications makes it a versatile choice for these industries.

Ferrous Metals in the Metal Trade

The global metal trade plays a vital role in the distribution of ferrous metals to industries worldwide. Metal trading companies facilitate the buying and selling of ferrous metals, ensuring that manufacturers and industries have access to the raw materials they need for production. The high demand for ferrous metals means that the metal trade is a dynamic and essential industry, with metals like steel being continuously traded, recycled, and repurposed for various applications.

Conclusion

Ferrous metals are integral to modern industries, offering strength, durability, and cost-effectiveness in a wide range of applications. From construction and automotive to manufacturing and energy, ferrous metals are the backbone of many key sectors that power economies around the world. Their recyclability also makes them a key part of sustainable industrial practices. As we continue to innovate and expand in various industries, the importance of ferrous metals will remain a cornerstone of modern society and economic development.

[smmindustries]

NITRONIC 50 ROUND BARS: PROPERTIES, CHARACTERISTICS, AND APPLICATIONS

The industrial sector constantly seeks durable and corrosion-resistant materials that withstand harsh environments, extreme temperatures, and highly corrosive chemicals. Nitronic 50 is a highly sought-after alloy that finds immense use in several industries due to its exceptional characteristics. Nitronic 50-round bars, in particular, are highly popular and in demand due to their unique properties. In this post, we will discuss some of the characteristics of Nitronic 50-round bars and their applications across various industries.

WHAT ARE NITRONIC 50-ROUND BARS?

Nitronic 50-round bars are high-strength, corrosion-resistant stainless steel produced by the austenitic family of alloys. It has excellent mechanical properties at low and elevated temperatures and superior galling and wear resistance. These round bars are commonly used in marine environments, structural components for vehicles, pumps and valves, fasteners, springs, cookware, and trimming for architectural applications. They offer excellent weldability with their uniform grain structure and good machinability.

PROPERTIES OF NITRONIC 50-ROUND BARS

Nitronic 50 is a nitrogen-strengthened austenitic stainless steel alloy that contains 20-23% chromium, 11-13% nickel, and 4-6% manganese. Some of the most prominent properties of Nitronic 50 round bars include:

• High Strength: Nitronic 50-round bars have a higher tensile strength than conventional stainless steel alloys and can be used in critical applications.

• Exceptional Corrosion Resistance: Nitronic 50-round bars resist pitting, crevice corrosion, and chloride stress corrosion cracking. As a result, they find applications in marine and chemical industries.

• High Wear Resistance: Nitronic 50-round bars resist galling and exhibit excellent wear resistance. This property makes them ideal for use in industries requiring high wear and tear.

APPLICATIONS OF NITRONIC 50-ROUND BARS

Nitronic 50-round bars are extensively used across various industries. Some of the applications of Nitronic 50-round bars include:

• Aerospace Industry: Nitronic 50-round bars manufacture engine components, landing gear, fasteners, and other critical parts that require high strength, corrosion resistance, and fatigue resistance.

• Chemical Industry: Nitronic 50-round bars can withstand extreme environments, high acidity, and saltwater exposure and thus find use in the manufacturing of storage tanks, chemical processing equipment, and valves.

• Marine Industry: Nitronic 50-round bars are highly resistant to pitting and crevice corrosion and hence are used to manufacture marine hardware, shafts, and fasteners.

CONCLUSION

Nitronic 50-round bars are a versatile and durable alloy widely used across various industries. Their exceptional properties, such as high strength, corrosion, and wear resistance, make them ideal for critical applications. Nitronic 50-round bars have several applications across the aerospace, chemical, marine, oil and gas, and medical industries and find use in manufacturing critical components such as engine parts, fasteners, storage tanks, valves, and implants, for anyone who requires an alloy highly resistant to corrosion, wear, and tear, Nitronic 50-round bars should be on their list of materials to consider.

To Know More  https://www.smmindustriesllp.com/nitronic-50-round-bars-properties-characteristics-and-applications/

[miningcrusher]

Cone crushers for high-hardness materials

Cone crushers are widely used in industries for crushing high-hardness materials such as granite, basalt, quartz, and hard ores like iron ore, copper ore, and manganese ore. These crushers are known for their robust design, high performance, and adaptability to challenging material processing requirements. In this article, we will explore the benefits, working principles, benefits, and key considerations for choosing cone crushers for high-hardness materials.

Working Principle of Cone Crushers

A cone crusher operates on the principle of compressing and crushing materials between a rotating mantle and a stationary concave. The material enters the crusher chamber at the top, where it is subjected to pressure and friction as the mantle moves. The compression reduces the size of the material until it passes through the narrow gap between the mantle and the concave. This crushing action continues until the material is sufficiently reduced to the desired size.

Benefits of Cone Crushers for High-Hardness Materials

High Crushing Efficiency: Cone crushers are efficient at reducing the size of hard materials due to their crushing mechanism, which applies pressure from all directions. This helps in producing finer products in a single pass.

Versatility: Cone crushers can handle a wide range of materials, from soft rocks to hard ores. Their ability to crush high-hardness materials makes them ideal for industries like mining, quarrying, and construction.

Excellent Product Shape: Cone crushers are known for producing cubic-shaped aggregate, which is essential for certain applications, such as road construction and asphalt production.

Adjustable Output Size: Many cone crushers, especially hydraulic models, allow for easy adjustment of the product size, enabling flexibility in meeting the specific requirements of different projects.

Long Wear Life: The design of cone crushers ensures that the wear parts, such as the mantle and concave, last longer under heavy-duty operations, reducing downtime and maintenance costs.

Considerations When Choosing a Cone Crusher

When selecting a cone crusher for high-hardness materials, several factors should be considered:

Material Characteristics: Understanding the hardness, abrasiveness, and moisture content of the material to be crushed is crucial for selecting the appropriate cone crusher.

Crushing Capacity: The crusher’s capacity should match the throughput required for the application. High-hardness materials may require larger or more powerful crushers.

Adjustability and Control: Hydraulic cone crushers offer more precise control over the output size and adjustments to suit different needs.

Maintenance and Serviceability: High-hardness materials can cause wear, so it’s important to choose crushers that are easy to maintain and service.

Cone crushers are highly effective for crushing high-hardness materials, offering advantages such as high efficiency, versatility, and durability. Whether used in mining, construction, or aggregate production, cone crushers play a vital role in processing challenging materials. Choosing the right model based on material properties, required throughput, and maintenance considerations is key to optimizing crusher performance and extending its lifespan.

Online Service(chat now)

[ilearnedthistodaysblog]

#1132 Why do rechargeable batteries lose power as they age?

Why do rechargeable batteries lose power as they age? Because the process of recharging a battery is not 100% efficient and because of chemical degradation. These days, the majority of us use rechargeable batteries every day. While writing this, I have four devices currently recharging. I am sure you have something similar while you are reading this. I don’t know whether electric cars will become more popular or if we will move into hydrogen cars, but we are going to need a lot more batteries there as well. More and more disposable batteries are being created every year, and you might think that we won’t need disposable batteries anymore, but the number of disposable batteries is also increasing. This is probably because there are vastly more small, low power devices that need disposable batteries than before. How does a rechargeable battery work? A disposable battery is a one-way source of energy, but a rechargeable battery is two-way. With a regular battery, there are two chemicals. One contains a lot of electrons and the other doesn’t. They are usually manganese dioxide and zinc. Manganese oxide has a lot of electrons and zinc doesn’t. The electrons are strongly attracted to the zinc and want to get there as quickly as they can. The two chemicals are separated by an alkaline barrier to stop the electrons just going straight from the one chemical to the other. This is potassium hydroxide. At each end of the battery, you have a plate called an electrode, which conducts the electrons out of and back into the battery. When you connect the battery to a circuit, the electrons flow from the manganese dioxide, along the wire, through whatever device you need them to power, then back to the battery, flowing into the zinc. The more you use the battery, the more electrons flow to the zinc until the manganese dioxide has no electrons left and the battery is dead. A rechargeable battery does this, but you can also reverse the process. When you connect a rechargeable battery to its charger, the current from the power source you are using forces the electrons back into the first chemical. You have to use a higher voltage than you get from the battery in order to force the electrons back. Rechargeable batteries often take a long time to recharge because if you force the electrons back in too quickly, the resistance will create heat, which will damage or destroy the battery. If electric cars are going to become a common thing, then faster charging batteries will be necessary to rival refueling at petrol pumps. Why do rechargeable batteries lose power as they age? There are a few reasons. The first reason is that recharging a battery is not a 100% efficient process. Some of the energy can be lost as heat and not all of the atoms in the chemical will regain electrons. Each time you charge the device, a few more electrons will be lost, and this will slowly worsen. The second problem is that interfering materials can build up on the electrode plates. The most common rechargeable battery that we probably use is a lithium battery. When you plug in your device and the current forces the electrons to move back into the lithium, some of the electrons will attach themselves to the negative electrode and they form a metallic lithium layer. This layer will block electrons from going back into the lithium. As you continue to use the battery, this metallic lithium layer will build up, getting thicker, and blocking more and more electrons. All of this will reduce the capacity and it will mean that the battery runs out of power much more quickly. The third problem is wear and tear on the physical parts of the battery. We tend to think that something with no moving parts cannot break, but a battery does have moving parts, even if they are just electrons. Each time we recharge the battery, the materials inside can be damaged and the connections and electrodes can crack. Over time, damage can build up, contributing to the loss of power. An iPhone battery, for example, is rated to lose about 20% of its overall capacity after 1000 charging cycles, which is about two and a half years. A lot of companies are spending a lot of money to research a better rechargeable battery than lithium. Lithium works very well, but it does have a lot of problems. One possible alternative is a sodium-ion battery. They are safer, can charge more quickly, and possibly last longer. And this is what I learned today. - #159 How does a battery work - #1125 Are electric planes possible? - #467 What is a solid-state battery? - #741 How fast could an electric car go? - #878 What does paint primer do? Sources https://www.youtube.com/watch?v=VaT2s7FvTF0 https://www.science.org.au/curious/technology-future/batteries https://www.tutorchase.com/answers/ib/physics/why-do-rechargeable-batteries-lose-capacity-over-time https://www.microbattery.com/blog/post/rechargeable-vs-non-rechargeable-batteries-the-pros-and-cons https://www.betterbattery.co/blogs/blog/rechargeable-vs-disposable-batteries?srsltid=AfmBOooNpfV8GOXElMxDyvaP8JfM703CYd78WyTnVpHP0wWmAsn9ihFZ https://en.wikipedia.org/wiki/Rechargeable_battery https://batteryguy.com/kb/knowledge-base/why-do-rechargeable-batteries-die/?srsltid=AfmBOopqvmItgn7aqZyhNIav_UdEj0hsRyF8E06X4Au_r-lIiBQgYJuk https://support.apple.com/en-us/101575 https://builtin.com/hardware/new-battery-technologies Photo by Rann Vijay: https://www.pexels.com/photo/smartphone-charging-on-wireless-charger-7742584/ Read the full article

[castoelect]

Various Types of Laser Welding Wires Offered by the Shop Castron Electrode- Call us 8851310039

Laser welding wires play a crucial role in laser welding applications, particularly for industries that require precision and high-strength welds, like aerospace, automotive, and electronics. These wires are engineered to melt under high-energy laser beams, creating seamless, durable joints. The choice of laser welding wires significantly impacts the quality, strength, and durability of the weld. Different types of laser welding wires are available based on material composition, coating, and application suitability, each with unique properties. Here you will learn the weld wire grades available from the Shop Castron Electrode. However, before exploring the types, you must get an overview of these specialized wires:

Laser Welding Wire

Laser welding wire is a specialized filler material designed to enhance the quality, precision, and strength of laser welds across various materials. Available in different compositions—such as stainless steel, aluminum, and nickel alloys—laser welding wires allow welders to select an optimal match for the base material and application requirements. This wire type ensures efficient energy absorption, minimal heat distortion, and high-quality, reliable joints, which is essential in industries like automotive, aerospace, and electronics. The versatility of laser welding wire makes it invaluable for applications demanding accurate welds, minimal defects, and high aesthetic standards.

Types of Laser Welding Wires

H13 Laser Welding Wire

H13 laser welding wire is a high-strength tool steel wire known for its exceptional heat resistance, toughness, and hardness. It contains chromium, molybdenum, and vanadium, which make it highly suitable for applications where durability and resistance to thermal fatigue are crucial. H13 wire is widely used for mold repairs and in high-stress applications like die-casting, extrusion, and forging. Its resistance to thermal cracking makes it ideal for repairing tools that are exposed to high temperatures, maintaining weld integrity even under significant thermal cycling, which is critical in high-performance industrial settings.

P20 Laser Welding Wire

P20 laser welding wire is a low-carbon mold steel wire known for its excellent machinability, toughness, and resistance to wear. It is commonly used in the tooling industry for repairing plastic injection molds and diecasting dies. The wire contains chromium, manganese, and molybdenum, which give it moderate hardness and make it easy to machine and polish. P20 wire provides good weldability, enabling precise repairs and modifications without causing distortion. Its properties are ideal for applications where molds undergo frequent use and moderate stress, ensuring reliable repairs and extending the service life of expensive tooling.

SKD11 Laser Welding Wire

SKD11 laser welding wire is a high-carbon, high-chromium tool steel wire known for its superior hardness, toughness, and wear resistance. It’s ideal for repairing high-wear parts and cutting tools due to its high resistance to abrasion and thermal softening. SKD11 wire is widely used in die repair, especially for components involved in stamping and punching, where the wire’s toughness helps maintain sharp edges. The alloy composition of SKD11, which includes chromium, molybdenum, and vanadium, provides excellent stability and weld quality, making it perfect for high-precision applications requiring extreme durability and resistance to deformation.

Conclusion

Each type of laser welding wire serves distinct purposes based on the material composition and intended application. Selecting the right welding wire is essential to ensuring optimal weld quality, durability, and performance. From the corrosion resistance of stainless steel to the lightweight properties of aluminum and the high-temperature resilience of cobalt alloys, the variety of laser welding wires enables manufacturers to tailor welding processes to specific industrial needs, enhancing efficiency and product longevity. 

To get more information, visit 

[lllouisblog]

Comprehensive Guide to Essential Crusher and Equipment Parts

In the heavy machinery industry, maintaining the efficiency and longevity of equipment is paramount. The following is a detailed guide on various crucial parts for crushers and other heavy machinery, which are essential for optimal performance. This guide will also highlight the significance of using high-quality parts to ensure durability and productivity.

Crusher Parts

1. Cone Crusher Parts

Cone crushers are pivotal in mining, aggregate production, and mineral processing industries. Key components include:

- **Mantle and Concave:** Essential for the crushing process, ensuring material is broken down efficiently.

- **Eccentric Assembly:** Provides the gyratory motion needed for crushing.

- **Main Frame and Adjustment Ring:** Support and adjust the machine's output size.

2. Jaw Crusher Parts

Jaw crushers are crucial for primary crushing in mining and construction. Important parts include:

- **Jaw Plates:** Made from manganese steel, these parts crush material.

- **Toggle Plates:** Provide safety and are adjustable for controlling output size.

- **Pitman and Flywheel:** Ensure motion and balance of the crusher.

3. Impactor Blow Bars

Used in impact crushers, blow bars crush material upon impact. They are typically made from high-chromium or manganese steel for durability.

4. Vertical Roller Mills Roller or Tire

In vertical roller mills, rollers or tires are essential for grinding materials. High-quality, wear-resistant materials ensure longevity and efficiency.

5. Hammer Mills Hammers

Hammers in hammer mills are used for grinding and shredding materials. They must be durable to withstand high-impact operations.

6. Wear Blocks

Wear blocks are protective components used in various machinery to prevent wear and tear, extending the life of the equipment.

7. Cutting Edge

Cutting edges are critical for machinery used in excavation and material handling, providing precision and durability.

8. Storage Shelter

Storage shelters are used to protect equipment from environmental elements, ensuring they remain in good condition.

9. Stretch Hood Tube

Stretch hood tubes are used for packaging and securing products during transport and storage, providing protection and stability.

10. Crusher Parts

A broad category that includes various essential components for different types of crushers, ensuring their proper function and longevity.

11. Excavator Bucket Teeth

Bucket teeth are used on excavators for digging and material handling. They must be tough and wear-resistant to handle harsh conditions.

12. Skid Steer Loader Parts

These parts include attachments and components that enhance the versatility and functionality of skid steer loaders.

13. Equipment Attachment

Attachments are used to enhance the capability of machinery, allowing them to perform a variety of tasks efficiently.

Importance of High-Quality Parts

Using high-quality parts for crushers and heavy machinery is crucial for several reasons:

- **Durability:** Ensures parts withstand harsh operating conditions and reduce the frequency of replacements.

- **Efficiency:** High-quality parts improve machine performance, leading to higher productivity.

- **Cost-Effectiveness:** Although high-quality parts may have a higher upfront cost, their longevity and performance result in lower long-term costs.

- **Safety:** Reliable parts ensure the safe operation of machinery, protecting operators and reducing the risk of accidents.

Maintaining heavy machinery and crushers requires using durable and efficient parts. From cone and jaw crusher parts to attachments and wear blocks, each component plays a critical role in the machine's performance and longevity. Investing in high-quality parts ensures that your machinery operates efficiently, safely, and cost-effectively, ultimately enhancing productivity and profitability in various industries, particularly in Canada's resource-rich sectors.

For more information on sourcing premium parts for your crushers and heavy machinery, explore the extensive range offered by reputable suppliers to keep your equipment running at its best.

[chhajedalloys]

Alloy Steel Sheets & Plates Suppliers 

Alloy Steel Plates Supplier is defined as having 1.5% to 5% total alloy content. Its common alloying elements are manganese, silicon, chromium, nickel, molybdenum, and vanadium, which contain as many as four or five of these alloys in varying amounts. which is been used by the manufacturers who works with petrochemical industries, oil and gas industries, chemical industries, shipbuilding etc. Alloy steel wear plates is a smooth, chromium carbide rich overlay plate manufacturers and Supplier by a patented production process maximizing abrasion resistance and reducing hang up.

Alloy Steel Sheet is been designed from alloys such as chromium, molybdenum, nickel, manganese, silicon so on, they are industrial product that is generally used in various industries applications. 4130 alloy steel sheet is low-alloy steels containing chromium and molybdenum as strengthening agents. It provides good strength and toughness, weldability and machinability. Alloy steel 4340 sheet is a heat treatable low alloy steels which contains nickel, chromium, molybdenum, they are commonly used for heavy duty industrial, aerospace and automotive applications.

It has high strength and toughness in heat treated condition. 6150 alloy steel sheet is useful in heavily stressed machinery parts including gears, shafts, hand tool components and pinions. It is a fine grained, highly abrasion resistant carbon-chromium alloy steel. Alloy Steel Plates Grades are ASTM A387 Gr 5, ASTM A387 Gr 9, ASTM A387 Gr 11, ASTM A387 Gr 12, ASTM A387 Gr 22 and ASTM A387 Gr 91.

Alloy steel sheets and plates are high-strength materials that combine iron with other elements such as chromium, nickel, manganese, molybdenum, and vanadium. These alloying elements enhance various properties of steel, such as strength, hardness, toughness, and corrosion resistance. Alloy steel sheets and plates are widely used in industrial applications where high performance, durability, and wear resistance are essential.

Key Features

High Strength: Alloy steel sheets and plates can handle heavy loads and high-pressure environments.

Corrosion Resistance: Alloying elements like chromium and nickel make these plates resistant to rust and oxidation.

Wear Resistance: With elements like manganese and molybdenum, these materials are ideal for abrasive environments.

Toughness: Excellent resistance to mechanical stress and fatigue in challenging conditions.

Weldability: Modern alloy steel grades are designed to be easily weldable, even for structural applications.

Specifications

Thickness: Ranges from 3mm to over 100mm depending on the application.

Width and Length: Standard widths are 1000mm to 3000mm, and lengths can go up to 12,000mm or more.

Grades: Common grades include ASTM A387, ASTM A572, EN 10028, and AISI series steels.

Surface Finish:

Hot Rolled (HR): Suitable for structural and industrial applications.

Cold Rolled (CR): Offers a smoother finish, used for precise applications.

Standards: Products often comply with international standards like ASTM, ASME, EN, or JIS.

Advantages

Long service life in harsh conditions.

Customizable grades and compositions to meet specific application needs.

High machinability and compatibility with modern manufacturing processes.

Ability to perform well under extreme temperatures and pressures.

Common Grades and Compositions

Grade 4130: Known for high strength and low weight; used in aerospace.

Grade 4140: Offers excellent wear resistance and toughness; used in tools and machinery.

Grade A387: Designed for high-temperature environments in pressure vessels.

Chromium-Molybdenum Steels: High corrosion and heat resistance.

For more information

Contact: 9821513630 , 9321113630 , 02223861894

Address:

Office No 7, 42/46, Mughbat Lane, Shantaram Chawl, Girgaum, Mumbai - 400 004..

Email id: info@chhajedsteel.com

[ananka-fasteners]

Understanding Grade 12.9 Hex Head Bolts

Where the fasteners for securing machinery and structural parts are concerned, Grade 12.9 hex head bolts stand out due to their strength, durability, and reliability. In the following paragraphs, learn about the material, mechanical properties, applications, advantages, and a detailed FAQ section about Grade 12.9 hex head bolts.

What are Grade 12.9 Hex Head Bolts?

Class 12.9 hex head bolts are extremely strong fasteners. They often apply to applications where superior performance and reliability are required. The "12.9" in bolt designation refers to tensile strength, meaning that the bolt must have a minimum tensile strength of 1200 MPa and yield strength of 1080 MPa. These individual fasteners are identified by their hexagonal heads through which fasteners can easily be installed and withdrawn using standard tools. 

Composition of the Materials

Grade 12.9 bolts are normally made from alloy steel material, that is, carbon steel alloyed with various elements such as manganese, molybdenum and nickel. This improves the bolt's mechanical properties due to which it can be utilized under conditions of high stress. 

Normally, material composition includes the following: 

Carbon (C): Up to 0.40% 

Silicon (Si): Up to 0.40% 

Manganese (Mn): 0.60% to 0.90%

Molybdenum (Mo): 0.15% to 0.30%

Nickel (Ni): 0.40% to 0.70%

A common process in heat treatment is quenching and tempering. As a result, grade 12.9 provides significant strength.

Mechanical Properties

The mechanical properties of the Grade 12.9 bolts play a major role in successful high level applications. Those include:

Tensile Strength: Greater than or equal to 1200 MPa (Mega Pascals, which is the maximum tensile stress material can undergo without breakage.

Yield Strength: At least 1080 MPa, stress at which the bolt will deform permanently.

Elongation: Generally about 8-10%, amount by which bolt will extend before breaking.

Hardness: Typically measured on the Rockwell scale, usually, grade 12.9 has a hardness between 33-39 HRC (Rockwell Hardness Scale).

All these properties make bolts Grade 12.9 the best to use in many demanding environments: Both automotive and aerospace industries, among others within the construction area.

Applications of 12.9 Grade Hex Head Bolts

The 12.9 grade hex head bolts can be found in a variety of applications:

Automotive: Assemblies include engine, chassis, and suspension systems.

Aerospace: Applications where strength-to-weight ratio is essential in structural members

Construction: Heavy machinery, cranes, and structural members

Manufacturing: Equipment assembly where there is a need for strength fasteners in order to maintain stability and safety.

Higher Strength: Bolts Grade 12.9 have strength greater than that of the lower grades and hence are used for applications where loads are heavy.

Resistance to Wear, Fatigue, and Corrosion: The Bolts have high resistance against wear, fatigue, and corrosion due to which they can be used for long durations.

Versatility: The wide variety of sizes and lengths makes Grade 12.9 Bolts useful in many fields.

Safety: One of the strong bolts through which integrity of assemblies is ensured and mechanical failure is prevented.

Conclusion

Grade 12.9 hex head bolts possess excellent mechanical properties, durability, and versatile use to be increasingly applied in high strength fastening applications across industries. They have a claim in any highly sensitive application because people seek extreme strength, durability, as well as resistance against deformation while dealing with high-performance fasteners. When selecting fasteners for your work, take into consideration the particular requirements of your application and how Grade 12.9 bolts may benefit you.

Frequently Asked Questions

What is the difference between Grade 12.9 and other grades of bolts?

Grade 12.9 bolts have a higher tensile strength as compared to grade 8.8, 10.9, etc. This makes the bolts usable in applications involving higher loads and stresses.

Are Grade 12.9 bolts usable in corrosive environments?

Grade 12.9 bolts have a reasonable amount of strength and resistance toward corrosion. However, the bolts are not designed to be rust and corrosion resistant. Coatings or materials of appropriate kinds are to be used for the application of grade 12.9 bolts in corrosive environments.

How should the Grade 12.9 bolts be tightened?

You must notice that you should observe the manufacturer's recommended specification of torque settings when tightening Grade 12.9 bolts. A calibrated torque wrench assures that no over- or under-tightening will be applied on the bolts, thus compromising their integrity.

Are Grade 12.9 bolts reusable?

Grade 12.9 bolts may be reused but should always be inspected for signs of wear, deformation, or damage before being reinstalled. Where a bolt indicates distress, best substitute it with an equivalent high-strength bolt.

Where can I source Grade 12.9 hex head bolts?

Grade 12.9 hex head bolts are readily available in industrial supply stores, fastener distributors, or online resellers who deal in industrial parts. The supplier needs to provide a quality certificate for the bolts.

With an understanding of properties and applications of Grade 12.9 hex head bolts, you can make the right choice for use in projects with an assurance of reliability and safety for your mechanical assembly.

[rajkurpa]

Learn About the Types and Uses of Round Aluminum Bronze Bars at Rajkrupa Metal Industries

Rajkrupa Metal Industries is one of the Premium Quality Aluminium Bronze Round Bars Manufacturer In India. We have purposefully established ourselves as a premier producer and vendor in the global market for aluminium bronze round bars because of our superior technical and corporate people capabilities.

Round bars made of aluminium bronze are an alloy that contains silicon, nickel, iron, manganese, and copper in addition to aluminium. This alloy has a strong resistance to corrosion, superior electrical and thermal conductivity, and high strength. Round bars made of aluminium bronze are frequently used in a variety of sectors because of their special set of qualities. The following are some varieties and uses for round bars made of aluminium bronze:

Types of Aluminium Bronze Alloys:

C63000 (AMS 4640):

This alloy has a reputation for being extremely strong and resistant to corrosion. It is frequently used in settings like maritime situations and the aerospace sector, where wear resistance is essential.

C95400 (9C): 

Because there is more aluminium in this alloy, it can be used in situations where great strength and hardness are required. It is frequently used in demanding applications like bearings and gears.

C62400 (AMS 4590): 

Because of its exceptional wear resistance, the C62400 alloy is frequently utilised in parts like valve seats, gears, and bushings.

C63020 (UNS C63020): 

Similar to C63000 alloy, C63020 alloy has more nickel, which improves corrosion resistance. It works well in maritime applications and other settings where corrosion is an issue.

Applications of Aluminium Bronze Round Bars:

Marine Applications: 

Round bars made of aluminium bronze are frequently seen in maritime settings because of their superior resistance to corrosion. They are utilised for parts including valve parts, maritime hardware, and propeller shafts.

Aerospace Industry: 

Aluminium bronze is a good material for aircraft applications because of its high strength and resistance to corrosion. It is utilised in parts such as bearings, bushings, and landing gear sections.

Oil and Gas Industry: 

Round bars made of aluminium bronze are utilised in the oil and gas sector, especially in equipment that is exposed to corrosive conditions. They are utilised for drilling equipment, pump parts, and valve components.

Heavy Equipment Manufacturing: 

Certain alloys of aluminium bronze have great strength and resistance to wear, which makes them ideal for use in heavy-duty machinery such bearings, bushings, and gears.

Chemical Processing:

Equipment used in chemical processing uses aluminium bronze because it is resistant to corrosion from a variety of substances. It is used in fittings, pumps, and valves.

Electrical Components: 

Aluminum bronze has strong electrical conductivity, which makes it useful for switchgear components, electrical connections, and other electrical applications.

Automotive Industry: 

Aluminium bronze round bars can be used for gears, bushings, and bearings in some automotive applications where high strength and resistance to corrosion are necessary.

It's crucial to take the climate, the required mechanical qualities, and the particular needs of the application into account when choosing an aluminum bronze alloy.Talk about any impending advances in science or technology. 

We have manufacturers of round bars made of aluminium bronze all throughout India, including Aluminum Bronze Round Bars Manufacturer in Pune, Aluminum Bronze Round Bars Manufacturer in Mumbai , and Aluminum Bronze Round Bars Manufacturer in Bengaluru.

[svstainless12]

Stainless Steel 316L Sheets

One of the top exporters, suppliers, and stockists of a variety of metal works is Shree Venktesh Wires and Steels Pvt Limited. We've been offering our services all around the world. SS 316L sheets are a part of our product line. In many different manufacturing industry divisions, this commodity is among the most sought-after steel grades. This product has an exceptional amount of nickel components, which offers remarkable corrosion-proofing characteristics. We collaborate with Jindal Stainless Limited to manufacture sheets made of stainless steel in grades 316 as well as additional stainless steel grades. To satisfy our customers' needs, we offer the best  jindal ss sheet price and 316L sheets in a variety of sizes, dimensions, and thicknesses.

Characteristics of jindal ss 316L sheet:

Higher creep resistance

Excellent formability.

Rupture and tensile strength at high temperatures

Corrosion and pitting resistance

Specification/grades of jindal ss 316L sheet:

Standards of Jindal ss 316L sheets:

Standards: ASTM A240 / ASME SA240

Width: 1000mm, 1219mm, 1500mm, 1800mm, 2000mm, 2500mm, 3000mm, 3500mm, etc

Thickness: 4mm-100mm

Length: 2000mm, 2440mm, 3000mm, 5800mm, 6000mm, etc

Surface Finish: 2B, 2D, BA, NO.1, NO.4, NO.8, 8K, hairline, sand blast, Brush, etching, Hot rolled coil (HR), Cold rolled coil (CR), SATIN (Met with Plastic Coated), etc

Hardness: Soft, Hard, Half Hard, Quarter Hard, Spring Hard, etc.

Form: Coils, Foils, Rolls, Plain Coil, Shim Coil, strips, Flats, Blank (Circle), Ring (Flange), etc.

Applications of Jindal ss 316L sheets:

A wide range of applications and industries use jindal stainless steel 316 sheets.  

Below are a few of them:

Petrochemical Industry

Oil and Gas Industry

Chemical Industry

Power Plant Industry

Energy Industry

Pharmaceuticals Industry

Pulp & Paper industry

Food Processing Industry

Aerospace Industry

Refining Industry and many more.

Uses and Purpose of Jindal ss 316L sheets:

Jindal ss 316L sheets have a high tolerance to corrosion, outstanding resistance to oxidation, and exceptional grade strength thanks to their high chromium and nickel content. The maximum melting point of stainless steel 316L sheets is 1399 degrees Celsius (or 2550 degrees Fahrenheit). They have incredible yield and tensile strength ranges. Its range of elongation is the widest, at 35%. They also contain the elements carbon, manganese, silicon, phosphorus, sulfur, chromium, molybdenum, nitrogen, and nickel because they are a member of one of the 300 families.

Jindal steel dealers provide perforated sheets made of Jindal ss 316L sheets that are extensively used in the welding, electrochemical, mechanical, and construction industries. Hot rolled sheets made of Jindal ss 316L sheets are specifically created to have features like unprecedentedly high withstanding resistance to corrosion brought on by liquids, hardness, and temperature fluctuation resistance.

How to choose:

Jindal steel wholesale dealer of Stainless steel is one of the biggest components and material used for various applications, industries and projects due to its weldability, durability, flexibility and corrosion resistance. And it is very crucial to choose the right preferable needs for the application.

To help you understand and choose the right Jindal ss 316L sheets, you have to consider the following points:

Temperature: Temperature should be considered when choosing the required sheet for the application. It is crucial to have or choose a high temperature resistance material while using it for any industry or application. Our Jindal ss 316L sheets has a good heat resistance to temperature and environment, with above 843 ℃ (1550 ℉) and below 454 ℃ (850°F)

Durability: A strong material is defined by its durability to withstand heat, corrosion, temperature, pressure, wear and tear, environmental changes. Our 316L stainless steel sheet is highly corrosion resistant making it a highly durable material that can be used.

Weldability: The carbon present in the material and sheet determines the weldability, increase in carbon reduces the materials weldability. Our Jindal ss 316L sheet has 0.008% of carbon present in the stainless steel sheet making it form or weld according to preference and needs.

Hardness: Materials like stainless steel sheets are highly used due to its property like hardness that defines its material and its resistance to contortion, abrasion, infiltration, and indentation. Our  Jindal ss 316L sheets have a hardness of 79 Rockwell B which is best suited for projects, more inclined towards friction.

Summary and conclusion:

Quality Testing of Stainless Steel 316L sheets:

To ensure its quality, our Jindal ss 316L sheets are put through a number of tests and inspection procedures. These tests are required to provide a product that is free of flaws. These tests may also include chemical analysis, third-party inspection, radiography, and durability tests in addition to tests for corrosion resistance, flattening, flaring, and tensile strength.

For More Information:

Visit Our Website:  https://www.svstainless.com/

Contact No:  +91-98197 67456

E-Mail ID:  sales@svstainless.com