#breathable air cartridge

[ultimateoptimus]

Young Frogman Fubblegum

Full Title: "Young Frogboy Finn And Young Froggirl Princess Bubblegum"

An aquadorably retro Frogman Fubblegum piece of mine starring Young Finn Mertens and Young Princess Bubblegum as young Water Park Prank Scuba School Students - both age 13 - set in the days of the episode "Too Young" and the setting and story of "Water Park Prank", all suited and geared up in their unique and colorful wter park swimwear and scuba gear and ready for SCUBAdventure, be it in the deep ends of the Olympic size and depth school swimming pools and water park pools through deep diving tanks through Pre-'Shroom Wars and Post-'Shroom Wars Flooded Underwater Dungeons to the great open waters of the beaches and oceans of the land of Ooo, the Islands of Man and the waters beyond as two of the bravest little kids who ever adventured out in the world... and perhaps under the waters of the world find and embrace True Young Love.

Young Finn the Retrofuture Replica Four-Color Hero-Frogboy is clad in his Young Helper's Boys' One-Piece Beachbody Swimwear, Swim Gloves, Swim Socks and white Young Helper's Swim Cap and Swim Goggles, Young Helper's Dive Sword Sheath with the Finn Sword from the Future, Young Helper's ABC Kit (Mask, Snorkel, Fins) and Young Helper's Horsecollar Autoinflating Dive Vest with Mini-Air Bottle, Breathable Air Cartridge and SCUBAllute Inflators, Hardshell Backpack Double Air Tank and Double Hose Regulator SCUBA Rig and Young Princess Bubblegum the Japanese Anime Hi-School Hi-Tek Froggirl is clad in her Young Princess' Girls' One-Piece Racing Swimwear, Swim Gloves and Young Princess' Royal Crown Swim Cap and Swim Goggles, Young Princess' Swim Kickboard, Young Princess' Dive Mask and Dive Fin Socks, Young Princess' Girls' Dive Jacket with Breathable OxyCola Air Cartridge and SCUBAllute Inflators, OxyCola Bottle Banana Hardshell Air Tank and Snorkelator SCUBA Rig.

Oh yes: and Young Frogboy Finn's and Young Princess Bubblegum's SCUBA Rigs are equipped with both Breathable Air-Inflated Rapid Ascent Dive Jackets and SCUBAllutes, need I remind you.

Frogboy Finn's Emergency Dive Vest Inflator Ripcord is located on the bottom edge of his horsecollar vest and his SCUBAllute Inflator Ripcord on the front pocket of the vest - both right handed. Froggirl Bubblegum's Emergency Dive Jacket and SCUBAllute Inflator Ripcords are on her Banana Hardshell's front-facing side - the left-hand ripcord deploys her SCUBAllute and the right-hand one her Dive Jacket.

And both Frogboy Finn and Froggirl Bubblegum know what time it is...

"ADVENTURE TIME!!!"

@aae-demon-zone333

@ppgxrrblove

@fubblegummers

@fubblegumappreciation

[eli-whitetail]

“Don’t shoot! I’m unarmed!”

Random Sentence Starters:

It had taken them so dang long to get this far south. The north was still poisoned and perilous, and their journey had been a leap-frog of sorts from old Whitetails cache to the next where the could find replacement cartridges for gas-masks, or better protective clothing. A tic-tack across the state park they had all once loved, but the bombs had ravaged the mountains, lingering over the higher ground without mercy.

The change in terrain from the Whitetail mountains to the Henbane had been obvious and welcome; the sky brighter, air breathable and safe. But the land had changed; vague landmarks echoed at them, changed and damaged over the years, and some places looked completely different. Holland Valley's rolling plains of grasses and arable farm fields were gone and endless sand dunes existed there instead.

Picking the way across for his small group, Eli kept an eye out at the front and Tammy brought up the rear. They had been through too much to get ambushed now. There were signs for a place called Prosperity that claimed safety for anyone. So they followed them, even if they made no sense; the only Prosperity he had known was across the river and that weird Tweak kid had made it into a strange firing-range of a town.

There was movement in the undergrowth of the forested section they came to and Eli raised his old assault rifle just as the woman's eyes met his and her hands shot into the air. "Don't shoot! I'm unarmed!"

The rifle stayed where it was, but his finger wasn't on the trigger. Instead, Eli was scanning this woman up and down and trying to decipher what faction she might belong to. She had regular clothing on; worn faded jeans, scuffed boots and a threadbare sweater. A rifle hung across her back and basket for foraging was on the ground by her feet.

"Who are you with? Prosperity, the peggies or those motorcycle assholes?"

[unitedventures]

Effective Acid Gas Protection

The United Venture Acid Gas Cartridge 6003 provides reliable protection against hazardous gases. Designed for safety and comfort, it ensures breathable air in industrial environments. Ideal for professionals prioritizing health and safety. https://unitedvco.com/product/3m-acid-gas-cartridge-6003-07047-aad/

[parknonwovenindia]

10 things to keep in mind about medical nonwoven fabrics

Medical non-woven fabrics, as the ultimate packaging materials for sterilised medical products, and for significant medical applications such as body coveralls, sheets, caps, covers, face masks filter media and more. These medical nonwovens have undergone continual update and innovation owing to the swift development and supply need. The reasons are its sustainability, durability, and range of purposes.

Medical nonwoven fabrics have effectively entered the disinfection supply. Manufacturers are further supplying to various hospitals and pharmacies, making it one of the most critical parts of the medical supplies of the healthcare and hygiene industry.

You must pay attention to these ten features of medical nonwoven fabrics in order to monitor their quality.

Medical nonwoven fabrics differ from nonwoven fabrics in general and composite non woven fabrics in particular.

General non-woven fabrics do not have bacteria resistance.

Composite non-woven materials offer a good waterproof performance and low air permeability and are used in surgical gowns and surgical bedsheets.

Spun-bond, melt-blown, and spun-bond (SMS) methods are used to create medical nonwoven fabrics. It’s made by pressing and offers antibacterial, hydrophobic, breathable, and dander-free properties. It is used for sterilised items’ final packaging. It is disposable need no cleaning.

Non-woven fabric quality criteria: Medical non-woven fabric used for the coverall, suitable media for surgical wears, coverall, shoe covers and hair caps, surgical face masks, particulate respirators, and cartridge filters, sanitized medical equipment must meet the physical and chemical requirements.

Non-woven fabric is safe to use: The correct term for medical nonwoven fabric is typically 2 to 3 years, with the validity period of products from different manufacturers varying somewhat. Please follow the usage instructions.

The sterile objects packaged in medical non-woven fabric should have a 180-day expiration date and must not get affected by sterlization. The nonwoven fabric used to filter media for masks, coverall, suitable media for surgical wears should have a weight of 55 to 95 GSM.

When using medical non-woven fabric to package coverall, suitable media for surgical wears, coverall, shoe covers and hair caps, surgical face masks, particulate respirators, and cartridge filters, one must adopt a closed packaging method. Nonwoven fabrics should be packaged in two layers. Repeated folding can create a lengthy curving channel that keeps microbes out of the package.

The internal results are often altered after high-temperature sterilisation of medical non-woven fabric, affecting the sterilisation medium’s penetration and anti-bacterial effectiveness. As a result, medical nonwoven fabric should not be sterilised many times.

Due to the obvious hydrophobic qualities of nonwoven textiles, bulky and heavy metal equipment may be sterilised at high temperatures, and condensation water forms during the cooling process, making wet packs simple to make. As a result, pad water-absorbing materials in large equipment packages, limit the sterilizer’s loading capacity appropriately, leave spaces between sterilisation packages, extend the drying time correctly, and avoid wet bags.

Medical non-woven fabrics are related to the sterilising quality of medical devices, despite the fact that they are not medical equipment. Due to the reason that they ensure sterility, hence impacting the overall sterilization quality of the medical device when used as a packaging material.

Quality of the nonwoven fabric: To assure the quality of the items utilised, check the physical and chemical qualities of the medical non-woven fabric.

PARK Nonwoven owns the most advanced melt-blown line and the latest technology assures a steady, stable quality for various mask media such as — surgical face masks, particulate respirators and cartridge filters.

[yashallied]

Reusable Respirators Market: To See Incredible Growth During the Forecast Period 2023–2030- Allied Market Research.

Reusable respirators are covered mask protecting from the harmful effect of gases, vapors throughout many working environments, it represents a cost-effective and comfortable method of protecting workers from the harmful effect. Reusable respirators are used for protection in various industries, such as the painting industry, chemical industry, oil and gas industry, and road surfacing. The reusable respirator mask also used in the health care industry to protect patients in case of emergency respiration problems. The reusable respiratory market is segmented into the type of product full-mask and half-mask category.

COVID-19 Scenario Analysis: 

The outbreak of COVID-19 has brought a positive impact on the respiratory mask industry, the sudden spike in the demand for masks due to protection from the virus outbreak. The massive demand for reusable respiratory masks in the market due to safety concerns from the virus. The sales and revenue mask are the highest peak in the graph, the producer and seller impartial effort on providing supplies in the market as per consumer needs.

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Top Impacting Factors: Market Scenario Analysis, Trends, Drivers, and Impact Analysis

Increasing the awareness of safety standards and measures of workers in chemical and gas industries lead to significant growth of reusable respiratory mask in the market. The government made safety measures policies in industry practices to protect workers from hazard effects, respiratory masks should be compulsory in a toxic environment. The current virus outbreak trends change the sudden demand for reusables respiratory make manufacturers to producer more and more in the market. The Reusable Respirators Market is a highly competitive and innovative drive in the coming years. The presence of wellestablished players all over the distinctive distribution channels such as E-commerce and supermarkets and pharmaceutical stores.

The global reusable respirators market trends are as follows:

New product launches to flourish the market

The Reusable Respirators Market is highly competitive and innovative in terms of safety, quality, and cost of products. The market is characterized by the presence of international and regional players are increasing their impression in e-commence and the digital platform also. The manufacturer focusing on a market and developed its strategies to compete in the flourishing market.

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Increased filter area using pleats, Filter media of expendable respirator can be pleated so it includes the surface area to the disposable respirator. This innovation is regularly utilized for reusable respirators, particularly the high-efficiency particulate air cartridge filters. Including this highlight to disposable masks generally includes more breathability, lower resistance, and greater life span of the filter. 

A surge in the usage of industrial application

The surge in demand for respirators that are created by a pandemic, the respirator supply chain may be interrupted by other factors such as worldwide meteorological occasions, changing trade policies. The potential for an enormous worldwide surge in the demand for personal protective equipment makes a challenge for producers, providers, and health care leaders in planning how to meet the safety needs of their laborers. Respiratory protection efforts are also critical to routine health care, For example, care for patients with tuberculosis and so, clinics and other health care facilities are mandated in the United States to establish and maintain respiratory protection programs. The joint efforts of the facility's disease prevention and control, occupational health and safety, and industrial hygiene programs are focused on making a secure and healthy work and patient care environment

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Key Benefits of the Report:

This study presents the analytical depiction of the Reusable Respirators market along with the current trends and future estimations to determine the imminent investment pockets.

The report presents information related to key drivers, restraints, and opportunities along with a detailed analysis of the global Reusable Respirators market share.

The current market is quantitatively analyzed to highlight the global Reusable Respirators market growth scenario.

Porter’s five forces analysis illustrates the potency of buyers & suppliers in the market. 

The report provides a detailed global Reusable Respirators market analysis based on competitive intensity and how the competition will take shape in the coming years.

About Us:

Allied Market Research (AMR) is a full-service market research and business-consulting wing of Allied Analytics LLP based in Portland, Oregon. Allied Market Research provides global enterprises as well as medium and small businesses with unmatched quality of "Market Research Reports" and "Business Intelligence Solutions." AMR has a targeted view to provide business insights and consulting to assist its clients to make strategic business decisions and achieve sustainable growth in their respective market domain.

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[ultimateoptimus]

It only so happens just in time to see the SpaceKid Twins themselves Lucián and Longina in their brand new Frogman Forme MerDiver Modes swimming circles around her did SCUBAMizu Retro Rig Creepie Treattricker eclose - that is pop and wiggle her swimsuit clad self - out of her BubbleCocoonGun SCUBA Cocoon like a true insect underwater SCUBA style in her brand new Retro Rig Horsecollar Dive Vest with Mini-Air Bottle, Main Air Tank and Breathable Air Cartridge Inflator with Integrated Inflator/Octopus (currently fully inflated with breathable air like a balloon), Ladybug Hardshell All-In-One SCUBA System and Soda Can Double Hose Regulator and Buddy Tube Octopus Regulator.

The SpaceKid Twins who happen to have their Super Soaker Big Guns locked, loaded with water and ready for some underwater SCUBA Super Soaker action.

What a water world of difference hours, minutes and seconds in the SCUBA BubbleCocoonGum make.

Lucián and Longina: Haaaah… hooooblblbl… haaaah… hooooblblbl… haaaah… hooooblblbl… Good morning and happy Eclosion-O'-Clock, BugGirl!

Longina: Haaaah… hooooblblbl… Hope you enjoyed your time in your BubbleCocoonGum… Lucián: Haaaah… hooooblblbl… … are enjoying your new Retro Rig…

Lucián and Longina: Haaaah… hooooblblbl… … and ready for some SCUBA Super Soaker action!

Lucián: Haaaah… hooooblblbl… Oh yeah. Haaaah… hooooblblbl… Hours in your BubbleCocoonGum has that effect on ya, BugGirl.

Open RP

The familiar hissing of oxygen being exhaled could be heard near the Sugar Rush docks as Creepie waited for someone to join her for scuba diving

[sleepyhollands]

could i request a peter parker blurb where he’s dating bucky’s daughter?

peter had everything ready. he had karen set his suit to stealth mode, and his web shooter cartridges were locked and loaded, with extras on hand.

y/n was in another tent, also suited up, strapping a gun to her hip, and a knife to her thigh. the black fabric was tight but breathable, which made for good flexibility when in combat.

but it wasn’t supposed to come to that tonight. this was a stealth op, to gather intel only. mr. stark made that very clear.

it was y/n, peter, and her uncle steve, hidden in tents in the woods as they waited for the daylight to fade. mr. stark had made them, so they were obviously kitted out with heat insulators, wifi, basically anything they might need.

peter figured now was the best time to do it. this was the only mission he’d gone on with y/n without her dad involved, and he might not get another chance like this. so he stepped out of his tent and took in the fresh air.

he looked over to y/n’s personal tent, watching the sides of it move whenever she brushed against it from the inside. steve must’ve been busy in his own, because he wasn’t outside.

walking over to the zipper opening of the tent, which was currently closed, peter whispered, “hey, y/n?”

he heard a muffled “yeah?” from inside.

“uh, can i, um, come in?”

he waited a few moments for her reply, and was almost startled when she unzipped the opening to let him in.

“hey,” y/n breathed, stepping back to give him some room.

“hey.…” he dragged out the word as he walked around the little space, eyeing the different weapons she had laid out around the place.

“woah,” he said, picking up a rifle, “your dad teach you how to shoot this?”

y/n sighed. “i guess. i prefer pistols, but those come in handy sometimes too.”

peter looked down at his mask in his hands, then looked back up at her. y/n looked so badass, like a younger black widow, which would make sense since she was mostly the one who trained her. he admired the girl’s features and how she moved with such ease, a very useful asset in the field.

but he’d probably been staring for too long, because y/n’s voice pulled him from his thoughts.

“why’re you looking at me like that?”

her brows were furrowed and peter couldn’t help but wonder how she managed to look so adorable with a gun attached to her person. y/n wasn’t much more than a few months younger than him, but he still felt plenty protective over her, as well as really attracted to her.

“oh, sorry.” he looked back down at his mask. y/n smiled softly, clicking the safety off her gun and shoving it back into its holster.

c’mon peter, he thought to himself. don’t chicken out now.

“y/n, can i ask you something?”

“you just did, parker.”

he laughed nervously. “that’s... look, i just— i don’t think i’m gonna get another chance to tell you this without your dad finding me and beating me up after so... i— i’m just—”

“pete,” y/n interrupted him, “relax. whatever it is, just ask.”

peter sighed, preparing for the worst. he knew this could jeopardize their friendship, and therefore the mission, but he didn’t care.

“i was wondering— hoping that maybe... you’d wanna go to on a date with me?”

y/n blinked, not expecting that at all.

“it’s just that the midtown tech prom is next weekend and i wasn’t originally planning on going, but you— you know you only get so many high school dances, and i didn’t wanna miss out— but it’s fine! if you don’t wanna go, i mean, it’s fine. i can forget about it if you want—”

y/n giggled, making peter stop his rambling.

“what—?”

“peter, i’d love to go with you,” she grinned at him, making him let out a deep sigh of relief.

“oh, thank god, that was so nervewracking.”

y/n was about to respond, but was cut off by the sound steve entering the tent.

“hey, uh, you two lovebirds done in here? because we gotta get going.” he motioned behind him with his thumb, pointing it over his shoulder.

“what...? we’re not—”

“mhm,” he shot them a wink. “just don’t mess up the mission or i’m telling your dad.”

“hey!” y/n shot at him, but he was already heading back to his tent for last minute preparations.

peter laughed, and said, “guess we better not mess up the mission then, huh?”

y/n looked down, trying to hide a smile.

“yeah, i guess not.”

taglist: @definitely-not-black-cat @yoinkyourheart @quaksonhehe @hollandsamor @starkissedholland @caswinchester2000 @tokyodriift @joshuaparkers @jackiehollanderr @howdyherron @screamholland @carmwncrawford @nervousdadmode @multifandomdoodles121

[tenthspeedwriter]

Recon Three (A draft of a short story about a space orc)

“Recon three, approaching target. Going comms-quiet.”

“Understood, Three Preeminent. Good hunting.”

Captain Sallys slid the communicator back into its pocket in her armor, folded seamlessly against her serpentine body. Behind her, Bo checked her mag rifle with a nervous tic.

Yualith rebellions were nothing new in the cosmos--the fractious insectoid folk had dealt with internal struggles since well before their starfaring days--but humans in the Orion Peacekeeping Alliance were an entirely novel matter.

Bo, for her part, felt absolutely out of place. Back in the Solar Defense Force, she’d been a highly decorated marine: a master marksman, a dauntless survivalist, and an uncanny tactical wit. It was why she was chosen among the first five hundred to take part in her home arm’s united security front.

For her part, though, she might as well have been fresh out of boot.

This world, for starters, was nothing like home. She’d rooted out contraband enclaves on the cold canyons of Pluto, led formations on the dusty plains of Mars, and run dozens of drills under the hellish heat and pressure of Venus.

Gios, though? It was surreal to her.

Monolithic vegetation akin to fungus dominated the landscape, undergrown by lichens so rigid they scraped the paint from her shin plates. Sporeclouds stirred each time the wind blew and cut visibility to a few tens of meters. Even her life support system, for all it could do to filter out a wisp of breathable oxygen, left an acrid taste of ammonia in her throat.

She had no idea what tactical superiority even looked like in a place like this. After five years as a fire team leader and three as a platoon commander, it felt bizarre to her to be entirely beholden to the combat sense of another. Sallys had proven a reliable leader in training and a’ship, but this would be the first time Bo had ever followed her into a combat zone.

She trusted, as much as someone one knows only through their records can, her team leader. Regardless, she couldn’t shake the feeling of fighting blind.

Then there was the unit in which she found herself.

Captain Sallys, foremost, was of a serpent-like people called the Ixori. Their agility and marksmanship were unparalleled in the cosmos, and she’d seen twice as much combat in the last few years than Bo had in a lifetime.

Second in command was Warden Iommo. He stood barely a meter tall, yet had the aspect of a chameleon: incredible situational awareness, and skin that melded into the vivid colors of the landscape. He wore no camouflage--just a translucent ballistic vest and the kit on his back.

On point was Peacekeeper Abrox--a Gorolai whose resilience in battle was without peer. They were bipedal, manually dexterous, and of a meter and a half’s height, much like a human; yet, they could see and hear well past the spectra of homo sapiens. They further differed in their amber exoskeleton, upon which they nailed their battle plate like an old-age shoe upon a horse. Bo asked them once if it hurt; in return Abrox asked, “have you ever gotten a tattoo?”

Just behind him marched Peacekeeper Ojore, a Taelic. An tripedal fellow with leathery skin of a dozen brilliant hues, he carried an enormous recoilless rifle--not to mention the team’s allotment of explosive charges. His hands were as large as Bo’s head, yet when priming a detonator, they moved with a surgeon’s grace. For this mission he had daubed himself in deep fungal-brown pigment, giving him the image of an alpha predator in the shadows. (Bo, of course, knew him to volunteer in children’s creches and sing in the OPA All-Faiths Choir whenever ashore--but the foe didn’t need to know that.)

Then there was Mender Hali--a Kastarine. Bo had never cared for cockroaches, and though she was hardly proud of her prejudice, it didn’t sit well with her that a being who so resembles one was her medic. If he cared to stretch his limbs and lean upright, he would stand near to her chest--yet like most of his kind he scurried along the ground, his rigid digits quite comfortable on the unwelcoming terrain. 

And last, there was Bo. Peacekeeper Lashawna Boudicca. A mere human in a galaxy of fantastic creatures. She stood near two meters tall, a hundred kilos of muscle and grit, yet in the company she now kept she felt as feeble and clumsy as a suckling child. For all two decades of training did for her, Abrox could still lift her with gear and all single-handedly. Hali could outrun her with a sprained pedipalp--she’d seen him do it. Iommo could scale a ten meter climb before she’d so much as made her second step.

But here she was, marching into a fungal grove the likes of which she’d never seen, their designated marksman. These five put their faith in her covering fire, their lives in her aim.

She might have lost herself in her doubts, but the team’s march was cut short. Sallys raised a spindly hand and signaled them down low.

In the clearing ahead stood a blood-brood of Yualithi--a dozen razor-clawed beings each clad in the colors of the Gios rebellion. Most bore gas-actuated assault weapons with cruel-looking bayonets.

If the wind were to turn, or the sporeclouds dissipate for even a few moments, team three would be exposed and assailed in an instant. Mercifully, however, whatever orders the brood were waiting on came; they filed out in bored succession.

“Remember,” said Iommo in a hushed breath, “we’re not here for a firefight. We find that depot from the orbital scans, we drop a multiwave beacon for the artillery battalion, and we get the hell out.”

“I don’t think anyone has forgotten, Warden” said Sallys. He shot her a glance which she met immediately, and after a few stern moments, she signaled the team to carry on.

“I hope we don’t find a fight” said Ojore as they marched. “It would be so nice to have a peaceful operation for once.” He shrugged his weapon further back against its strap, apprehensive of it even still.

“Peaceful,” said Abrox with their best impression of human “air quotes.” “We have an objective. Anything between it and us is as good as forfeit.”

“Still,” added Hali, “it would be nice not to return covered in viscera. You lot have an awful way of staining my good uniforms.” He gave a chittering laugh, and Abrox along with him. The grimace on Ojore’s face was rather like Bo’s.

“Quiet, all of you” said Iommo with a hiss. “Our orders are to engage responsively, and that is all to say on the matter.” As soon as he turned his eyes back to the horizon, Bo saw Sallys’ tail-tip twitch in a circle--a gesture she’d learned was much like rolling one’s eyes.

Kilometers of alien vegetation passed beneath foot, tail, and claw, led with certainty by Abrox’s keen senses. They could see further through the sporish haze by naked eye than any targeting sensor--and they seemed just the slightest bit perturbed that the rest of the team fought to match their pace.

At last, silhouetted against the glow of the sky, their target came into view. Iommo leapt to the top of one a towering fungal spires to train an omniscope on the target. “It’s a match to the gamma signature from the scans,” he said. “Enough ammunition and fuel rods to supply this rebellion for weeks longer. Captain, shall we being our app--”

Without warning, Iommo’s perch burst out from underneath him. A hail of mass-reactive shells rained from the flank, and he plummeted toward the ground. “INCOMING FIRE!” cried Ojore as he reached out to catch his Warden. Sallys slapped Abrox’s shoulder as she advanced ahead. “Weapons hot, get to that hill line! Defilade, now!”

Iommo locked eyes with Ojore for a moment: first in bewilderment, then quickly-swallowed fear, then in burning displeasure. He laid his superior down on his feet with an awkward gentleness, and refrained from the urge to pat him on the head. Another volley pulped the vegetation that concealed them, and they put aside their differences to dive for cover.

Bo brought up her targeting sensors, following the tracers from Abrox’s assault-mag. Her first shot went wild into the alien flora. “No, dammit” she said to herself, “fire discipline.” She choked down the surge of adrenaline that followed the break of battle. Hali could smell it on her--he gave her a sideyed glare as he drew his sidearm.

An absurdity of humanity. One of the most dangerous combat drugs known to science--and humans simply dripped with the stuff when you so much as startled them. How they managed to form a single coherent thought in the throes of it was beyond him. Bo raised her head up again and, this time, ventured a longer look at her target. Three Yualithi on an emplaced weapon at four hundred meters; another nine barreling down upon them fifty meters closer. “They spent their surprise too early!” she said. “Targets at three-fifty and closing.”

“Then deal with them!” answered Iommo as he hunkered into cover, his carbine quite useless at such range. Bo’s training flashed through her mind. Prioritize: their heavy weapons were too far out to be accurate, but held them under suppression. Objectivize: clear the air for her allies before the foes closed on them. Actualize: …” She squeezed the trigger and sent a mag-driven bolt directly into the field gun’s frame. Its crew ducked for cover for a moment before resuming their barrage, and the stream of fire edged its way toward her. “Damn it all!” she swore, chambering the next cartridge. She’d only have time for one more shot, and there were three of the clackers to take down. “Mark that… whatever it is!” said Ojore as he drew his weapon. “Give me a bead, if you please!” “Trusting you here, Ojie!” she answered as she trained her sensors. She didn’t love the thought of shooting an enemy pointing high explosive armaments at her with an infrared dot instead of a mag-cartridge, but she knew he had the right idea. The gentle Taelic broke into a song of war as he hoisted his launcher high. “He’s really going to fire this one blind?” Bo thought as she steadied her barrel.

“Blood upon stone and ash upon coals…”

“I swear if you nip the canopy and frag us, I’m going to come back from the grave just to kick your a--”

Ojore’s weapon screamed and scorched the earth behind him to glass, his payload rockering skyward.

“Fear within hearts as the fire-wind blows…”

Bo held the lock as long as she could. Not until splinters of woody fungus rained onto her did she at last roll back into the cover of the hillside.

“Onward we march; to glory we rise…”

Ojore ducked beneath the fire that Bo drew and emerged just in time to guide his rocket himself to its destination. 

“Our lives we will gamble; our enemies die.”

The micro-atomic impact was nearly as deafening as the launch. Mass-reactive shells cooked off like the rolling of thunder, drowning out the screams of the weapon’s operators. “Good damn shot!” Bo said as she rolled over pat her comrade on the back.

“No time to celebrate,” Sallys interjected. “Troops closing fast; small arms, go!”

As Bo drew her sidearm and caught her breath, shame gutted her. She’d missed. She’d put her comrade in harm’s way because she’d been too panicked to make a single shot against a stationary target. She could almost hear her former sergeant scolding her from beyond the grave for her mistake. A rookie’s mistake. A fool’s mista--”

“Head in the battle, damn your glands!” cried Iommo, not content to let her sulk with foes bearing down.

He and Abrox, freed of their biggest threat, laid a fierce volley against the storming insectoids. Their entire exchange would bring down only a couple of foes, but it forced them into a covered approach and gave the fire team a valuable moment to prepare.

Ojore raced to load another rocket; by the time he could prime it, however, the target had drawn too close. Its safety sensors squacked at him in anger, and with a sigh, he shouldered it again. “So much for hoping, I suppose…” he said, as he reached instead for the enormous charges belted to his waist.

Bo had to admire his willingness to stick himself in harm’s way. The enemy’s scattered fire whizzed about him as he lobbed charge after charge over the crest of the hill. At last Sarrys flicked the safety on her own assault-mag. “Foe closing to ideal range; make your shots count!”

She wasted no time in leveling her fire. Two hard bursts--”That’s one for me,” she said proudly. “Two for me,” laughed Abrox as they swapped their magazine.

Regardless, recon three was still outnumbered. Their enemy was in full assault--they strode through the oncoming fire at a bloodthirsty sprint. Her foe at last close enough to target, Bo leapt up with pistol in hand.

One shot, two, three. Miss after miss. The Yualith rebels danced like mad hornets, and their aimless shots became concerningly effective as the distance diminished. For the first time since she’d joined this fire team, Bo caught a glimpse of fear in her captain’s eyes.

“Brace for close quarters!”

[qingzinano]

Qingzi Air Filtration Solution: Antibacterial High Filtration Efficiency Nanofibers Equipment

 #air #filtration #antibacterial #high #efficiency #nanofibers #equipment

 Qingzi Nano has designed three solutions for the air filtration industry combined with our nanofiber mass production equipment.

1. Nano antibacterial membrane, antibacterial efficiency up to 99.99%. It can be added to the vehicle-mounted filter screen, filter element, air filter, and HEPA to filter bacteria in the air.

2. Add a layer of nanometer film to melt-blown cloth, hot air cotton, etc. to improve the filtration efficiency, which can reach PFE 95-99% stably, the filtration efficiency will not reduce, and the service life will be longer.

3. Spin a layer of nanofilm on a spunbonded cloth to make a pure nanofilm with high filtration efficiency and low wind resistance. Monolayer nanofilm PFE 65-85% with the resistance of 17-25 Pa. It can be used in a window screen, air purifier, and other products. Air Filtration Although the traditional fiber air filtration materials can effectively intercept the micron solid particles, the filtration efficiency of the submicron solid particles is low. Nanofibers have the characteristics of small diameter and large specific surface area, which can further enhance the interception of suspended particles. By electrospinning technology system of the preparation of nanometer fiber membrane with good fiber uniformity, controllable pore size distribution, the characteristics of the structure can be adjusted, according to the actual use of the environment demand to choose different polymer materials, which could be prepared for the different particle size of solid particles of high-efficiency low resistance air filtration material, do the special environment of application scenarios have larger development prospects.

· High-Temperature Filtration

· PM2.5 Masks

· High-Efficiency Cartridge Filter

· Haze Screening

· HEPA Filter

· Air Conditioning Filter

1. Application of nanofiber membrane masks The production principle of the nanofiber air filter is different from that of melt-blown cloth. Contrast melt-blown fabric with air drawing process, nanofiber air filter material using electrostatic wiredrawing, the fiber is finer, and the new product upstream materials will not be limited to polypropylene, as long as it is able to dissolve in the solvent of polymers, including polyurethane, eps olefins, polystyrene, etc. It can be used for textile, much lower production cost than traditional melt-blown cloth. Nanofiber membrane adopts advanced electrospinning nanofiber technology, and the pore diameter of the nanofiber membrane is about 100~500nm. Compared with the fiber prepared by the melt-blown process, the pore diameter is smaller and the antibacterial property is better. It effectively blocks filtering dust and PM2.5 particles with filtration efficiency up to 99.99% and effectively inhibits more than 650 bacterial viruses such as influenza virus, MERS, SARS, and bacteria. A. Nanofiber membrane replaces melt-blown cloth as the core filter layer of masks, with the following advantages: 1) The resistance, BFE, PFE, etc. are superior to the melt-blown cloth. 2) Instead of relying on electrostatic adsorption, physical interception is adopted, relying on the principle of physical pore filtration, that is, finer 'mesh' is used to achieve filtration effect.No static electret treatment is required, longer protection effect, no static disappears. B. Nanofiber film melt-blown composite 1) Melt-blown cloth composite nanofiber processing, easily on 95+, stable 95+, to solve the export problem, easily oily, salt test! 2) Through equipment processing up to 95, 99, solve the problem of low filtration efficiency melt-blown inventory backlog, effective use of existing resources, and can increase the profit of many times! (At present, the price of low-quality melt-blown cloth on the market falls to about 1,415 USD. After processing the melt-blown cloth with the Qingzi Nano production line, it can be sold directly according to 95+ and 99+ melt-blown cloth, and there is no static electricity to disappear. Customers do not need to worry about the product being randomly inspected and disqualified after export.) 3) The processing cost of one ton of melt-blown cloth is the only US $849~ US $1415! 2. Application of nanofiber membrane window screen Although we can't change outdoor air pollution, we can make indoor air safer. The haze prevention window screen made of sandwich nanofiber film can simultaneously have five filtering mechanisms, such as screen, inertial collision, Brownian motion, interception, and electrostatic effect, etc., with low wind resistance and good haze prevention effect. Can be widely used in home protection, office buildings and commercial air environment improvement, can effectively block the air including bacteria, PM2.5, dust, pollen, automobile exhaust particles, and other toxic and harmful substances, while ensuring the ventilation and lighting of the building interior, truly build a healthy, ventilated and breathable "nano barrier"! Ordinary window screens can only protect the house from insects. Nanofiber membrane window screens are dust-proof, smog-proof, breathable, and do not need to close the windows all year round. They can catch smog and PM2.5, pollen, dust, bacteria, and rain. Most importantly, it prevents mold and mold allergens from entering the house, which is often accessed through open windows and can cause dangerous diseases. 3. Application of nanofiber membrane air conditioning​​​​​​​ Does staying at home mean the air you breathe is clean? In fact, when the air conditioner is turned on, the room immediately turns into a germ chamber. A multi-functional nano air filter can make the air conditioner at home into an air freshener. Ordinary filters use only fiberglass or electrostatic composites, but they do not kill bacteria or filter organic compounds. The air filter made by using the advanced electrospinning nanofiber technology, combined with the electrostatic fiber and activated carbon in the nanofiber, can maintain the airflow of cool air and carry out efficient filtration at the same time. It kills bacteria and filters pollutants below PM2.5, as well as volatile organic compounds such as methanol, acetone or benzene. Compared with the electrostatic filtration technology, the air conditioning filter prepared by the nanofiber technology has the advantages of no electrostatic dissipation and durability. 4. Nanofiber membrane air purifier An air purifier removes particles that can be carried around in a room when the door is open or when the clothes are worn. The purifier circulates the air inside the room. The nanofiber membrane can be used as the core filter material of HEPA filter screen, filter cartridge, and vehicle air conditioning filter in air purifiers. It can greatly reduce the aperture of the filter paper, greatly increase the specific surface area, and can intercept more fine particles on the surface of the filter paper, changing the filtration mechanism from deep filtration to surface filtration. In a harsh environment, it can still maintain efficient filtration, and because the aperture is small, it is blocked from pollutants floating on the surface, easy to clean, prolong the service life. Nanofiber technology provides the highest filtration efficiency at the lowest voltage, which has the advantages of low power consumption, low noise, and no static electricity dissipation compared with other technologies.​​​​​​​ In terms of preparation methods, nanofiber layers can be synthesized in various ways, either on the upstream or downstream surface or as the intermediate layer of the composite structure. Electrospinning nanofiber production line

Delivery date: 10-15 days;

Width: 660, 1200, 1600mm;

[manjushree02]

10 things to consider while choosing medical nonwoven fabrics

Medical non-woven fabrics are the best choice for body coveralls, hats, sheets, face mask filter media, and other important medical applications as well as sterile medical products.

Due to their rapid development and supply demand, these medical nonwovens have experienced continuous updates and innovation. The reasons are its versatility, longevity, and sustainability.

Effectively, medical nonwoven materials are now part of the disinfecting supply. One of the most important components of medical supplies in the healthcare and hygiene sector, manufacturers also supply to various hospitals and pharmacies.

To keep an eye on the nonwoven medical textiles' quality, pay attention to these ten characteristics.

Non-woven fabric quality standards

Sanitized medical equipment, surgical face masks, shoe covers, particulate respirators, cartridge filters, coveralls, and hair caps made of medical non-woven fabric that satisfies physical and chemical standards.

It is safe to use nonwoven fabric

The appropriate term for medical nonwoven fabric is normally 2 to 3 years, with the validity period of products from different manufacturers differing somewhat. Please consider the usage recommendations.\

Compared to composite nonwoven textiles in particular and nonwoven fabrics in general, medical nonwoven fabrics are unique.

-The majority of nonwoven fabrics are not resistant to germs.

-Composite non-woven fabrics, which are used to make surgical gowns and surgical bedsheets, have good waterproof performance and low air permeability.

-Medical nonwoven textiles are produced using the spun-bond, melt-blown, and spun-bond (SMS) techniques. It has dander-free, hydrophobic, antimicrobial, and breathable qualities and is created by pressing. It is employed for the final packaging of sterilized goods. It is discardable and doesn't require cleaning.

The sterile items packaged in the medical non-woven fabric must not be harmed by sterilization and have a 180-day expiration date. 

The nonwoven fabric used to filter mask media, coverall media, and appropriate media for surgical wear should weigh between 55 and 95 GSM.

-One must use a closed packaging technique when using medical non-woven fabric to package items like surgical face masks, shoe coverings, hair caps, particulate respirators, coveralls, and acceptable media for surgical wear. Packaging for nonwoven fabrics should consist of two layers. Folding repeatedly can make a long, curved tunnel that prevents bacteria from entering the package.

-Medical non-woven fabric that has undergone high-temperature sterilization frequently has internal changes that reduce the penetration and antibacterial efficiency of the sterilization medium. The medical nonwoven fabric shouldn't be repeatedly sterilized as a result.

Even though medical non-woven fabrics are not medical equipment, 

they are associated with the sterilizing effectiveness of medical devices. Because they guarantee sterility, they have an effect on the medical device's overall sterilization quality when employed as packaging materials.

Check the physical and chemical properties of the medical non-woven fabric to ensure the quality of the products being used.

Bulky and heavy metal equipment may be sterilized at high temperatures 

Due to the obvious hydrophobic properties of nonwoven textiles, and condensation water develops during the cooling process, making wet packs easy to create. To avoid wet bags, pad water-absorbing materials in large equipment packages, adequately limit the sterilizer's loading capacity, leave intervals between sterilizing packages, and increase the drying period.

The most cutting-edge melt-blown line is owned by Manjushree Spntek, and the most recent technology ensures a consistent, stable quality for a variety of mask media, including surgical face masks, particulate respirators, and cartridge filters.

[parknonwovenpvtlmtd]

10 things to keep in mind about Medical Nonwoven Fabrics

Medical non-woven fabrics, as the ultimate packaging materials for sterilised medical products, and for significant medical applications such as body coveralls, sheets, caps, covers, face masks filter media and more. These medical nonwovens have undergone continual update and innovation owing to the swift development and supply need. The reasons are its sustainability, durability, and range of purposes.

Medical nonwoven fabrics have effectively entered the disinfection supply. Manufacturers are further supplying to various hospitals and pharmacies, making it one of the most critical parts of the medical supplies of the healthcare and hygiene industry.

You must pay attention to these ten features of medical nonwoven fabrics in order to monitor their quality.

Medical nonwoven fabrics differ from nonwoven fabrics in general and composite nonwoven fabrics in particular.

General non-woven fabrics do not have bacteria resistance.

Composite non-woven materials offer a good waterproof performance and low air permeability and are used in surgical gowns and surgical bedsheets.

Spun-bond, melt-blown, and spun-bond (SMS) methods are used to create medical nonwoven fabrics. It’s made by pressing and offers antibacterial, hydrophobic, breathable, and dander-free properties. It is used for sterilised items’ final packaging. It is disposable need no cleaning.

Non-woven fabric quality criteria: Medical non-woven fabric used for the coverall, suitable media for surgical wears, coverall, shoe covers and hair caps, surgical face masks, particulate respirators, and cartridge filters, sanitized medical equipment must meet the physical and chemical requirements.

Non-woven fabric is safe to use: The correct term for medical nonwoven fabric is typically 2 to 3 years, with the validity period of products from different manufacturers varying somewhat. Please follow the usage instructions.

The sterile objects packaged in medical non-woven fabric should have a 180-day expiration date and must not get affected by sterlization. The nonwoven fabric used to filter media for masks, coverall, suitable media for surgical wears should have a weight of 55 to 95 GSM.

When using medical non-woven fabric to package coverall, suitable media for surgical wears, coverall, shoe covers and hair caps, surgical face masks, particulate respirators, and cartridge filters, one must adopt a closed packaging method. Nonwoven fabrics should be packaged in two layers. Repeated folding can create a lengthy curving channel that keeps microbes out of the package.

The internal results are often altered after high-temperature sterilisation of medical non-woven fabric, affecting the sterilisation medium’s penetration and anti-bacterial effectiveness. As a result, medical nonwoven fabric should not be sterilised many times.

Due to the obvious hydrophobic qualities of nonwoven textiles, bulky and heavy metal equipment may be sterilised at high temperatures, and condensation water forms during the cooling process, making wet packs simple to make. As a result, pad water-absorbing materials in large equipment packages, limit the sterilizer’s loading capacity appropriately, leave spaces between sterilisation packages, extend the drying time correctly, and avoid wet bags.

Medical non-woven fabrics are related to the sterilising quality of medical devices, despite the fact that they are not medical equipment. Due to the reason that they ensure sterility, hence impacting the overall sterilization quality of the medical device when used as a packaging material.

Quality of the nonwoven fabric: To assure the quality of the items utilised, check the physical and chemical qualities of the medical non-woven fabric.

PARK Nonwoven owns the most advanced melt-blown line and the latest technology assures a steady, stable quality for various mask media such as – surgical face masks, particulate respirators and cartridge filters.

Check out our complete range of Health & Hygiene nonwoven products.

[ultimateoptimus]

Frogman Fubblegum SCUBAllutes

And Now, Femmes and Gentlemechs, Bolts and Gears, Children of All Ages, UltimateOptimus Presents Yet Another UltimateOptimus DreamFactory Frogman Fubblegum AU Concept In Action:

Frogman Fubblegum SCUBAllutes!

Marvel, bolts and gears, as Frogboy Finn Mertens and Froggirl Princess Bubblegum, ever the two Junior Diver Test Pilots, demonstrate their Frogman SCUBA Rigs' all new, all different SCUBAllute Ejection Systems as brainstormed in the Junior Diver Fantasy Zone!

Bonus: Frogboy Finn Mertens and Froggirl Princess Bubblegum in SCUBAllutes and Inflatable Dive Jackets both inflated by Breathable Air Cartridge Ripcord Detonation for Maximum Underwater Junior Diver Self-Rescue and Puffy Dive Jacket and Rescue Inner Tube SCUBAllute Cuteness Overload!

@aae-demon-zone333

@creepie-treattricker

@fubblegummers

[cookpj]

Week 3 - History of Design

This may look like an ordinary window blind, but it is in fact a cordless blind. Before moving into my current house I only came across these in hotels. They are a much more convenient design because cords often times complicated the process of drawing the blind. Sometimes its confusing to maneuver the cord and it often times would get tangled or simply wouldn’t work. Cordless blinds can be pushed or pulled up or down to draw the blinds at the desired length. 

Here is my shotgun microphone. They are unidirectional microphones used in recorded audio in a certain direction, which picks up the audio better from the target and minimizes background noise. These microphones are better at picking up audio from a distance which also helps with maintaining social distancing during interviews, press conferences or other audio recordings. 

 http://www.learningaboutelectronics.com/Articles/What-is-a-shotgun-microphone

Here is a photo of my computer, the MSI Trident 3. It is marketed as a gaming computer and has a slim form factor compared to traditional PC’s with larger cases. Some parts inside also have a smaller design, like the motherboard, graphics card, RAM and storage devices. This design is good because it makes the PC more mobile. If I wanted to take this PC to a LAN party then I could easily toss it into a backpack or small case, and the smaller design is also good because it takes up less desktop space. 

The MSI Trident 3 comes with a stand that allows it to stand up vertically. When I purchased the PC from a friend he did not have the stand so I was forced to create a new one. I took Styrofoam, a knife and speed tape to create a stand that I could slide the PC into vertically. The opening to which I slide the PC into is a bit smaller than the width of the PC so that it firmly holds onto my PC. The Styrofoam I used was a random piece that came with the packaging of my monitor. I cut it down to size and made sure that it had a flat(partially) bottom so that it would stay upright and emulate the function of the original stand. The tape is mainly to to prevent damage to the Styrofoam and stop loose pieces from falling off.

This is my HP Envy printer. It prints both documents and photos. There are two paper trays, one for regular paper and one for photo paper. This design has come a long way from Gutenberg printing press. It allows me to scan, copy, print and send documents all from one device, making it a multifunction device. It uses only two ink cartridges, as opposed to other larger models or printer types which may have multiple color cartridges and large toner components.

Army combat boots. Most boots for work are heavy, durable and sometimes have steel or composite toes. These boots are made for combat and are very light but still very durable. They might not be great for working in a warehouse, but for being in the field they are very maneuverable and athletic as you might be able to tell from the very thin material. These ones are not designed for cold weather, which are typically heavier due to the insulated material. Older combat boots were much more heavier and cumbersome yet still did little to protect the feet. Older boots were also designed in the area of trench warfare, and as combat has evolved so has the equipment that Service Members wear. 

The design of skateboard shoes have flat bottoms with a lot of grip, which is ideal for riding on a skateboard. To be able to maintain stability and balance, the bottom of the shoe should have as much contact with the surface of the board as reasonably possible, while still having some form of tread. 

These are my Nike Air Vapormax Flyknit 3 shoes. Yes they are a little bit worn, but they have treated me well. The flyknit material is soft, stretchy and breathable. The bottom air units have a lot of cushion which provides bounce when running or walking. There is only and upper sole and outsole, skipping the midsole in the design. It really feels like walking on air once you break them in. A downside is that they are a very thin shoe so they aren’t great for people with wide feet. Some of the material is also recycled, so it is a more sustainable and eco-friendly design. Like most athletic shoes, these have higher arches that help support the foot. 

Here is my cat Lizzy and one of her scratching posts. It has a triangular design for stability and ease of use for my cat. I still needed to add weight in the middle to keep it from sliding, but this design helps the post stay upright and stable. Cats do not like things that are unstable. It also come with a scratcher on each side. A bad part about this design is that I am not able to flip the scratchers around in any way so that she can use areas that are left unscratched.

An oscillating fan allows movement of the fan head to circulate more area of a room. This is good if you have multiple people or if you don’t want the fan concentrated on one area. Even if you don’t want the fan to oscillate, the head is still adjustable in all directions. We also have a box fan, but we like this design better because you can adjust it, as opposed to the box fan which you can only position in limited fashions. This fan also allows you to set speeds, a timer and can be turned on and off with a remote control. 

[choosecareer]

LPU Scientists developed New Algae-based Respirator to help Mask Wearers breathe Easy

LPU Scientists have developed a multipurpose Algae-based Respirator to help ‘Masks’ wearing people breathe easy. The algae in the respirator conduct photosynthesis and remove carbon dioxide and other air pollutants while producing beneficial oxygen. It makes the air passing through masks more breathable. This four-layered respirator-‘Oxigeno’ will provide instant relief, especially to frontline workers who have to go through a lot of discomforts while wearing masks for long hours. LPU has filed a patent for the innovative respirator, which costs around INR 3,600; however,  the price can come down by 30-40 per cent with large scale manufacturing.

Considering many people find it difficult to breathe comfortably while wearing masks to protect themselves against COVID-19, LPU scientists have developed this respirator. It filters out 99.3 per cent of the harmful gasses and small particles in the air while increasing the amount of oxygen passing through it.

Team of Scientists at LPU, including Prof Dr Jastin Samuel and B Tech students Deepak Deb, Anant Kumar Rajput, Manish Kotni, shared: “Wearing a mask amid the ongoing pandemic is a must while going out in public places. However, it causes a lot of discomfort for people who have respiratory problems and for frontline workers who have to wear them for long hours. With better-designed respirator ‘Oxigeno’, we are solving this challenge by making   pure and more breathable air available through it.”

LPU scientists noted that the existing N95 or surgical masks filter out pollutants and microbes but are incapable of removing pollutant gases such as carbon dioxide, carbon monoxide, nitrogen & sulphur oxides, and volatile organic compounds (VOCs).

Respirator ‘Oxigeno’ can also filter out particles ranging from 10 to 0.44 micrometers with the help of four layers of filters. These comprise of a HEPA filter, which keeps away dust particles, and activated carbon filter to remove VOCs and odours. The other two layers are made of a nitrogen & sulphur oxide filter that stops harmful air pollutants, and PTFE filter for removing particles as small as 0.44 micrometer. The sequence of their arrangement and the design is meant for its efficiency. The additional algae cartridge further enriches the purified air with oxygen, which is especially helpful for those who are suffering from respiratory diseases like asthma, and feel suffocated and uneasy while wearing a mask.

The respirator can also be reused by changing the algae cartridge and the filters. The algae cartridge has a life of around 40 hours of continuous use or seven days. The filters should be replaced after 48 hours of use, or every month, whichever time limit comes first. In fact, the respirator consists of an inbuilt sensor that will alert the user once the cartridge is nearing its life. The material used in Oxigeno is an antimicrobial and biodegradable plastic called PLA-Active, which prevents the growth of bacteria and other contaminants on its surface. Also, on noting that wearing a mask for long hours causes rashes to sensitive skin, LPU scientists have used a gentler silicon membrane to cover the skin around the nose and mouth area by the respirator.

[blastroom]

Breathing Air Filter

A Breathing Air Filter is used for the safety of the operator while using Sand Blasting Machine. The air filter also removes moisture, oil, dirt particles before it reaches the operator. Its multilayer filtration contains activated charcoal to get rid of bad odors and also increase the “air quality” for breathing.  

This filter is can also be used with Dust collectors and with other safeguards like sandblasting helmets, operator suits, and hand gloves. It is designed to remove condensate and particles up to 0.5 microns or less. At a time four operators can use this filter.

Parts of Breathing Air Filter:

1.)  Inlet Coupling: Inlet couplings are connected at the center of the filter body. Inlet coupling ensures leak-free flow between the compressor and filter body. They ensure that flow is unrestricted and avoid heat losses.

2.)  Breather Cap: The breather cap is of a rounded cap shape. The breather cap is designed to maintain the internal air pressure of tanks on which they are mounted. They can prevent alteration in air pressure.

3.)  Outlet Coupling: Outlet coupling is connected to a breather cap. They are 4 in quantity and further, these coupling will connect to the air conditioner of the helmet and four operators can operate at a time of blasting

4.)  Cap handle: The cap handle is connected to the breather cap so that we can move the filter to our desired place or job location. Handle make the filter easy to operate.

5.)  O-rubber Ring: O-rubber ring is mounted between the breather cap and filter body to make the filter leak-proof so that there is no loss of any gases and fresh air is supplied to the operator

6.)  Filter body: The filter body is made of tough metal sheet and cylindrical so that it can protect the filter from outer damage and an inlet, the coupling is connected to the filter and from that coupling compressed air will enter inside the filter.

7.)  Air filter Cartridge: The Air Filter cartridge contains seven layers of the filter medium and this seven-layer helps to remove micro and macroparticles, water, oil, Bad odor. The seven-layer will work in this order:

· First layer remove water and moisture by the action of cyclone air or by the drainer valve· Then carded cotton removes the toxic particles· 

After the cotton layer activated alumina absorbs oil and moisture.· Then activated Charcoal will remove the bad odor.· 

Carded cotton will remove the macroparticles too.· Other macro particles will remove by activated charcoal.· 

Now 98% of air impurity will get remove and the operator can inhale the fresh and pure air.

All seven-layer are sealed in a corrosion-proof plastic case so that there is no need to use a gasket.

8.)  Drain Valve: The drain valve is connected at the bottom of the filter body. Drain valve help to remove the moisture inside the filter so that the density of air gets reduce and the operator does not feel suffocated.

9.)  Filter Foot: The filter foot is connected at the base of the air filter. The legs are three in quantity. The foot is used so that the filter can mount in a floor mounted or wall mounted position or in a freestanding position.

10.)   Air regulator: An Air regulator is used to measuring the air pressure inside the filter so that we can control the air pressure and regulate the filter pressure as per requirement.  

Working of Air Breather Filter:

Compressed air enters inside the filter through an inlet coupling. Then air moisture will be removed by the cyclone effect of the drain valve and then moisture free air is supplied further. After that moisture-free air will pass through several layers of the air filter cartridge  then:

· First layer of carded cotton will remove the particulates.· Layer of activated alumina absorbs oil and moisture.· Layer of activated charcoal removes bad odors.· Layer of felt material removes more particles· And at the end when respiratory will remove up to 98% of particles having a size of 0.5 microns or less· All the layers are protected into a corrosion-proof plastic case and then it does not require any use of a gasket.   After passing all the layers of filtration clean air will pass to the outlet coupling and through that, it will go inside the air conditioner.

Safety precautions while using Breathing Air Filter:

· Filter replacement depends upon the frequency of filtering operations and on the quality of air in the system. Usually, filters should be replaced after every three months of operation.· Water removal should be done before the air enters the air conditioner.· Do not connect the filter to any source if you are not sure that it contains breathable air.

Advantages of Air Breather Filter:

· Allow oil vapor to escape· Improve the quality of air· More than one operator can operate at a time· Remove lung disease.

About the company:

Blast room designs, manufacture, and market a broad range of Air Breather Filter and Shot Blasting Machines,on-demand. We also supply equipment for coating like Thermal Spray Gun, on order, and all kinds of Abrasive Media. Our all products are of great quality and available at affordable prices.

[shinygivercoffee]

Wholesale respirators USA

A wholesale respirator is a device designed to protect the wearer from inhaling hazardous atmospheres, including fumes, vapours, gases and particulate matter such as dusts and airborne microorganisms. There are two main categories: the air-purifying respirator, in which respirable air is obtained by filtering a contaminated atmosphere, and the air-supplied respirator, in which an alternate supply of breathable air is delivered. Within each category, different techniques are employed to reduce or eliminate noxious airborne contaminants.

Air-purifying respirators range from relatively inexpensive single-use, disposable face masks sometimes referred to as a dust mask to more robust reusable models with replaceable cartridges often called a gas mask.

All respirators have some type of facepiece held to the wearer's head with straps, a cloth harness, or some other method. Facepieces come in many different styles and sizes, to accommodate all types of face shapes. The differences in respirator design impact the made in Korea respirator assigned protection factors, i.e. the resulting degree of protection from which kind of hazard.[citation needed]

Respirators can have half-face forms that cover the bottom half of the face including the nose and mouth, and full-face forms that cover the entire face. Half-face respirators are only effective in environments where the contaminants are not toxic to the eyes or facial area. For example, someone who is spray painting could wear a half-face respirator, but someone who works with chlorine gas would have to wear a full-face kf94 respirator.

A wide range of industries use respirators including healthcare & pharmaceuticals, defense & public safety services (defense, firefighting & law enforcement), oil and gas industries, manufacturing (automotive, chemical, metal fabrication, food and beverage, wood working, paper and pulp), mining, construction, agriculture and forestry, cement production, power generation, shipbuilding and the textile industry.