#wool flame retardent

[nishadesigns]

Explore Our Wool Collection- Nisha Designs

Want to buy, use a more sustainable fabric for your home and draperies that is inherently Fire Retardent. Explore our Wool Collection at Nishadesigns.com. If you desire to create your own wool collection email or call Nisha@nishadesigns.com

[londonhalcyon]

Quite pleased that Jam City's adult Penny model looks almost exactly as I'd pictured her in The Mad Witch~

She does! Yo, Lily, this is the flatmate you've had a crush on.

Hilariously, adult Penny dresses like half the people in my department (and the bio department too; my boss dresses like that). Hell, I would dress like that. She honestly looks like she's about to put a lab coat on at any moment. Like,

Long pants, check. They're jeans too, which helps minimize flammability (synthetic fabrics can melt to your skin).

Closed-toe shoes, check. The tread on those boots is probably great. That's someone who works on their feet all day.

Button up shirt. That's like the typical scientist look of "I'll try to look semi-professional but I still want to be comfortable."

Cardigan. Again mixing comfort with something more stylish. Extra points if it's wool, which is fairly flame-retardant. And it has POCKETS

Her hair's down (or half-down), but in the Witch she doesn't follow typical lab safety rules either, so I'll let it slide

Anyway, I love Penny so much. Still one of my favorite characters.

[practically-an-x-man]

Prompt: Write a Zombie Apocalypse AU ficlet starring your OCs (let's be real, I'm mostly just curious about your take on the Zombie Apocalypse)

Ooooooh absolutely! I LOVE zombie apocalypse media, so this will be a fun one for sure :)

Decided to go with Ophelia and a techy Andy Weir-style take on the apocalypse for this one :D

____ 8.34 Million People

Word Count: 2.2k Tags: zombie apocalypse AU, science fiction, angst, emotional hurt, hurt no comfort, unhappy ending, major character death (implied) ____

Who the hell dared to spend the zombie apocalypse in the eleventh-most populous city in the world?

That was the question Ophelia Octavius had been asking herself for nearly four years now. When all the others fled - and in various states of composure, some calm early-stage relocations and others panicked stampede-like fleeing as the outbreaks spread - she wondered time after time why she'd chosen to stay.

Sometimes she looked down at the city below her and saw only walkers, a carpet of them so thick she couldn't see street nor sidewalk past their shuffling, ragged bodies. That wasn't safe. It was madness to stay here.

But aside from the imminent threat of a zombie breach, a lingering worry that resulted in far too many sleepless nights, the rest of her life had settled into something almost normal.

What once had been Oscorp became Denarii, and what once was Denarii became a towering fortress against the horde. The first four stories had been individually barricaded, each door and window welded shut with steel plates. There was no entrance from anywhere lower than the eleventh floor - and really, who needed it? She and her father had their actuators, Norman his glider, Peter his webs. If none of them could leave from the ground, neither could the zombies enter. She'd seen World War Z.

Floors five through nine had been converted to agriculture. In the early days, when the outbreaks had still fallen under a control level, Ophelia had insisted upon ordering the soil, seeds, and a veritable library of agricultural manuals. It was a weak point for them and she knew it, and she'd be damned if their downfall came from something as simple as starvation. At first they'd only grown staple crops, corn and wheat and potatoes for easy calories. Then that had expanded into fruits and vegetables, and even cotton and flax for making cloth.

None of the men ever seemed to think about making their own clothes. Ophelia figured that was a skill best learned before she needed it. Even synthetic fibers didn't last forever.

The tenth floor was insulated into oblivion, kept near-freezing and used for food storage. They only went into that floor once a week, to prevent any energy waste as the door was opened. Energy was a commodity, these days. Electricity came from an expansive array of solar panels Ophelia and her father had installed on the roof of the building, but much of that went to keeping the laboratories powered.

The eleventh floor became a coop for laying hens, the twelfth a hold for a trio of goats. Someday, Ophelia hoped to find a way to raise a few sheep as well (wool was durable and naturally flame-retardant, and would be much more helpful than the plant-based fibers they grew on the eighth floor), but the goats and chickens had been hard enough to acquire, let alone raise, in the heart of New York City.

Rainwater was collected in a vast steel funnel affixed to the roof, though the collection tanks themselves were on the ninth floor far below. The water ran through a series of channels and aqueducts through the building, powering a network of small water wheels on its way. It resulted in a small degree of water loss, mainly through evaporation, though Ophelia felt that loss was warranted in exchange for the additional electricity it generated.

Only six people lived in the fortress that had once been Denarii: herself, her father, Norman, Peter Three, Peter Two, and May. Even with the crops and animals, electricity was more a commodity than water was. Without her machines, none of this would have been possible.

So they survived, in this tall vertical settlement the likes of which Wayside School could never dream.

She thought of expanding, sometimes. Plenty of the skyscraper's floors were still dark and empty, unused now that Norman's employees had all died, fled, or turned. More hands meant more agriculture, more variety of skills, more sophisticated life, that was the crux of human settlement.

But more citizens in this strange vertical city also meant greater spread of disease (both benign and reanimatory), greater possibility for quarrels and infighting, greater consumption of food, water, and electricity...

And she didn't like people even at the best of times.

So she'd stick with six. For now.

"Thinking too hard again?" Peter Three asked, coming up behind her and running his hands warmly over her shoulders.

"Always." Ophelia replied, distantly. It seemed she spent more time in her head than in the real world, these days. It was her ideas that had led them to safety, but now safety wasn't quite enough. This couldn't keep up forever. She only saw two options forward: to develop a more sophisticated life for her little commune here, or to develop a cure and let society begin to sort itself out again.

Or to die.

She didn't like to think about that one.

"What is it today?"

"My knee." she muttered, drumming her fingers on the blueprints in front of her, "Need to get my mobility up. I'm too slow."

The best she had now was an articulated metal brace, which allowed her a hobbling half-jog if she really pushed herself. It made her feel like Forrest Gump- not the best feeling, in her opinion. If she got swarmed without her actuators, she was as good as deli meat. That wouldn't do.

"Alright, well, just promise me you'll take a break, alright?" Peter told her, and stretched around to kiss her cheek. Olly turned, and caught a glimpse of bright red fabric.

"You're going out? Again?" she asked, swiveling to look at him directly. Sure enough, he had his Spidey-suit on, sans-mask, and appeared to be halfway through strapping on his armor - additional padding, made to deter bites and scratches, strapped around his torso, shins, and forearms in case he ran into a fight.

"I thought you just got back from the last one." Ophelia added, and found herself wringing her callused hands in her lap. Supply runs scared her. She could design the perfect bunker, encase her loved ones in this towering city of safety, but she couldn't do a damn thing about the outside world. Every time he stepped outside these walls, it felt like tugging her heart out of her ribcage and letting it lie bloody and beating on the street.

"Norman's looking for a few things. Circuit boards, and tantalum and neodynium-"

"So he's making you hunt cell phones."

"Uh- yeah, exactly. He says he's trying to make some sort of universal communication device. To talk to other survivors, I guess."

Ophelia chewed her lip, rolling her shoulders to try and dissipate the tension in her muscles. As supply runs went... rooting through the pockets of the undead in search for now-obselete mobile phones was certainly among the most dangerous.

"Make sure the batteries haven't inflated." she said, biting back everything else she really wanted to say, "You'll be dead before the walkers could even think to bite you. And- and get out of there if they start to swarm. Please. Norman's project can wait."

"I know, Ol's. I'll be careful."

"I'll come with you." she decided at once, pushing herself up and out of her seat. Her joints creaked, after so long spent hunched over her desk. Peter took her arm, giving her a bit of stability before she found her balance.

"Nah, c'mon, I'll be fine. You need to take a break anyway."

"It's the literal fucking apocalypse. My last chance to take a break was four and a half years ago."

"And thanks to you, we have a super-cool skyscraper safe haven that means you don't have to worry about zombies while you go lay down for thirty minutes."

"Peter-"

"Babe, I was doing the solo act for years before I met you, I can handle a supply run. I promise. I'll be back by three."

"And you promise you're not just chasing me away because of my bum knee?"

"Promise. Hey- you go get some rest, and tomorrow we'll go out together, alright? It's like date night."

That made her snort, and she snagged the front of his suit to pull him into a kiss.

"I love you." Ophelia murmured, "Stay safe, Spidey."

"Love you too. Be back soon."

All too soon, he'd pulled open the window at the far end of her lab and took a flying leap straight out. From the corner, her actuators whirred sympathetically. They wanted to be let free too. Ophelia had become something of a hermit over the past four years, so busy fortifying the skyscraper that she hardly ever left its walls.

True to her word, she decided to call it quits on the engineering for the day. Anxiety still racked her head-to-toe, knowing Peter was out of the sanctity of this fortress, but at least it racked her from her bed rather than the middle of her lab. That was something adjacent to rest, she thought. Sometimes that was the best she could give herself.

She didn't even realize she'd drifted off until a chime from her phone startled her awake. The phones were one of the first things she'd rigged - tapped into any cell tower she could, including some that were less-than-legal (though who really cared, at this point?), a closed connection like a souped-up set of walkie-talkies.

Still half-asleep, she answered the call and pulled the phone up to her ear.

"Peter?" Ophelia mumbled, fighting to clear the fuzz from her mind, "Hey, are you calling for backup? Where are you?"

"No, uh- Ol's, I..." he stammered from the other end of the line. His voice sounded faintly choked, and it made her hackles rise unpleasantly. Then Peter cleared his throat and tried again, "Listen, I... I'm not gonna make it home. There was a swarm, and they cornered me, and-"

"Where are you? I'll come get you. We'll bring the whole cavalry."

"No, I'm in the vents now. They can't reach me. But-"

"No." Ophelia breathed, realization striking her like a bullet to the heart, "No, no, no, Peter, you are not saying you got bitten. Your suit's tear-resistant, and with the additional padding it shouldn't have even-"

"I'm sorry, baby. I'm really sorry."

"Come home. Right now. Quickly. I'll- I'll figure something out, we'll start working on a cure- it can't be that much different from curing Norman from the Goblin serum, right? Just- just get back. We'll work this out, I promise we'll work this out." She was babbling, speaking too quickly and barely making sense, but she couldn't stop. Her hands were shaking so badly she nearly dropped the phone. She could hardly take in a breath.

"I'm not gonna make it home, Ol's. I'm half across town, I won't get back in time. I'm gone. I just, uh, wanted to tell you now. So you didn't have to find out the other way."

"Peter- let's talk about this. We need to talk about this. Just- just get as far as you can, I'll find you, I'll fix this. Tell me where you are, I'll come pick you up."

Now she was moving, limping down the hall as quickly as she could. Time was precious. She needed to find him before he lost himself entirely, or she'd be stuck desperately patrolling a city perpetually crawling with eight million of the undead.

Because she couldn't leave him. Not on her life. After everything they'd fought through to be together, she couldn't let it end like this.

She'd stop this. She'd fix this. She had to.

"Ophelia." Peter snapped, the use of her full name enough to make her pause. Then his voice softened, and he cleared his throat again like he was fighting back tears. "Ol's. Baby. I'm not gonna make it. I'm lodged in the air vent of an abandoned office building like fuckin' John McClane, and even if I made it out I'd be gone before I made it home. Just... just let it be."

"No, I'm not gonna fucking let it be, I can- I can fix this!" she snapped, only distantly noticing that her cheeks were streaked with tears, "Tell me where you are!"

"I'm gonna hang up. And then I'm gonna break my phone. Don't try to track me, Ol's, it's a death sentence." Peter insisted, his voice sterner than she'd ever heard.

He paused then, briefly. Ophelia wanted desperately to fill the silence - something, anything to make him change his mind - but she'd run out of words.

"I love you, Olly. More than anything. You know that. Thanks for keeping us safe. I'd never have made it this far without you."

"Peter, don't you dare-"

Her phone screeched with static, then went dead and silent in her hand. A guttural howl broke free from her throat, and Ophelia slumped into her desk chair. Her actuators drifted over and nosed at her arms, but she shoved them away.

She couldn't remember the last time she'd sobbed like this. It was sure to send someone running, sooner or later. Her father, or Norman, or Peter Two with his enhanced hearing...

But for now she was alone in an empty lab, drowning in grief.

[easternwoods]

After months of procrastination I have decided to work on my "cloak." This is a wool blend blanket, 80% I think. It was the highest wool content I could find at the local army-navy store, which is the only store I could find offering wool of any kind, and I needed something soonish for Faire of Champions 22. It smelled terrible when I bought it - some sort of added flame retardent as it was intended as an automotive emergency + fire blanket. Washing was a mistake, my wife yelled at me for all of the shedding, and it did nothing for the smell. So I dropped it in a 5 gallon bucket and soaked it in 2 parts water, 1 part febreeze. It still smells like febreeze almost a year later. I've just now cut and hemmed it to be square in the medieval style and am adding some fur trim that I started back in january to both help with crosswinds when worn as a hood and conceal some terrible stitching. I think the end result will work as a warm layer for just about any garb or costume, as a viking/noble/monk/merchant/ fey/elf/wise man/or general larp/fantasy character.

And now I force the young apprentice to make silly faces and dance for my amusement.

This is as far as we got before she realized how warm wool can get during a texas summer. But that's ok because the babe insisted "I WANT TO BE THE BAT"

[condonsummer]

Copy of Can Fungal Biomass Make Construction More Sustainable?

The construction industry is an ever-growing problem when it comes down to sustainability. The population continues to grow and this requires more and more buildings to accommodate people's lives. More and more materials are required to construct buildings, and so naturally, more and more carbon is emitted into our atmosphere from these construction processes. But we can't just put a pause on population growth, or ban new buildings from being built, and we certainly can't just pretend this problem doesn't exist either.

How about focusing on improving the sustainability of the materials that are used in construction? What alternatives might there be to ensure more sustainable construction processes are used?

… that's where fungal biomass comes in.

Fungal Biomass... what is that exactly?

Biomass is a renewable material that's made from plants and animals. It can be used as energy or turned into useful materials. With fungal biomass, agricultural waste and other low-grade discarded materials (stalks, straw, sawdust, etc.) are used as substrates which are introduced to a fungus to create a material bound together by mycelium.

To create the mycelium material, a process must be followed to ensure good performance of the material.

For an explanation of this process check here, and refer to section 2.

Here are some important material properties of mycelium materials:

Handles tensile loading well

Has some compressive loading capabilities

Highly flame resistant

It has a very low thermal conductivity

Very high moisture uptake

Okay, sounds great! But what can the mycelium material be used for?

Structural application:

Mycelium has shown an ability to handle tensile loading well, however it has a low ability to withstand compressive loads, meaning the material is weak compared to traditional construction materials. Since structural materials are required to transfer heavy loads, this material wouldn't be effective and therefore is not being considered for structural use.

Thermal insulation:

Mycelium composite is a low-density material, which makes it an excellent insulator as low-density materials conduct heat slower. It performs similarly to other traditional insulators such as glass wool, extruded polystyrene, sheep wool etc.

Water absorption:

Moisture content will also have an impact on the thermal conduction. If mycelium insulation is exposed to moisture for more than a few hours, it can absorb it quickly and in large amounts. Luckily a large increase in moisture content results in just a small increase in heat conductivity. Check here for more(section 3.0).

Other risks resulting from moisture absorbency has delayed the journey of this type of insulation making it into people's homes, but hopefully solutions can be found as this type of insulation would make some amazing competition.

Fire safety:

Mycelium composite out-performs many conventional insulation materials. A mycelium composite can even perform so well under exposure to fire that its only competitor is phenolic formalhyde resin foams.

"Mycelium has been found to possess certain flame-retardant properties (e.g. high char residue and release of water vapour)"

More on that quote here.

Since the material would mainly char rather than burn, it would take longer for flames to travel through a cavity if it were filled with it. The material is also non-toxic therefore it is much safer than other insulators.

Read here for more information on thermal degradation and fire reaction properties of mycelium composites.

Why is this new material so important?

Mycelium material is completely biodegradable and renewable, it has a perfect life cycle and its cheap, what's more to love?

Discovering uses for fungal biomass and applying them is super important for the construction industry as it hopefully will kickstart a greater interest in building with sustainable materials. The current applications of this product are limited; however this material makes promise for the future of sustainability in construction.

Take a look at some videos and other helpful sources if you're still interested!

Engineered mycelium composite construction materials from fungal biorefineries: a critical review

Is Mycelium Fungus the Plastic of the Future?

Can Mycelium Fungus replace Concrete & Plastic?

Biohm

Ecovative

[hannukahmatata]

I feel like geeky turn on would work pretty well with luminous & ock 🤣🤣

So there definitely needs to be a third section to this, but I wanted to post what I had and come back to it later because I’m visiting my sister out of town and I cannot guarantee how much more writing I’ll do right this minute. Watch this space.

In the meantime, enjoy!

——

“You should really switch to wool, you know.”

“What?” It was a reasonable response; Luminous and the Doctor were standing some five feet from each other, both catching their breath from a failed spar, when she’d spoken up unprompted. It didn’t matter at all, but it had been really bugging her.

“Your sweater.” She gestured to the garment in question - a stray blast from his latest attempt at firing the generator thing had struck him head-on, and now there was a smoldering hole right along the left side of his front, protected only by the leather of his trench coat. “The way it’s pilling at the edges of the hole there? Not good. Wool’s better.”

“What are you talking about?” She expected him to strike at her with one of the actuators (finally learned the word for those), but instead he looked at his sweater and ran a startlingly large hand over the hole. “I fail to see why that matters.” The pilling crumbled under his fingertips, ugly and cheap. She frowned behind her mask.

“You’re a scientist, aren’t you? You should know material’s important. Whatever synthetic wool you’re wearing now is at least a third plastic - it’s super bad for the environment when you wash that stuff, and it’s, like, falling apart under your hand.” Why was she still talking about this? To keep him from losing his shit about the machine being down again? “Real wool is super flame-retardant,” oh, she was gonna keep going, cool, “you basically have to hold it right over a fire the entire time to make it burn, it can’t really retain it on its own. Better for… not setting yourself on fire, or like, inhaling plastic fumes. … because that’s plastic.”

He was being uncomfortably silent the entire time, and when the doctor looked up - goggles down - a single, ridiculously bushy eyebrow raised at her. Good lord, they were thick enough to rival hers.

A chunk of the reactor fell down some six feet from them. Luminous tensed, ready for anger, but it didn’t come. He was still just… looking at her.

“… I’ll keep it in mind,” Doc Ock said, and looked like he was gearing to add something else when red flashed through the ceiling above them. The actuators roared to life at the sight of Spider-Man, and Luminous straightened up, sighing. Well, it was weird while it lasted.

——-

“I’d like to hear more about that plastic you mentioned.”

“What?” For once Luminous was getting somewhere, if standing on and dancing between two actuators could count as that; it seemed today was all about the Goblin who was going head-to-head with Spidey, and the good doctor was merely along for the ride, perhaps to reap some undetermined prize for himself. Spidey had pointed Luminous in his direction (“dude, stop pairing me off with him, he’s exhausting!”) and now she was mostly just trying to keep him preoccupied.

Guess she was doing a better job than she thought.

“The plastics in that sweater. You mentioned something about the environment.” Swing! She jumped down from one actuator to another as a third tried to grab her; still not close enough for a punch, but she was getting better at dodging. It rippled beneath her feet, but she kept aloft. “I was curious as to why, seeing as I’m not one to just throw sweaters into the ocean.” Was this bait? There was no way he didn’t know this - wasn’t he some Nobel Prize-nominated science hotshot, once upon a time?

Another dodge and she was on the ground, shields up while looking for another way in and ignoring just how up he was compared to her.

Good lord, she’d never get used to his six-foot-fuck-off figure. Even if he had traded the cheap, burnt sweater for a much nicer black one, one that fit better as well-

You know what, maybe she did need distracting.

“You don’t have to,” she said, taking two steps back as he approached, then warping behind and slightly to the left of him. One actuator had been ready for her, and she dodged it barely in time before the other three were on the defense. He hadn’t turned around, head turned, one curious eye visible behind dark lenses. “It breaks apart in the washing machine. They’re super hard to filter out of the water, even with the really good systems, so it’s safer to just go for natural fibers. Stuff like cotton, linen, wool, silk. Those fibers are way easier to clean up and don’t fall apart so easily.”

“I see.” He turned all the way, then, and she took her opening to lunge at him. An actuator caught her in the back, and Doctor Octavius lifted Luminous up to face level, where she dangled like a captured kitten. He smiled at her, and god it was frustrating that she couldn’t see his eyes, and lifted a hand…

To tap her on the nose. She tried to swing at him, but the actuator pulled back, and flexing her back muscles did little to dissuade it from its hold on her. The doctor clicked his tongue at her in teasing disapproval, the smile never leaving his face.

“You know quite a bit about textiles.”

“Everybody needs a hobby.” Or a career, but if it were up to her he’d never even suspect there was anything behind the mask. In the moment, however, the doctor seemed to ponder her answer. The actuator holding her pulled back from him, and for a second she thought he might even put her down…

… until she was tossed quite unceremoniously into the air.

Fuck this guy, actually.

[layzertayzer]

I love sheep and knitting with wool yarn and supporting independent sheep farmers <3 wool is so good for the environment and it's so so much better quality than plastic fibers. It's also flame retardant, water resistant and lasts forever when taken care of. Also you CAN wear wool if you have sensitive skin, look for merino and superwash fibers specifically! Alpaca is also amazing if you have a lanolin allergy, alpacas have very soft wool and they're hypoallergenic!

[nishadesigns]

Wool Collection- Nisha Designs

Wool is an extraordinary fibre from nature, whose properties produce extremely high-quality and sustainable fabrics. Obtained from the sheep’s fur, wool is a renewable resource that mankind has been using for more than 8000 years. Woven fabrics made of wool are equally suitable as upholstery fabrics and as curtain fabrics and are inherently flame retardent. They radiate warmth and cosiness and…

[the-yuanjian-blog]

PSK Tape

PSK tape, or Polypropylene-Scrim-Kraft tape, is a specialized type of tape used primarily in the construction and HVAC industries for sealing and patching insulation materials. Its thermal insulation properties, moisture resistance, sealing capabilities, flame retardancy, and ease of use make it a popular choice for a variety of industrial and commercial applications where reliable insulation and sealing are required.

Tape Description

PSK itself refers to a laminated material that combines polypropylene film, scrim, and kraft paper, with a high performance solvent acrylic adhesive, protected by an easy-release silicone release paper. This structure enhances the tape's strength, durability, and resistance to moisture.

The robust construction of PSK tape makes it resistant to tearing, moisture, and environmental degradation, which is essential for long-term applications in building construction. By effectively sealing insulation materials, PSK tape helps maintain the insulation's integrity and performance, leading to improved energy efficiency in buildings.

Customers now have the choice of 3 different insulation facing colors: Black PSK, White PSK, or Silver FSK (Foil-Scrim-Kraft). The Black and White PSK were designed for aesthetically targeted applications, while the Silver FSK is intended for more traditional applications, like those behind closed walls or ceilings.

Tape Features:

Durable PSK jacketing tape for sealing insulation.

High-strength PP-scrim-kraft paper laminate backing resists tearing.

Peel-back design for easy application.

High-tack Acrylic adhesive forms an instant bond.

Moisture-, mold-, and UV-resistant design.

Tape Applications:

Sealing Insulation: PSK tape is commonly used to seal seams and joints in fiberglass or mineral wool insulation sheets and rolls.

HVAC Systems: In HVAC systems, PSK tape is used to seal and repair insulation on ductwork.

Repairing and Patching: PSK tape is also used for patching tears in insulation facings and other vapor barrier materials.

Moisture Control: It is utilized in applications where controlling moisture is crucial, such as in basements, crawl spaces, and commercial buildings.

[shallow-between-stars]

Friend, let me teach you, then. Cotton mixes don't need to be ironed and most synthetics don't either.

Never iron silk or satin unless it is creased because you run the risk of burning it. (If you must - low temp, slow, with an ironing cloth between the iron and the silk.)

Linen does need ironing, denim does not. YMMV with other stiff fabrics like drill, corduroy and canvas.

Stretchy materials like elastane, nylon and rayon do not need ironing. You will actually reduce it's functionality if you try because the heat does weird shit to the elastic and shortens the life of the garment.

Fucking don't iron wool unless you know what you're doing. It can potentially burn your house down, particularly wool that has not been treated to be flame retardant. And if you use too much water, it will shrink and warp weirdly.

Flannel does not need to be ironed. Neither does terrycloth.

Suit jackets should not be ironed - they should be steam-cleaned or dry cleaned depending upon the material they are made of.

Leather does not need to be ironed and you will damage it if you try. Same is true for pleather, suede and fake suede. Please do not try and wash these materials with water. You will fuck them up.

You can try to iron (faux, for the love of GOD, faux) fur if you want, but you'll be picking hair out of your iron for the next five times you try to iron.

Unless you are actively making a garment usually just letting it hang will get rid of minor wrinkles, and most fabrics (if you hang or fold them straight out of the dryer) will not crease in any significant way.

If you are making a garment, iron the SHIT out of it at every step. You will get a much better fitted garment at the end of it.

And yes, I am totally ignoring your collapse of civilisation nihilism.

[woolbedcompany]

The Benefits of Investing in an Organic Wool Mattress and Sheet Sets

In recent years, the emphasis on eco-friendly and health-conscious living has brought organic products to the forefront of the home and wellness industry. Among the most talked-about items in this category are the Organic Wool Mattress Pad and Organic Sheet Sets. These products are gaining popularity not only for their environmental benefits but also for their positive impacts on personal well-being. In this blog, we'll explore why integrating these organic essentials into your bedroom could be a game-changer for your health and comfort.

What is a Mattress Pad?

A mattress pad is crafted from 100% organic wool, which is sourced from sheep that have been raised without the use of synthetic pesticides, herbicides, or chemicals. This makes the wool not only eco-friendly but also free from potentially harmful substances that can affect your health.

One of the key benefits of a wool mattress pad is its natural temperature regulation. Wool has the remarkable ability to wick moisture away from the body while providing insulation, keeping you warm in the winter and cool in the summer. This balance can significantly improve your sleep quality by preventing overheating or chilling, leading to a more restful night.

Moreover, wool is naturally hypoallergenic and resistant to dust mites and mold. For those with allergies or respiratory sensitivities, an organic wool mattress can create a cleaner, healthier sleeping environment. Additionally, wool's inherent fire-resistant properties eliminate the need for chemical flame retardants, further contributing to a safer and more natural sleep surface.

The Importance of Organic Sheet

When it comes to bedding, sheet sets play a crucial role in enhancing your sleeping environment. These sheets are made from organically grown cotton, which is cultivated without the use of synthetic pesticides, fertilizers, or genetically modified organisms (GMOs). As a result, organic sheets are softer on the skin and free from the harsh chemicals often found in conventional cotton sheets.

Opting for sheet sets not only supports sustainable farming practices but also reduces your exposure to potentially harmful substances. Conventional cotton production is notorious for its heavy use of chemicals, which can leave residues on fabrics and contribute to environmental pollution. By choosing organic sheets, you're making a conscious decision to avoid these chemicals and support more eco-friendly agricultural practices.

In addition to their health benefits, sheet sets are known for their durability and comfort. Organic cotton fibers tend to be stronger and more resilient, leading to longer-lasting sheets that maintain their softness and appearance over time. This means you can enjoy the luxurious feel of organic cotton while contributing to a more sustainable and ethical textile industry.

Why Combine Both?

Integrating an organic mattress pad with an organic sheet creates a synergistic effect, enhancing the overall quality of your sleep while promoting a healthier lifestyle. The natural temperature regulation of the wool mattress pad, combined with the chemical-free comfort of organic sheets, ensures a sleep environment that is both eco-friendly and conducive to well-being.

Furthermore, this combination supports a more sustainable lifestyle. By investing in these organic products, you're not only improving your own sleep quality but also making a positive impact on the environment. Organic farming practices help reduce pollution, conserve water, and promote biodiversity, contributing to a healthier planet for future generations.

Conclusion

Choosing an organic mattress pad and sheet set is more than just a trend—it's a commitment to better health, increased comfort, and environmental stewardship. These products offer a range of benefits from improved sleep quality to reduced exposure to harmful chemicals, making them a worthwhile investment for anyone looking to enhance their living space in a meaningful way.

As the demand for organic and eco-friendly products continues to grow, incorporating these items into your home is a simple yet impactful way to contribute to a more sustainable future. So, why not take the plunge and experience the numerous advantages of an organic wool mattress pad and organic sheet sets for yourself? Your body—and the planet—will thank you.

[crannab]

I remember in my days working in a fabric store-- pretty much every bolt of fabric had a disclaimer, "Not intended for use in children's sleepwear," including things like fabric with sleepy baby prints and the stuff that was labeled as flame retardant. People aren't deliberately setting babies on fire, but house fires do happen, and the type of material you use for bedding and pajamas does make a difference. That said, I also recall hearing that the official standards were written in such a way that it makes wool look far more flammable than it is under typical use. (That said, I have made and used acrylic potholders. They have held up at least as well as the commercial ones, which are often made of cotton, which is just as flammable.)

So, when in doubt, if you're considering making something that will be used in a bedroom or near open flames (potholders, historical reenactment garb, camping gear), take a sample and set fire to it before you invest a large amount of money and time in a project that might fail dangerously.

Today I found out that yarners think crocheting socks is subversive and controversial and I just…on one hand, why the fuck not, I guess yarners are allowed to have their controversies, but on the other, how much time do you have in your FUCKIN DAY??

[moroccorugs]

Moroccan rug 3.4 X 6.6 Feet

This Moroccan rug is 3.4 X 6.6 feet, crafted from 100% wool. Wool fibers are soft to the touch, durable, and naturally flame-retardant, making this rug ideal for any home. The wool also wicks away moisture, keeping your floor dry and comfortable, and providing a safe and comfortable environment for both children and pets.

104 CM X 203 CM = 3.4 FT X 6.6 FT

MASK150-29

The Moroccan rug 3.4 X 6.6 Feet destined to impress, and priced at only $325.00 , for a limited time.

moroccanrug _ beniourain - berber rug

[swan-energy]

Exploring the Role of Fabric Manufacturing Companies in Today's Textile Industry

In the ever-evolving textile industry, fabric manufacturing companies play a crucial role in shaping the quality and variety of textiles available in the market. These companies are at the forefront of innovation, blending traditional craftsmanship with modern technology to produce high-quality fabrics that cater to diverse needs. Whether it's for fashion, home decor, or industrial use, the expertise and precision of these manufacturers ensure that the fabrics meet the highest standards. To learn more about the intricacies of fabric production, visit our dedicated page on fabric manufacturing at Swan, where we delve into the processes and technologies that define our manufacturing excellence.

Fabric manufacturing companies are the backbone of the textile industry, responsible for transforming raw materials into finished fabrics. This transformation involves multiple stages, including spinning, weaving, dyeing, and finishing, each requiring specialized machinery and skilled labor. The choice of raw materials—be it cotton, wool, silk, or synthetic fibers—significantly impacts the final product's quality, texture, and durability. Leading manufacturers invest heavily in research and development to innovate and improve these processes, ensuring that they can meet the ever-changing demands of global markets.

One of the key trends in fabric manufacturing today is the move towards sustainability. With growing consumer awareness and regulatory pressure, companies are increasingly adopting eco-friendly practices. This includes using organic raw materials, reducing water and energy consumption during production, and minimizing waste. Fabric manufacturers are also exploring new, sustainable fibers, such as bamboo and recycled polyester, which offer a lower environmental impact without compromising quality.

Another important aspect of modern fabric manufacturing is the customization of fabrics. Whether for fashion designers seeking unique textures and patterns or industrial clients requiring specific performance characteristics, manufacturers now offer a wide range of customization options. This includes everything from selecting the weave and weight of the fabric to incorporating special treatments like water resistance or flame retardancy.

In conclusion, fabric manufacturing companies are pivotal to the textile industry's growth and sustainability. They produce the materials that shape our everyday lives and drive innovation and sustainability in the sector. By continually advancing their techniques and embracing new technologies, these companies ensure that they can meet the demands of both consumers and industries, now and in the future.

[favouritefab-blog]

What is Non Woven Material?

What is Non-Woven Material?

Non-woven material is a type of fabric that is engineered rather than woven or knitted. Unlike traditional fabrics made by weaving or knitting threads together, non-woven materials are made by bonding fibers together using various techniques such as chemical, thermal, or mechanical processes. This results in a fabric that is both versatile and durable, finding widespread use in various industries.

How is Non-Woven Material Made?

The production of non-woven material involves several key steps:

Fiber Selection: The process begins with the selection of fibers, which can be natural (like cotton or wool), synthetic (such as polypropylene, polyester, or nylon), or a blend of both. The choice of fibers depends on the intended application of the non-woven material.

Web Formation: The selected fibers are then arranged into a loose web. This can be done through various methods like carding, air laying, or wet laying, depending on the desired characteristics of the final material.

Bonding: Once the fiber web is formed, the fibers are bonded together to create a cohesive fabric. Bonding methods include:

Chemical Bonding: Using adhesives or binders to glue the fibers together.

Thermal Bonding: Applying heat to melt and fuse the fibers, especially in thermoplastic materials like polypropylene.

Mechanical Bonding: Entangling the fibers using needles or water jets to create a strong, interlocked fabric.

Finishing: The bonded fabric may undergo additional finishing processes, such as coating, dyeing, or printing, to enhance its properties and appearance for specific applications.

Properties of Non-Woven Material

Non-woven materials are known for their unique properties that make them suitable for a wide range of uses:

Lightweight: Non-woven fabrics are generally lighter than woven or knitted fabrics, making them easy to handle and transport.

Breathable: Depending on the fiber and bonding method, non-woven materials can be made breathable, allowing air and moisture to pass through.

Durable: Despite their lightweight nature, non-woven materials can be very strong and resistant to wear and tear.

Versatile: Non-woven materials can be engineered to have specific properties like water resistance, flame retardance, or UV protection.

Cost-Effective: The manufacturing process of non-woven fabrics is generally faster and less expensive than traditional textiles, making them an economical choice for many applications.

Applications of Non-Woven Material

Non-woven materials are used in a wide variety of industries due to their adaptability and performance characteristics:

Medical: Non-woven fabrics are used in disposable surgical masks, gowns, drapes, and bandages due to their sterility and breathability.

Hygiene Products: They are essential in the production of diapers, sanitary pads, and wipes, offering absorbency and softness.

Agriculture: Non-woven materials are used as crop covers, weed barriers, and in soil stabilization to enhance agricultural productivity.

Construction: In construction, non-woven geotextiles are used for soil stabilization, drainage, and erosion control.

Packaging: Non-woven bags are a popular alternative to plastic bags, providing a reusable and eco-friendly option for consumers.

Automotive: Non-woven materials are used in car interiors for soundproofing, insulation, and filtration.

Conclusion

Non-woven material is a revolutionary fabric that has transformed multiple industries with its versatility, cost-effectiveness, and customizable properties. From medical supplies to construction and consumer goods, non-woven fabrics offer innovative solutions that meet the demands of modern-day applications. Whether for disposable products or durable industrial uses, non-woven materials continue to play a crucial role in advancing technology and sustainability across various fields.

https://favouritehub.com/what-is-non-woven-material/

[therugfurnish]

Sustainable Luxury: The Eco-Friendly Appeal of Handmade Rugs

In an era where sustainability and luxury are no longer mutually exclusive, handmade rugs have emerged as a perfect blend of both. These exquisite pieces not only add a touch of elegance to any space but also embody eco-friendly practices that resonate with the growing consciousness towards environmental preservation. Buy Handmade Rugs This article explores the sustainable appeal of handmade rugs and why they are becoming a preferred choice for discerning consumers.

1. Craftsmanship and Tradition

Handmade rugs are a testament to the skill and dedication of artisans who have honed their craft over generations. Unlike machine-made rugs, each handmade piece is unique, reflecting the intricate patterns and techniques passed down through centuries. This traditional craftsmanship not only preserves cultural heritage but also ensures that each rug is made with meticulous attention to detail, resulting in a product that is both beautiful and durable.

2. Use of Natural Materials

One of the key aspects that make handmade rugs eco-friendly is the use of natural materials. Artisans typically use wool, cotton, jute, and silk, which are biodegradable and have a lower environmental impact compared to synthetic fibers. Wool, for instance, is a renewable resource that is naturally stain-resistant and flame-retardant, making it an ideal choice for sustainable living. Additionally, natural dyes derived from plants and minerals are often used, reducing the reliance on chemical-based dyes that can harm the environment.

3. Low Carbon Footprint

The production process of handmade rugs is inherently sustainable. Since they are crafted by hand, the energy consumption is significantly lower compared to machine-made rugs. handmade rug craftsmanship This reduction in energy use translates to a smaller carbon footprint. Moreover, the local sourcing of materials and the emphasis on traditional methods further minimize the environmental impact. By choosing handmade rugs, consumers are supporting a low-carbon economy and contributing to the fight against climate change.

4. Longevity and Durability

Handmade rugs are known for their exceptional quality and longevity. The time and effort invested in creating each piece result in a product that can withstand the test of time. Unlike mass-produced rugs that may wear out quickly, handmade rugs often become heirlooms, passed down from one generation to the next. This durability reduces the need for frequent replacements, thereby decreasing waste and promoting a more sustainable lifestyle.

5. Ethical Production Practices

The handmade rug industry often operates on principles of fair trade and ethical production. Handmade carpets online  Artisans are paid fair wages for their work, and the production process is transparent and free from exploitative practices. By purchasing handmade rugs, consumers are supporting communities and ensuring that artisans can continue their craft in a sustainable and ethical manner. This ethical approach not only benefits the environment but also promotes social sustainability.

6. Aesthetic and Functional Appeal

Beyond their environmental benefits, handmade rugs offer unparalleled aesthetic and functional appeal. Rugs manufacturers in india  The unique designs and textures add character and warmth to any space, making them a versatile addition to home decor. Whether it's a vibrant Persian rug or a minimalist Scandinavian design, handmade rugs can complement various interior styles. Additionally, their natural materials provide comfort and insulation, enhancing the overall living experience

Conclusion

Handmade rugs epitomize the concept of sustainable luxury, offering a harmonious blend of beauty, craftsmanship, and eco-friendliness. As consumers become more conscious of their environmental impact, the demand for sustainable products continues to rise. contemporary rug design Handmade rugs, with their rich heritage, natural materials, low carbon footprint, and ethical production practices, stand out as a symbol of responsible luxury. By choosing handmade rugs, individuals can make a positive contribution to the environment while enjoying the timeless elegance and durability that these exquisite pieces bring to their homes.