#Fire Retardant

[sonar-knowledge-center]

What's the Difference Between Flame Resistant vs Flame Retardant?

Flame-resistant and flame-retardant materials differ in composition and processing, yet both aim to provide protection against flames. The primary distinction lies in the chemical treatment of flame-retardant products. While these treatments can slow ignition and burning, or even cause self-extinguishing, materials like polyester or nylon may melt or drip when exposed to fire and heat, potentially causing secondary skin injuries.

Therefore, it's crucial to understand the differences between flame-resistant and flame-retardant materials, as well as the standards for Personal Protective Equipment (PPE), to ensure the safety of workers by providing them with the appropriate garments.

For more details about the difference between flame-resistant and flame-retardant, please see the full article at Flame Resistant vs Flame Retardant: Differences Need To Know

[eurobond-acp-panels]

Architects: Real-Life Superheroes

Fire – A word that strikes fear in the bravest hearts! As children, we nonchalantly played the game ‘Fire on the Mountain Run, Run, Run!’... But in our crowded, vertically towering cities, fire is no game… and how and where does one run in case of an unfortunate fire in a high-rise building? Here’s where the wisdom of the age-old adage “Prevention is better than Cure”, becomes pivotal for every decision in the construction world.

Talking of decision-making, there is a group of unsung superheroes who silently and meticulously work behind the scenes, ensuring our safety and security. They eat, breathe and sleep safely, because their decisions literally make the difference between life and death; and the protection, or destruction of hard-earned property. Their safety consciousness is seen right from the word ‘go’, starting with Hazard Control measures at the construction site; Planning for efficient Lightning Protection Systems; Integrating Fire Safety into building design; Ensuring Material Specifications that incorporate high-quality, rated, insulation to prevent fire hazards, as well as secure the life of buildings and their occupants.

These real-life superheroes are the Architects whose painstaking efforts ensure our safety in offices, factories, homes, holiday resorts, malls, restaurants, theatres, stadiums, educational institutions, places of worship, and the list goes on… Their decisions can make or break life and property at every step of the way; every second of the day! Such is the immensity of power in the decisions Architects make. With this great power, comes great responsibility. By consciously striving for safety, Architects are truly the unsung real-life superheroes, responsibly keeping safe millions of lives across the world.

Speaking of safety, fire is one of the greatest threats, especially in high-rise buildings, compelling every possible preventive measure. Fire protection systems like Fire hydrants/sprinklers, Fire escape routes with directional signs, Warning System, Firefighting equipment, and Fire Detector System are visible measures of fire protection; but studies have also put the spotlight on fire-resistant building material, that has significantly reduced the number and intensity of disasters. With this in mind, at Eurobond, fire safety is a concern that has been amply addressed in all the cladding material we offer, as summarised below:

Eurobond A2 Aluminium Composite Panel (ACP)

These ACPs incorporate the best-in-class materials with a minimum 90% mineral core sandwiched between two aluminium skins of alloy 3003/5005 with Kynar 500 PVDF/FEVE lacquered surfaces on the front, and service coated on the rear. The FR mineral core is made of special grade MDH and ATH compounds which are the most reliable Halogen-Free (HF) compounds. Upon forced burning, they emit non-toxic harmless vapor; exhibit the best flame self-extinguishing properties; and are active smoke suppressants, thus greatly helping in containing the spread of fire. Our A2 ACPs have been tested and certified by Exova Warringtonfire, UK Laboratories, China, and have a confirmed rating of EN 13501-1 as Class A2 - s1 d0, thus satisfying almost all the building and construction codes worldwide, including application in fields such as railways, transportation, wind energy, defence, etc.

FR Plus (Class B) Aluminium Composite Panels

These incorporate new generation Mineral Core Filling, which contains 70% advanced mineral compounds, for excellently and economically restraining flammability of minor polymeric content, thus restricting flame propagation and smoke generation in case of a fire. It comprises of two Aluminium skins (Alloy 3003/5005), front skin coated with an advanced PVDF/FEVE coating system, and a rear with a wash coat to provide longevity to the panel. The PVDF/FEVE coated front skin provides excellent colour retention, gloss retention, UV stability, weathering resistance, and pollution resistance – for more than a decade with negligible periodic maintenance. Tested and certified by Exova Warringtonfire, UK, these ACPs have a confirmed rating of EN 13501-1 as Class B - s1 d0. They also have a 3 Hour Fire rating for ASTM E 119 and have been tested by Thomas Bell Wright, Dubai.

Eurocore – Aluminium Core Composite Panels

Eurocore has a non-combustible Pure Aluminium Core, with A2 class fire retarding properties, offering the best strength-to-weight ratio among the three classes, making it ideal for high-rise buildings and constructions.

Eurocore has many Technical Advantages:

Relieves the load on buildings being Lightest in Weight, yet Highest in Strength

Fire Retardant (Non- Combustible)

Formable and construction-friendly

Wind Pressure Resistance

Satisfies Stringent Building Codes

Least Cost of Installation

Completely Recyclable making it Eco-friendly.

Eurocomb – Aluminium Honeycomb Panels

Eurocomb is a sandwich panel with a nature-inspired hexagonal honeycomb structure as its core, making it lightweight compared to other materials of the same volume; and simultaneously enhancing stiffness and stability. Built on the principles of safety and environment-friendliness, Eurocomb’s incorporate fire-retardant properties and are AA3003 fully recyclable. Added advantages are their superior flatness, exceptional stiffness, and sound insulation. Our PVDF coating makes Eurocomb weatherproof, UV-resistant, waterproof, and dust-proof. Eurocomb comes with a 15-year warranty – an affirmation of our quality control procedures that test our panels with advanced equipment.

In this imperfect world, there will always be superheroes and villains, and Architects too have the option to decide on which side of the divide they want to be. The unscrupulous ones make unprincipled decisions and the unfortunate results are there for all to see! Thankfully the vast majority of Architects are truly superheroes who do everything in their power to build safe buildings because there are literally millions of lives riding on the decisions they make.

The importance of choosing safe cladding material can never be over-emphasized, considering their pivotal role in preventing fire-related disasters, and also in ensuring the life and safety of buildings – and consequently people too. We at Eurobond are committed to innovations that constantly focus on safety in cladding material, to help Superhero Architects in their quest to build a safer world – one building at a time!

[2022dirt]

Someone in Australia was tying their shoe when a water bombing plane had to drop fire retardant due to turbulence.

[adtogroup]

Fire Retardant Debris Safety Netting Bulk Order Material: PE(with UV or fire-resistant) 𝗖𝘂𝘀𝘁𝗼𝗺𝗶𝘇𝗮𝗯𝗹𝗲 #safetynet #adto

[limitlessspeed]

The outer layer of fire proof cables

But in the event of a fire, the components of these polymers (which are used as insulation and coating in all kinds of wires and cables) decompose and create important side effects with the formation and release of halogen acid vapors. It is white, corrosive and poisonous. These effects are dangerous and harmful for people or devices and equipment that are in the fire place. The issues related to the corrosiveness and toxicity of fumes do not need to be explained. The white color or non-transparentness of the smoke also causes signs and guides that are usually installed in public halls to help people to exit, not to be seen. For these reasons, little by little, the general view became that the disadvantages and harms of using self-extinguishing or fireproof polymers in wires and cables are more than its benefits.

The expansion of large public transport vehicles that transport a huge amount of people and the need to observe the safety of passengers' lives, as an effective pressure factor, led the research to find materials that, in the first step, release acid vapors from the polymers used. reduce the wire and cable as well as the cabling of vehicles, and in the next step, by using olefinic polymers containing large amounts of heat-absorbing fillers, the release of acidic vapors is generally eliminated.

Halogen-free material

The resistance of all types of wires and especially cables against the spread of fire depends not only on the cable coating, but also on all its components (insulation, filler, metal shields and coating).

Heat-absorbing fillers, which are mainly composed of metal oxides, are weak in terms of the electrical characteristics required for cable coating, and for this reason, their use in cable insulation is limited. On the other hand, the use of these fillers in large quantities reduces the mechanical properties of the product and makes the process difficult. Based on this, in the first place, the polymer mixture of the cable cover is designed in a way that is self-extinguishing or fire-proof, taking into account the appropriate mechanical properties, and if its self-extinguishing property is not sufficient for the intended use, the insulation is also This property is made.

The curing or vulcanization of the cable sheath mixture causes better stability of its thermal-mechanical characteristics in the long term, but since the vulcanization of the mixture used in the cable sheath is not always possible due to process problems, it is necessary to use halogen-free thermoplastic materials. to be The points mentioned show that finding materials that meet all expectations requires a lot of research work for proper formulation, and in addition, appropriate solutions must be found in terms of practical problems in the industry. The industrial development of using a large amount of filler requires careful work in terms of proper mixing and also finding the extrusion conditions of the mixture.

The development of test methods and the publication of required specifications for cables used in sensitive locations, by consumer organizations, has been a guide to the research work of formulators and has helped to set the required conditions. For example, a parameter called ((temperature coefficient)) makes a further evaluation of the polymer's behavior against fire. The measurement of this parameter is done at a temperature close to the fire temperature and its information value is higher than (oxygen coefficient). Also, the tests that were conducted on flexible wires (Afshan wires) made it possible to better evaluate and understand the spread of fire in flexible cables (Afshan cables).

The importance of the safety of people and equipment and the elimination of the effects caused by the use of halogenated fire retardant materials is so important that it justifies the solution of halogen-free polymers, even though the price of this type of polymers is higher and requires more investment. Currently, the use of these materials to cover cables used in crowded public places including cinemas, hospitals, residential towers, tunnels, public transportation, industrial places including expensive equipment and buildings that are Artistic opinion is preferred like museums.

The flame retardant property of halogen-free engineering polymers minimizes the density, toxicity and corrosiveness of products caused by fire and burning of polymer materials. This issue has now become one of the main topics of the wire and cable industry.

In special applications such as the installation of electric cables in ships, ordinary and underground trains, materials that have high thermal resistance in addition to the mentioned properties, their process is economically justified, and the wire or cable produced on the surface are acceptable. have a small cross-section (in the sense that a small thickness of insulation provides the required insulation properties).

Polyetheramide resins (PEI) and siloxane copolymers are types of thermoplastic engineering polymers that have high efficiency and ease of process together. All types of polymers meet the most difficult conditions in terms of flame retardant properties, without the need to use halogens, their oxygen coefficient (LOI) is higher than 45, and their continuous use temperature is higher than other polymers used. In this application. In addition to these, polyetherimide siloxane copolymer has extraordinary flexibility and softness. Other advantages of them include dielectric constant and low loss coefficient in a wide range of temperature and frequency, as well as chemical resistance and high dielectric strength.

[theriu]

How To Extinguish A Phoenix

Phoenix: ACHOO! (bursts into flames)

Me: (sprays down with fire extinguisher)

Phoenix: (sniff) . . . I think that-ah-ACHOO (combusts again)

Me: (sprays again) We might need to switch extinguishers here soon.

Phoenix: Already?! Just let me di-ah-ah . . . ! No, lost that one. Anyway, just let me die, then!

Me: Not a chance, buddy! Remember what you said: no matter what, don’t let you burn to ash, because a cold isn’t as bad as spending six months regrowing all your feathers. Focus on that! The meds should kick in soon! And I’m not giving your deposit back!

Pheonix: I knooow, but I haaate thiiis . . . ah-ah-AH—!

Me: (sprays)

Phoenix: (sputtering) At least wait until I’m ACTUALLY on fire!

Me: (sheepish) Sorry. I got excited.

Phoenix: So glad you’re enjoying yourself!

Me: Look, I do not care how much you paid me: Dodging flammable pheonix snot is not how I like to pass my time. But fire extinguishers are fun, and if we’re both going to be miserable, I don’t see why we shouldn’t relish what little joy is to be had here.

Phoenix: . . . That’s fair, I guess.

Me: Tell you what—if I catch on fire, you can spray ME down.

Phoenix: Aw, thanks. That’s really . . . ah . . . ah . . . ACHOO!!!

Me: (sprays)

———

(A/N: This one goes out to all the people afflicted with holiday bugs! There’s SO MANY OF YOU, my WORD. I hope you feel better and still have a very Merry Christmas and all the other holidays left this year!)

For more assorted nonsense, visit my How To Guides for Mythical Creatures Masterlist!

[materialsscienceandengineering]

Fungi could be the next frontier in fire safety

Australia is no stranger to fire-related disasters. The country experiences more than 17,000 residential fires each year. Each winter brings an increase in potential fire hazards due to the use of heaters and candles. Couple this with our already fire-prone vegetation, and a generally hot and dry climate, and you can see why there's an urgent need to develop effective and sustainable fireproofing methods. This is what inspired our research team to create fireproofing materials made from edible fungi. These materials can withstand flames to protect the integrity of a building's structure (and any occupants). Our work presents an exciting opportunity for an industry that has spent too long using materials that are harmful to human health and the environment.

Read more.

[flarebean]

how to tell who put a blanket over you when you fell asleep somewhere random in VP HQ part 2:

a nondescript blanket is haphazardly thrown over your lap: yoru, who casually chucks any nearby blanket-looking thing at you without really looking.

the blanket is accompanied by a cuddly tasmanian tiger and a glowing flower crown: skye, whose creations hum soothingly, ensuring you wake feeling rested

the cloth is strongly coffee scented. you feel very awake, all of a sudden: fade, lending you the shroud she clings to when seeking a reprieve from unconsciousness, when her own demons hunt her out of her sleep

you are buried in a pile of small pillows: jett, who spent at least 20 minutes constructing a nest around you, giggling silently

shrugging off the blanket, you receive a static shock when you next touch a metal item (or kay/o): neon, who would ground her excess charge before draping the blanket over if it wasn't ultimately harmless and, well, the other young agents find it amusing?

the couch is on fire: phoenix, who has been told not to do this at least 15 times. the good news is that all but one of the couch cushions has been treated to be fire-retardant, because brim got tired of replacing the whole couch and begged viper to please, please make some kind of non-flammable chemical concoction.

part 1

[bywandandsword]

You know how in GoT and other "medieval" setting shows/movies, they always show clothes made of fur or fur cloaks, but the fur is always on the outside? It's supposed to be on the inside creating an insulating layer in your clothes and was generally a lining for a wool garment, cause wool that is processed as they did back then retains a lot of the natural oils that make it water resistant (oils or not it's also naturally fire resistant which is so cool!)

I just keep thinking about how actual medieval people would rag on them so hard and see them as unkempt. Like, the most famous case I can think of is Ragnar Lodbrok. Like, Lodbrok isn't his surname, it's a nickname that means "hairy breeches" because he had a pair of trousers with the fur on the outside and it was so notable that no one let it go to the point that it's still a thing he's known by more than a thousand years later.

[weshney]

DP writing prompt

Where Jack's driving finally pisses someone off enough that they set fire to the Fenton household in the dead (ha) of night.

Except.

Danny's ice core has laid claim to FentonWorks and it is now his lair.

So on the first attempt, this arsonist leaves the fire, sure that everything is set for tragedy. Only to find out the next day that nothing happened. Somehow, the blaze just died out on its own for no discernable reason.

Confused and slightly irritated, the person tries a different, more aggressive approach.

Round two, same thing happens.

And again a third time.

By this point, the scumbag is thoroughly frustrated.

Cue more and more elaborate, fool-proof ways to get the fires going.

Ones that just won't freaking. stay. lit.

Danny, for his part, assumes any scorch marks are parent-related and sleeps through the odd chill like it's nothing.

That is, until the final attempt.

When a particularily large plume of flame drops his body temperature just enough to rouse him.

[31n13]

Bring back linoleum flooring. Fuck vinyl.

[mx-lamour]

Pre-campaign Ezra through the ages

[yoinkschief]

Bruh I think if Tyler met Tord he would just say "Hello... Peasant."

Oh hello I didn't see this earlier what

He would be so displeased, especially if he saw any similarities between him and Tom, heaven forbid he figure out it's his child

[eurobond-acp-panels]

Fire-Rated Materials in Architecture: Eurobond FR ACP

In the world of modern architecture, ensuring the safety of buildings and their occupants is paramount. Fire safety is a critical concern, and one key component of achieving this goal is the use of fire-rated materials. Among these materials, Eurobond FR (Fire-Retardant) Aluminum Composite Panels (ACP) stands out as an exceptional choice for architects and builders.

Understanding Fire-Rated Materials

Fire-rated materials are those that are specifically designed to resist the spread of fire, providing valuable time for occupants to evacuate a building and for firefighters to respond. These materials are rigorously tested and certified to meet fire safety standards and building codes.

Eurobond FR ACP: A Brief Introduction

Eurobond FR ACP is a type of cladding material that combines the aesthetics of aluminum with exceptional fire-resistant properties. This product is designed to meet the highest industry standards for fire safety while offering a wide range of design possibilities. Here's why it's gaining popularity in architectural circles:

1. Fire-Resistance

Eurobond FR ACP is designed to be fire-retardant, meaning it slows down the spread of flames in the event of a fire. The core material in Eurobond FR ACP is specially formulated to withstand high temperatures, limiting the potential for the ACP to ignite or contribute significantly to the fire's progression.

2. Code Compliance

Architects and builders can have confidence in Eurobond FR ACP because it complies with stringent fire safety regulations and standards. These panels typically undergo rigorous testing to determine their fire performance, and the results are used to assign specific fire-resistance ratings, such as Class A, B, or C, to the material.

3. Versatile Design

One of the remarkable features of Eurobond FR ACP is its adaptability to various architectural styles and design aesthetics. It is available in a wide array of colors, finishes, and textures, allowing architects and designers to incorporate it seamlessly into their projects. Eurobond FR ACP's design versatility makes it an attractive option for both contemporary and traditional designs.

4. Durability

In addition to fire resistance, Eurobond FR ACP is known for its durability and weather resistance. It can withstand harsh environmental conditions, such as UV exposure and extreme temperatures, without compromising its structural integrity. This longevity ensures that the material maintains its fire-resistant properties over time.

5. Sustainability

Sustainability is an ever-increasing concern in the construction industry. Eurobond FR ACP contributes to environmental sustainability by being recyclable and energy-efficient. Its fire-resistant properties also add an extra layer of safety, protecting the environment from potential fires.

Applications of Eurobond FR ACP

Eurobond FR ACP is used in various architectural applications, including:

Exterior Cladding: Eurobond FR ACP is often used as an exterior cladding material, providing a visually appealing facade while ensuring fire safety.

Interior Walls: It can also be used for interior wall coverings, where fire resistance is crucial, such as in commercial kitchens or high-rise buildings.

Signage and Signboards: Its versatility in terms of finishes and colors makes it a popular choice for signage and signboards.

Ceilings and Partitions: Eurobond FR ACP can be applied to ceilings and partitions, enhancing the overall fire safety of a space.

Conclusion

Fire-rated materials like Eurobond FR ACP play a vital role in ensuring the safety and longevity of architectural projects. As architects and builders strive to create aesthetically pleasing yet secure structures, the use of Eurobond FR ACP becomes a valuable choice. Its fire-resistant properties, code compliance, design flexibility, and durability make it a worthy addition to any construction project, contributing to the safety and appeal of the built environment.