Polyester Fabric Flame Retardant
| HS Code | 198554 |
| Flammability | low |
| Heat Resistance | moderate |
| Color Fastness | good |
| Abrasion Resistance | high |
| Tear Strength | decent |
| Wrinkle Resistance | excellent |
| Moisture Wicking | fair |
| Breathability | average |
| Stain Resistance | fair |
| Weight | varies by type |
As an accredited Polyester Fabric Flame Retardant factory, we enforce strict quality protocols—every batch undergoes rigorous testing to ensure consistent efficacy and safety standards.
| Packing | Polyester fabric flame retardant: Packed in 25 - kg bags for easy handling and storage. |
| Storage | Polyester Fabric Flame Retardant should be stored in a cool, dry place away from direct sunlight and heat sources. Keep it in a well - ventilated area to prevent the build - up of fumes. Store in tightly sealed containers to avoid moisture absorption, which could affect its effectiveness. Avoid storing near incompatible substances to prevent chemical reactions. |
| Shipping | Polyester Fabric Flame Retardant is shipped in secure, climate - controlled containers to prevent damage. Packaging ensures protection from moisture and physical impact during transit to reach destinations safely. |
Competitive Polyester Fabric Flame Retardant prices that fit your budget—flexible terms and customized quotes for every order.
For samples, pricing, or more information, please call us at +8615380400285 or mail to sales2@liwei-chem.com.
We will respond to you as soon as possible.
Tel: +8615380400285
Email: sales2@liwei-chem.com
Historical Development
The flame retardant technology of polyester fiber originated in the middle of the twentieth century. At the beginning, craftsmen made clothes, mainly polyester. Although the quality is strong and cheap, it is flammable in case of fire, and it is difficult to prevent emergency disasters. With the development of industry, chemists have developed new methods to explore the subtleties of flame retardants, or added to fibers, or applied to cloth surfaces, and their various uses have greatly increased their safety uses. Today, there are fire-resistant, washable, and non-toxic methods in parallel, and they should be used in military, medical, civilian, and many other fields. With the rise of environmental protection concepts, new green flame retardant technologies have emerged frequently, which are more refined than in the past. Overall, since its inception, the process has been constantly changing, and the process has been new, helping human beings live and work in peace and contentment.
Product Overview
Polyester fiber, flexible and solid, with bright color, is widely used in clothing, home furnishing and craftsmanship. However, it is flammable in case of fire, and if there is a little negligence, there will be endless disasters. Today, with advanced technology, flame retardant treatment is given to make it non-flammable in case of fire, or extinguished when it leaves the fire, with less smoke and less toxicity, ensuring people's peace. Its performance is constant, washing is undiminished, and its appearance is the same as before. Widely suitable for hotels, hospitals, public places and all kinds of environments that need to prevent fire. Using environmentally friendly formula, after strict inspection, it is safe and reliable, and it is actually the best material for the modern textile industry. It can be used to prevent problems before they occur, demonstrate technology and wisdom, and benefit people's livelihood. It is widely
Physical & Chemical Properties
Polyester flame retardant fabric is light in texture, shiny in color and dense in structure. Its physical toughness, high breaking strength, long wear resistance, excellent elasticity, and not easy to wrinkle. The fabric is dense and uniform, slightly less hygroscopic, and naturally dries quickly and conveniently. For chemical properties, it is resistant to acid and alkali erosion, not easy to corrode, resistant to ultraviolet rays, and has good color fastness. Its flame retardant process, treated with special additives, has an elevated ignition point, significant oxygen index, self-extinguishing flame in case of fire, limited smoke volume, few embers, and greatly improved safety performance. However, it is chemically stable, difficult to dissolve in general solvents, and is suitable for a variety of environments. And due to the flame retardant treatment, the feel is slightly different from that of conventional polyester, which is slightly affected by the formula difference, but the overall performance is superior, and it is widely used in home textiles, tooling, safety protection and other fields.
Technical Specifications & Labeling
This polyester flame retardant cloth is based on high-quality polyester fiber. It has been refined by a special flame retardant process. The color is pure and the texture is firm. The width is 150 cm, the gram weight is 220 grams per square meter, the tensile breaking strength is good, and the wear resistance is durable. The combustion performance complies with international standards such as ISO 15025 and EN 11612. It is self-extinguishing in case of fire, less smoke, and no toxic gas escapes. The flame retardant effect is not reduced after washing 30 times, and it is suitable for industrial, protective and household use. The fabric is supple, breathable and low static electricity. It is packaged in a roll of 200 meters, and the inner and outer packaging is solid. The label indicates the batch number, production date and execution standard, which is easy to trace and check.
Preparation Method
The preparation of flame retardant for polyester fabrics is based on terephthalic acid and ethylene glycol as raw materials to synthesize polyester matrix. In the meantime, flame retardant elements phosphorus, nitrogen and organophosphine compounds are added, or aluminum hydroxide and melamine derivatives are used as additives. The process starts from heating esterification to form ester bonds, and then heating polymerization. Antimony, titanium or zirconium are used as catalysts, and flame retardants are added to the polymerization, so that the flame retardant groups are embedded in the polymer skeleton. The reaction is divided into two steps: prepolymerization and polycondensation, and by-products are gradually vacuumed to remove, and the molecular weight is from small to large. The catalytic mechanism is that the catalyst promotes the efficient condensation of monomer hydroxyl and carboxyl groups, reduces the energy barrier, and accelerates the growth of polyester chains. Elements such as phosphorus and nitrogen in the flame retardant are copolymerized in the polyester molecule by chemical covalent or physical doping, thereby enhancing the fire resistance of the finished product and preparing high-performance flame retardant polyester fabrics.
Chemical Reactions & Modifications
Polyester fabrics are tough in performance and flammable in case of fire, so they need to be modified to increase flame retardancy. The method is mostly to add or graft flame retardants, flame retardants or phosphorus, nitrogen, or bromine, silicon, etc. When phosphorus is introduced into the fiber surface or molecular chain, polyphosphoric acid is formed at high temperature, which can form a carbonized layer, isolate oxygen and prevent the spread of flame. Nano-silica can also be used as an auxiliary to enhance the thermal insulation performance of fabrics. During the modification process, high temperature and high pressure impregnation, copolymerization or surface coating are commonly used. The flame retardant reacts chemically with the polyester molecule to form a stable structure, which is difficult to precipitate, so the flame retardant effect lasts for a long time. Once the synthesis is completed, the burning smoke is less toxic and the environment is also protected. This method is applied simultaneously, which not only maintains the primary color and flexibility of the fabric, but also has the effect of flame retardancy and durability, which is a wonderful use of chemical modification.
Synonyms & Product Names
Polyester flame retardant fabric, also known as polyester flame retardant fabric, also known as fire retardant polyester fiber cloth, flame retardant polyester fabric, is one of the first-class fire retardant fabrics sold in the market. This material is tough, burns but does not burn, and self-extinguishes in case of fire. It is often used in curtains, tents, work clothes, curtains, etc. The market products are also labeled as Flame Retardant Polyester Fabric, Fireproof Polyester Cloth, Flame Retardant Polyester Cloth, Flame Retardant Polyester Cloth, Flame Retardant Polyester Cloth, etc. Although the names are different, they refer to the same kind. Or it is listed in the catalogue under the English name Polyester Flame Retardant Fabric, or under the name of fire protection technology fiber and flame insulation brocade. When purchasing, it is advisable to clarify its synonyms, distinguish its performance, and do not be confused by its name. Enjoy its function and protect your needs.
Safety & Operational Standards
Polyester cloth flame retardant, which is used to enhance the fire resistance of fabrics and is widely used in the textile industry. The operation of this product must follow safety and specifications to ensure that personal and property are safe. Before the first use, check the outsourced text, carefully check the logo, and carefully review the safety technical instructions. Do not lose the rules. Store this product in a dry and ventilated place, away from open flame heat sources, and do not coexist with strong oxidants and strong acids and alkalis. When unsealing, wear gloves, masks and goggles to prevent its dust or liquids from touching the skin, eyes and mouth. When taking it, slowly separate it with quantitative equipment, and it is strictly forbidden to play with it. Do not put it in a place within the reach of children.
The flame retardant shall be prepared in accordance with the ratio, and the proportion shall not be changed privately. After the mixed container is used up, it should be initialized with clean water immediately. The residual liquid is strictly prohibited from pouring into the waterway to avoid environmental damage. In case of splashing, quickly absorb it with clean cloth, and clean it with soapy water wherever appropriate. The dirty waste is stored in a special container and disposed of in accordance with regulations. After daily operation, wash your hands and clean your face, change your clothes, and do not leave the site with the residue. In case of poisoning and discomfort, quickly follow the safety techniques to seek medical treatment, and do not be autonomous. Discarded bottles and cans should be sent to a qualified recycling institution, and should not be burned or discarded in the wild at will. Operating place, always have fire extinguishers and ventilation and exhaust, regularly check pipelines and utensils, and have hidden patients In case of fire, quickly activate the alarm device, evacuate the crowd, close the fire source nearby, and do not use water to extinguish without instructions.
All management and supervision personnel must be familiar with safety regulations, conduct training diligently, and do not take chances and save trouble. Performance appraisal, safety performance is the first choice. All users should abide by national laws and regulations to keep the environment clean and safe. Only then can polyester cloth flame retardant be used, long-term protection fabrics are safe, and people are well.
The flame retardant shall be prepared in accordance with the ratio, and the proportion shall not be changed privately. After the mixed container is used up, it should be initialized with clean water immediately. The residual liquid is strictly prohibited from pouring into the waterway to avoid environmental damage. In case of splashing, quickly absorb it with clean cloth, and clean it with soapy water wherever appropriate. The dirty waste is stored in a special container and disposed of in accordance with regulations. After daily operation, wash your hands and clean your face, change your clothes, and do not leave the site with the residue. In case of poisoning and discomfort, quickly follow the safety techniques to seek medical treatment, and do not be autonomous. Discarded bottles and cans should be sent to a qualified recycling institution, and should not be burned or discarded in the wild at will. Operating place, always have fire extinguishers and ventilation and exhaust, regularly check pipelines and utensils, and have hidden patients In case of fire, quickly activate the alarm device, evacuate the crowd, close the fire source nearby, and do not use water to extinguish without instructions.
All management and supervision personnel must be familiar with safety regulations, conduct training diligently, and do not take chances and save trouble. Performance appraisal, safety performance is the first choice. All users should abide by national laws and regulations to keep the environment clean and safe. Only then can polyester cloth flame retardant be used, long-term protection fabrics are safe, and people are well.
Application Area
Polyester flame retardant cloth is widely used. In interior decoration, it is commonly found in curtains, carpets and wall hangings, which can resist fire and ensure peace; in hotels, theaters, hospitals and other public places, it is especially respected, because it is refractory, it can self-extinguish in case of fire, reducing the risk of spread. It is also used for transportation, such as seat covers and curtains for aviation, railways, and subways, to ensure worry-free travel. Factory warehousing, especially due to the large number of chemicals and machinery, is prone to fires. Polyester flame retardant cloth can be used for shielding and covering, protecting the factory and protecting the material, so as to prevent the disease from happening. Exhibition layout is also widely used to protect the exhibited products and prevent the prairie fire. Its properties are tough, easy to wash, and the color is new for a long time, which is widely valued by the industry. Therefore, the application field of polyester flame retardant fabrics is very important in many industries.
Research & Development
Since the creation of polyester fiber, the world has been known for its softness and toughness, and its versatility. However, it is easy to burn in case of fire, resulting in damage to safety. So all the wise people gathered together and dedicated themselves to the research of flame retardant performance. Taking into account the methods of previous wise people, or adding additives before spinning, or applying coatings on the finished product, they failed to balance durability and comfort. Recent scholars have introduced new ways to explore copolymerization modification, so that flame retardant elements can be fused between the polymer backbone, which not only avoids loss, but also maintains the intrinsic toughness. Then with nanotechnology, the flame retardant efficiency is enhanced, its stability is increased, and physical properties are reduced. So far, the products have not only slowed down the flame delay, but also reduced the smoke and dust. They have shone in the fields of textiles, aviation, and home furnishing. It is based on the flame retardant method of polyester, which is becoming increasingly prosperous and useful.
Toxicity Research
Polyester fiber flame retardant is used to increase its flame retardant properties, and is widely used in consumer and household fabrics. However, its toxicity cannot be ignored, so it should be investigated in depth. Examine its chemical composition, mostly organophosphates and halogens, which escape odor or volatile particles when exposed to high temperature, which is easy to cause human inhalation. Experiments exposed rodents to low doses of flame retardants revealed slight damage to their livers and kidneys, and blood parameters were also mutated. At high doses, behavior was delayed, appetite was reduced, and the central nervous system was affected. However, the dose obtained from daily use is limited, which is not enough to cause severe toxicity. In compliance with application, limits should also be observed to prevent abuse, especially to avoid contact with young children. The gas released after combustion, if it contains benzopyrene, etc., can cause carcinogenic risk, so it is necessary to pay attention to ventilation and fire safety. In short, the toxicity of polyester fiber flame retardants, although there is a concern, it can be beneficial but harmless when used properly.
Future Prospects
The world is changing with each passing day, and technology is gradually improving. Polyester fiber flame retardants are refined by chemicals and are widely used in clothing, curtains and a variety of daily necessities. However, their flame retardant effect can still be improved. Because of the fire, it occurs from time to time, and lives and property are lost every time. Therefore, the future prospect is to improve the flame retardant performance, so that after many washes, it can still last for a long time. It also increases its softness and comfort, so as not to damage the nature of fabrics. At the same time, with the purpose of green environmental protection, we will develop new flame retardants to reduce harmful volatilization and environmental pollution. The global demand for safety has surged, and the market potential is huge. If we can combine artificial intelligence and big data, accurately design and adapt to local conditions, we will definitely expand the scope of application. Then it was extended to the fields of transportation, health care, and construction, benefiting society and all people.
Where to Buy Polyester Fabric Flame Retardant in China?
As a trusted Polyester Fabric Flame Retardant manufacturer, we deliver:
Factory-Direct Value: Competitive pricing with no middleman markups, tailored for bulk orders and project-scale requirements.
Technical Excellence: Precision-engineered solutions backed by R&D expertise, from formulation to end-to-end delivery.
Whether you need industrial-grade quantities or specialized customizations, our team ensures reliability at every stage—from initial specification to post-delivery support.
As a leading Polyester Fabric Flame Retardant supplier, we deliver high-quality products across diverse grades to meet evolving needs, empowering global customers with safe, efficient, and compliant chemical solutions.
What are the flame retardant standards for Polyester Fabric Flame Retardant?
The fire protection standard for polyester fabrics is widely regarded in contemporary industry and civil use. According to the laws and regulations of the country, the following numbers are detailed:
First, the American standard is quite influential, such as NFPA 701. This standard is an important law for national fabrics. In the test, the spinning is burned with an open flame to check the flame spread speed and residual time. If it is lower than the established value, it is judged to be qualified. In addition, CFR Title 16 Part 1610 is a requirement for clothing fabrics. The law stipulates that after the fabric is exposed to fire, it must be automatically extinguished within the specified time limit and cannot be extended to burn.
European and American countries also have their own regulations. European EN 13773 and EN ISO 6940/6941, graded to evaluate the flame resistance of fabrics. EN 13773 is numbered according to the fifth grade, and the first grade is the best fire protection. The test is divided into vertical and horizontal combustion tests to test the length of damage and smoldering time. The British BS 5867 is specially formulated for curtains and wall coverings, subdivided into B and C grades, and the damage and dripping matter are checked in detail. There is also the German DIN 4102 specification, and the B1 category is the flame retardant standard, which is especially adopted by construction and exhibition materials.
In China, GB 8624, GB/T 5455, GB/T 5454, etc. are the main ones. GB 8624 grades the combustion performance of fabrics, with A grade being refractory and B grade second. GB/T 5455 is the vertical method, which measures the flame spread, smoldering, residual carbon and other durations. Different uses may have GB/T 17591, GB/T 20286 and other refined standards.
Anyone who wants to make qualified polyester flame retardant products should choose the corresponding regulations according to the region and use, and test its limiting oxygen index, combustion rate, residual length, dripping characteristics and smoke density and other factors. Multiple samples are tested by statutory institutions, and the verified data are circulated in the city.
Today's fire protection standards are precise, and their science is to ensure safety. Living in a lawsuit or manufacturing place, it is necessary to strictly abide by the law to prevent problems before they occur. Yes, the use of clothing, construction, transportation, and exhibitions is based on formal standards, so that the flame retardant performance of polyester fabrics can be perfected, which is for the peace of the people and the blessing of the state family.
First, the American standard is quite influential, such as NFPA 701. This standard is an important law for national fabrics. In the test, the spinning is burned with an open flame to check the flame spread speed and residual time. If it is lower than the established value, it is judged to be qualified. In addition, CFR Title 16 Part 1610 is a requirement for clothing fabrics. The law stipulates that after the fabric is exposed to fire, it must be automatically extinguished within the specified time limit and cannot be extended to burn.
European and American countries also have their own regulations. European EN 13773 and EN ISO 6940/6941, graded to evaluate the flame resistance of fabrics. EN 13773 is numbered according to the fifth grade, and the first grade is the best fire protection. The test is divided into vertical and horizontal combustion tests to test the length of damage and smoldering time. The British BS 5867 is specially formulated for curtains and wall coverings, subdivided into B and C grades, and the damage and dripping matter are checked in detail. There is also the German DIN 4102 specification, and the B1 category is the flame retardant standard, which is especially adopted by construction and exhibition materials.
In China, GB 8624, GB/T 5455, GB/T 5454, etc. are the main ones. GB 8624 grades the combustion performance of fabrics, with A grade being refractory and B grade second. GB/T 5455 is the vertical method, which measures the flame spread, smoldering, residual carbon and other durations. Different uses may have GB/T 17591, GB/T 20286 and other refined standards.
Anyone who wants to make qualified polyester flame retardant products should choose the corresponding regulations according to the region and use, and test its limiting oxygen index, combustion rate, residual length, dripping characteristics and smoke density and other factors. Multiple samples are tested by statutory institutions, and the verified data are circulated in the city.
Today's fire protection standards are precise, and their science is to ensure safety. Living in a lawsuit or manufacturing place, it is necessary to strictly abide by the law to prevent problems before they occur. Yes, the use of clothing, construction, transportation, and exhibitions is based on formal standards, so that the flame retardant performance of polyester fabrics can be perfected, which is for the peace of the people and the blessing of the state family.
What are the main application fields of Polyester Fabric Flame Retardant?
Polyester flame retardant fabric is made of modern technology, and the material is tough and flame retardant. Its application field is wide, especially for quilts, tents, curtains, home accessories, transportation, industrial facilities and public places. In terms of clothing, it is mostly used in professional uniforms, fire uniforms, military and police equipment, which not only maintains its shape, but also prevents fires. Tabernacle curtains, hotels, halls, conference halls and theaters all use their flame retardant safety capabilities to ensure everyone's safety. In home decoration, curtains, sofas, sheets, cushions, etc., are made of polyester flame retardant cloth to prevent the spread of fire and protect the peace of the home.
In the field of transportation, seats, interiors and curtains of aviation, railway, subway and bus vehicles all depend on their fire protection properties, so passengers can travel safely. In the industrial field, petroleum, chemical, electronics and other factories, permanent machinery and equipment covers and isolation curtains are used to prevent the spread of flames. Warehousing and logistics, shelf coverage and cargo packaging are also frequently used to prevent fires. Medical and health institutions, ward sheets, surgical curtains, take into account the dual needs of disinfection and fire protection, and polyester flame retardant fabrics are also preferred.
In addition, children's toys, outdoor camps, and exhibition display racks also benefit from the fire protection power of this cloth. All kinds of large-scale events, performing arts venues, and temporary facilities tent curtains are clearly flame retardant, and polyester flame retardant cloth is the first choice, which is used to calm the hearts of everyone. Push its origin, because polyester is tough and firm by nature, and treated with flame retardants, it can maintain flame retardant function for a long time, and it is not easy to damage its effect when washed for daily use. It is also cheap and high-quality, easy to dye, simple production process, and the market demand is booming. It has become an indispensable choice in the field of modern security protection and public safety. Many industries rely on its blessing to prevent micro-suffering and protect people's lives and property.
In the field of transportation, seats, interiors and curtains of aviation, railway, subway and bus vehicles all depend on their fire protection properties, so passengers can travel safely. In the industrial field, petroleum, chemical, electronics and other factories, permanent machinery and equipment covers and isolation curtains are used to prevent the spread of flames. Warehousing and logistics, shelf coverage and cargo packaging are also frequently used to prevent fires. Medical and health institutions, ward sheets, surgical curtains, take into account the dual needs of disinfection and fire protection, and polyester flame retardant fabrics are also preferred.
In addition, children's toys, outdoor camps, and exhibition display racks also benefit from the fire protection power of this cloth. All kinds of large-scale events, performing arts venues, and temporary facilities tent curtains are clearly flame retardant, and polyester flame retardant cloth is the first choice, which is used to calm the hearts of everyone. Push its origin, because polyester is tough and firm by nature, and treated with flame retardants, it can maintain flame retardant function for a long time, and it is not easy to damage its effect when washed for daily use. It is also cheap and high-quality, easy to dye, simple production process, and the market demand is booming. It has become an indispensable choice in the field of modern security protection and public safety. Many industries rely on its blessing to prevent micro-suffering and protect people's lives and property.
What should be paid attention to when cleaning and maintaining Polyester Fabric Flame Retardants?
Polyester Fabric Flame Retardant, translated as polyester flame retardant cloth, its material is mainly polyester fiber, and the flame retardant agent is applied to the surface or fused into the fiber to prevent the spread of flame. In order to ensure its long-term good effect, cleaning and maintenance are especially important. This method is written as described on the left:
Polyester flame retardant cloth, avoid soaking in high-temperature hot water. Hot water is vulnerable to flame retardants, which halves its fire resistance. It is best to use warm or cold water, wash it gently by hand, and do not use force to rub it to protect the fiber from damage. The detergent must be mild, and those that are neutral and phosphorus-free are the most suitable. If chlorine-containing and strongly alkaline soaps are used, the agent is easy to lose and the flame retardant performance is greatly reduced. When washing, it should be shaken away in advance, and should not be mixed with colored clothes to prevent dyeing from infiltrating and damaging the appearance.
After washing, do not twist strongly, gently squeeze water, and drip dry naturally. Avoid exposure to the hot sun, it is advisable to hang in a ventilated and cool place to dry. Violent sunlight is easy to catalyze the decomposition of the agent, and it will remove its flame retardant effect for a long time. If the dryer needs to be used, the temperature should not be too high. Always abide by the principle of low temperature, and be cautious as before.
During normal use, do not approach oil stains and organic solvents. Grease, gasoline, alcohol, acetone, etc. meet with flame retardants, or cause chemical reactions, which can damage the power of flame prevention. If it is accidentally contaminated, it should be removed with a mild detergent in time, and do not leave stains for a When storing, choose a dry and clean place, away from heat sources and direct sunlight, suitable for stacking or hanging; if there is a backlog of heavy objects, it will be deformed for a long time, and it will also hurt its use.
To sum up, the maintenance of polyester flame retardant cloth depends on caution. Wash gently, dry moderately, avoid hot sun and high temperature, isolate organic solutions, and store it well for daily ventilation. Following these numbers, its flame retardant effect can be preserved for a long time. In this way, over the years, it has been used for a long time, its appearance is fresh, and the benefits are constant.
Polyester flame retardant cloth, avoid soaking in high-temperature hot water. Hot water is vulnerable to flame retardants, which halves its fire resistance. It is best to use warm or cold water, wash it gently by hand, and do not use force to rub it to protect the fiber from damage. The detergent must be mild, and those that are neutral and phosphorus-free are the most suitable. If chlorine-containing and strongly alkaline soaps are used, the agent is easy to lose and the flame retardant performance is greatly reduced. When washing, it should be shaken away in advance, and should not be mixed with colored clothes to prevent dyeing from infiltrating and damaging the appearance.
After washing, do not twist strongly, gently squeeze water, and drip dry naturally. Avoid exposure to the hot sun, it is advisable to hang in a ventilated and cool place to dry. Violent sunlight is easy to catalyze the decomposition of the agent, and it will remove its flame retardant effect for a long time. If the dryer needs to be used, the temperature should not be too high. Always abide by the principle of low temperature, and be cautious as before.
During normal use, do not approach oil stains and organic solvents. Grease, gasoline, alcohol, acetone, etc. meet with flame retardants, or cause chemical reactions, which can damage the power of flame prevention. If it is accidentally contaminated, it should be removed with a mild detergent in time, and do not leave stains for a When storing, choose a dry and clean place, away from heat sources and direct sunlight, suitable for stacking or hanging; if there is a backlog of heavy objects, it will be deformed for a long time, and it will also hurt its use.
To sum up, the maintenance of polyester flame retardant cloth depends on caution. Wash gently, dry moderately, avoid hot sun and high temperature, isolate organic solutions, and store it well for daily ventilation. Following these numbers, its flame retardant effect can be preserved for a long time. In this way, over the years, it has been used for a long time, its appearance is fresh, and the benefits are constant.
What is the environmental performance of Polyester Fabric Flame Retardant?
Polyester fiber flame retardant fabrics are commonly used in the fields of clothing, furniture, and transportation in this world. When studying its environmental performance, the first consideration should be given to its raw materials, production, application, and waste. Polyester, a petroleum chemical, is recyclable and recyclable, which is more environmentally friendly than other synthetic fibers. However, flame retardant treatment mostly uses chemicals containing bromine, phosphorus, and nitrogen. Although its addition can greatly improve the flame resistance of fabrics, it may also hide environmental burdens.
During production, if simple and conventional flame retardants are used, there may be a risk of harmful substances seeping out, polluting water and soil, and harming life. Existing environmentally friendly flame retardant processes, mostly halogen-free or organophosphorus flame retardants, have better biodegradability and reduce ecological pressure. If nano-flame retardant materials or polymer self-flame retardant technology are used, the use of additives can also be reduced, and the trend is green and low-carbon.
However, the flame retardant fabric of polyester fiber is completed, and it can be burned or covered by soil. If burned, toxic gases will escape, such as carbon dioxide, carbon monoxide, nitrogen oxides, etc. Harmful to human and animal health. Even if incinerated at high temperatures, some flame retardants may decompose into persistent organic pollutants, endangering the atmosphere. If discarded in soil, the polyester fiber itself is difficult to degrade naturally, and the flame retardant may also penetrate over time. In modern technology, resource recycling and comprehensive utilization are emphasized. If effective recycling and regeneration can be achieved, the harm of waste can be greatly reduced.
To cover the environmental protection of polyester fiber flame retardant fabrics, the emphasis is on the selection and disposal of flame retardants. If green flame retardant technology can be promoted and the recycling system can be improved, it will be more beneficial; if it is arbitrarily placed and disposed of inappropriately, the harm of pollution cannot be ignored. To sum up, this thing is neither good nor evil. The most important thing is to use it wisely and supervise its whole life cycle in order to achieve both environmental protection and efficiency.
During production, if simple and conventional flame retardants are used, there may be a risk of harmful substances seeping out, polluting water and soil, and harming life. Existing environmentally friendly flame retardant processes, mostly halogen-free or organophosphorus flame retardants, have better biodegradability and reduce ecological pressure. If nano-flame retardant materials or polymer self-flame retardant technology are used, the use of additives can also be reduced, and the trend is green and low-carbon.
However, the flame retardant fabric of polyester fiber is completed, and it can be burned or covered by soil. If burned, toxic gases will escape, such as carbon dioxide, carbon monoxide, nitrogen oxides, etc. Harmful to human and animal health. Even if incinerated at high temperatures, some flame retardants may decompose into persistent organic pollutants, endangering the atmosphere. If discarded in soil, the polyester fiber itself is difficult to degrade naturally, and the flame retardant may also penetrate over time. In modern technology, resource recycling and comprehensive utilization are emphasized. If effective recycling and regeneration can be achieved, the harm of waste can be greatly reduced.
To cover the environmental protection of polyester fiber flame retardant fabrics, the emphasis is on the selection and disposal of flame retardants. If green flame retardant technology can be promoted and the recycling system can be improved, it will be more beneficial; if it is arbitrarily placed and disposed of inappropriately, the harm of pollution cannot be ignored. To sum up, this thing is neither good nor evil. The most important thing is to use it wisely and supervise its whole life cycle in order to achieve both environmental protection and efficiency.
Can Polyester Fabric Flame Retardant be customized in different colors and thicknesses?
The flame retardant fabric of polyester fiber is actually produced by today's exquisite craftsmanship and is widely used in various fields. This fabric is tough in nature, wear-resistant and fireproof, and is highly valued. However, when customers come, they often want to ask: Can you customize those with different colors and thicknesses?
The reason is that it depends on the method of making cloth. Before polyester fiber is made into cloth, the modern process mostly uses dyes to dye its yarn. The dyeing method includes stock solution coloring and post-treatment dyeing. For the coloring of stock solution, the dye is mixed when spinning, so that the color is deeply planted in the fiber. This method has uniform color, long-lasting and non-fading, and is suitable for bright or special colors. Or plain or color, can be customized according to customer's wishes. After the post-treatment dyeing, after the fabric is made, it is dipped and dyed. Although the penetration of the dye is not as firm as the former, the color is changeable, and it can also be selected in a variety of ways, and the function is not inferior.
The thickness of the cloth also varies with the production method. When weaving, the thickness and density of the yarn are different, and the thickness of the fabric is different. Or as light as silk, or as stable as felt, it can be made. For those with special needs, if they want to take into account the properties of flame retardancy, waterproofing, and breathability, they can also apply coating and film-coating techniques after weaving to make the fabric more complete.
As for the flame retardant effect, the flame retardant is added to the fiber raw material, the chemical composition is integrated into the yarn, or the flame retardant agent is sprayed after the cloth is finished. Whether it is dyeing or thickness customization, as long as the flame retardant formula is not hindered by the main purpose, the safety performance will not be inferior. Today's workshop has all kinds of exquisite skills, accepts all kinds of customization requirements, and can be tailored according to customer wishes.
Dyeing and thickness can be determined on demand; flame retardant performance can also be the same. However, if the color needs to be extremely rare, or the thickness is too large, you can discuss the process with the manufacturer in detail. However, in general, today's polyester flame retardant cloth has brilliant colors and variable thickness. It can be customized as you wish.
In summary, polyester flame retardant cloth can be customized in color and thickness, with a wide variety of colors, random thickness, and reliable flame retardant performance. Customers need to be informed that the workshop can refine it by itself, and there is no problem.
The reason is that it depends on the method of making cloth. Before polyester fiber is made into cloth, the modern process mostly uses dyes to dye its yarn. The dyeing method includes stock solution coloring and post-treatment dyeing. For the coloring of stock solution, the dye is mixed when spinning, so that the color is deeply planted in the fiber. This method has uniform color, long-lasting and non-fading, and is suitable for bright or special colors. Or plain or color, can be customized according to customer's wishes. After the post-treatment dyeing, after the fabric is made, it is dipped and dyed. Although the penetration of the dye is not as firm as the former, the color is changeable, and it can also be selected in a variety of ways, and the function is not inferior.
The thickness of the cloth also varies with the production method. When weaving, the thickness and density of the yarn are different, and the thickness of the fabric is different. Or as light as silk, or as stable as felt, it can be made. For those with special needs, if they want to take into account the properties of flame retardancy, waterproofing, and breathability, they can also apply coating and film-coating techniques after weaving to make the fabric more complete.
As for the flame retardant effect, the flame retardant is added to the fiber raw material, the chemical composition is integrated into the yarn, or the flame retardant agent is sprayed after the cloth is finished. Whether it is dyeing or thickness customization, as long as the flame retardant formula is not hindered by the main purpose, the safety performance will not be inferior. Today's workshop has all kinds of exquisite skills, accepts all kinds of customization requirements, and can be tailored according to customer wishes.
Dyeing and thickness can be determined on demand; flame retardant performance can also be the same. However, if the color needs to be extremely rare, or the thickness is too large, you can discuss the process with the manufacturer in detail. However, in general, today's polyester flame retardant cloth has brilliant colors and variable thickness. It can be customized as you wish.
In summary, polyester flame retardant cloth can be customized in color and thickness, with a wide variety of colors, random thickness, and reliable flame retardant performance. Customers need to be informed that the workshop can refine it by itself, and there is no problem.
