Textile Non-Durable Flame Retardant
| HS Code | 292317 |
| Chemical Composition | unspecified |
| Flame Retardant Effectiveness | non - durable |
| Application Method | unspecified |
| Color Fastness | unspecified |
| Compatibility With Fabrics | unspecified |
| Impact On Textile Hand | unspecified |
| Resistance To Washing | low |
| Odor | unspecified |
| Toxicity | unspecified |
| Environmental Friendliness | unspecified |
As an accredited Textile Non-Durable Flame Retardant factory, we enforce strict quality protocols—every batch undergoes rigorous testing to ensure consistent efficacy and safety standards.
| Packing | 5 - kg packs of Textile Non - Durable Flame Retardant, well - sealed for safety. |
| Storage | **Storage of Textile Non - Durable Flame Retardant** Store the Textile Non - Durable Flame Retardant in a cool, dry place. Keep it away from direct sunlight and heat sources to prevent decomposition. It should be stored in a well - ventilated area, isolated from incompatible substances like strong acids or bases. Use original containers and ensure tight closures to avoid leakage. |
| Shipping | Textile Non - Durable Flame Retardant is shipped in well - sealed containers. Special care is taken to prevent leakage. It's transported by road or sea, following all safety regulations for chemical shipping. |
Competitive Textile Non-Durable 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
Since the rise of ancient textile technology, human clothes and quilts have been invented, but fires have been continuous, like a shadow. In recent times, industry has advanced, textiles have been used more and more widely, and the fire crisis has become more and more obvious. It is the Western countries that began to explore the way of textile fire prevention. At first, natural substances such as alum and borax were used to dye clothes to reduce their flammability, but there were many limitations and the effect was not perfect. In the 19th century, with the progress of chemistry, synthetic preparations gradually appeared, and phosphorus and nitrogen gradually became the mainstream. In the 20th century, non-durable flame retardants became popular. Although they can delay combustion when applied to fabrics, they often lose their protective effect due to washing. Today, in response to the needs of environmental protection and health, new non-toxic flame retardants continue to emerge. Although they are not durable, their performance has become increasingly advanced, and textile safety has also been greatly improved.
Product Overview
This product is a textile non-durable flame retardant. It adopts a new refined formula and is specially designed for all kinds of fiber fabrics. Its performance is excellent, which can make the fabric self-extinguish in case of fire, greatly improving safety protection. Applied to various materials such as cotton, polyester and blended, it penetrates evenly, does not damage softness, and does not hinder air permeability. Easy to use, can be immersed, sprayed, and still has flame retardant effect after washing several times. Non-toxic and harmless, conforms to environmental protection, and is widely favored by clothing, home textiles, curtains, decoration and other fields. It is also convenient to store and transport, easily soluble in water, and not easy to explode, reducing hidden dangers. This agent is promoted in the premises of Guangsha, which helps to ensure people's livelihood and safety, and is actually a good supplement to the
Physical & Chemical Properties
This textile non-durable flame retardant, the appearance is powder or liquid, the color is more similar to white or yellowish, and the gas is slightly astringent. Soluble in water, evenly distributed after dilution, the solution is clear and less flocculent. It is not very volatile, and it is lightly applied to fibers, which can give it flame retardant ability. In case of fire, coke is generated, which isolates oxygen and retards the flame potential. Its thermal stability is very good, and it rarely decomposes below 200 degrees Celsius. It can withstand in alkaline or acidic environments, but it is easy to remove if soaked or washed for a long time, and the flame retardant effect is weakened. It is slightly toxic, but it has little irritation to human skin. It is easy to pack, but it is protected from moisture and wet sun exposure. It is shared with chlorine, phosphorus or nitrogen compounds, adding more flame retardant properties, but the chemical reaction must prevent the Overall, the physical and chemical properties are suitable for textile use, but the durability is relatively weak, and it needs to be reprocessed in a timely manner to ensure its flame resistance effect for a long time.
Technical Specifications & Labeling
This product is called textile non-durable flame retardant. It is mostly liquid in shape, with clear color and light odor. Its technical parameters are as follows: pH value is between six and eight, and the proportional density is about 1.10 ± 0.05. The viscosity is low and flat, and it is easy to dilute. The main ingredients contain phosphorus and nitrogen elements, which are made according to scientific proportions. It is suitable for cotton, polyester and their blended fabrics. The dosage depends on the thickness of the substrate. It needs to be coated with about 25 to 30 grams per square meter. After application, it is dried at 160 degrees Celsius, and its textiles can meet the GB8965 flame retardant standard. Store in a cool and dry place, and the temperature should not be higher than 35 degrees. The outer packaging is mostly filled in plastic buckets, with a capacity of 25 liters per barrel. It is marked with Mingji product name, batch number, production date and safety warning.
Preparation Method
Take phosphoric acid, amine chloride, melamine, etc. as raw materials, combine them in a kettle according to a certain proportion, add water to dissolve, slowly add the temperature to 70 degrees, stir and mix well. Slowly drop formaldehyde to make it react with melamine, and ammonia is slightly released. Then chloride is added to promote the combination of phosphamine and generate phosphorus and nitrogen doped flame retardants. This reaction is more than under mild conditions, using acid as a catalyst to make condensation quick and the degree of polymerization controllable. The resulting liquid is condensed and filtered, removed from impurities and slag, and concentrated for later use. The catalytic mechanism is that the acidic medium prompts the imine amine group to unite with formaldehyde, accelerating the formation of chains; and the phosphorus source can firmly adhere to the surface of the fiber, expanding the carbon layer when exposed to high temperature, isolating oxygen, and finally forming a non-durable flame retardant for textiles, which not only keeps it soft, but also gives it the virtue of flame retardancy.
Chemical Reactions & Modifications
Fiber products are easily burned and damaged in case of fire. Therefore, in order to prevent flames, flame retardants that are durable and not durable are commonly used. Those that are not durable are mostly coated with phosphorus and nitrogen compounds on the surface of the fiber. At that time, the chemical reaction is that the flame retardant interacts with the hydroxyl and amino groups of the fiber to form weak bonds or adhere to physical adsorption. Or after heat treatment, it decomposes and releases non-flammable gases, such as NH, H, PO, which inhibit flame propagation. However, its water resistance is insufficient, and if washed, the flame retardant components are easy to fall off and the function is reduced. Modification methods are used to introduce cross-linking agents to form covalent bonds with fibers, or to design new polymer flame retardants to make them block copolymerize or graft with fabrics to improve flame retardant durability. In this way, the fibers can remain flexible and regain their flame retardant effect.
Synonyms & Product Names
For instant flame suppressant, it is the same name in the market for short-term flame retardant products, or consumable flame retardant products. Some merchants use Transient Flame Retardant for Textiles, Disposable Textile Fire Suppressant, ready-to-use flame retardant liquid, clothing flame suppressant, Textile FR Spray, etc., all refer to the same product. This product is used for fire protection. The material is used for fire protection, and the ignition is avoided quickly. The effect is short, and it is easy to disperse in contact with water. The products sold in the market are sold under various names, or the fast-acting flame retardant formula, or the main easy-to-wash and disappear performance. It can be used on the curtain window of clothing, and it is necessary to establish safety protection. It is because there are many businesses in the same industry, but the use of it is the same.
Safety & Operational Standards
Safety is the foundation of all things, operator, and the foundation of business. There are textile temporary flame retardants today, which are widely used, and can be controlled by burning disasters. However, I don't know its system, I don't know its reason, it will affect the human body, and I have no way to regret it. It is to be careful in operation and safety first. The first storage place should be strictly closed, placed in a cool and ventilated place, away from the heat source of fire, and must not be mixed with flammable, strong oxidation or reducing substances. Every time you open a can, you must wear protective hats, chemical-resistant gloves, and goggles. If you splash the skin occasionally, you should rinse it with clean water as soon as possible; if you accidentally enter your eyes, you should wash it with running water for fifteen minutes, and if it still does not heal, you should go to the doctor immediately. Deploy and dilute, slowly and slowly, do not cause agitation and heat generation, in order to prevent volatile gas, accumulation or harm. Operating places, be sure to set up ventilation and ventilation, strictly prohibit open flames, anti-static devices must be set up, and the legacy is large. Waste liquid residues must be contained in accordance with regulations, and must not be dumped into the ditch river to prevent pollution of the environment and endanger all living beings. In case of storage and transportation, special sealed containers should be used to stabilize the gift load, far from bumps and shocks. In case of fire, do not use water to flush, CO 2, dry powder fire extinguishers should be applied quickly, everyone should avoid danger, rest in peace. Operators should always practice regulations, reflect on themselves every day, cultivate mental skills, and do not let luck. In case of product aging, odor is abnormal, quick inspection and replacement, can not continue to be used. If it needs to be abandoned, be sure to contact a special company to deal with it, and it must not be burned by yourself. In short, if you are sincere and abide by the rules, be careful at the beginning and end, the fabric will not be damaged, and everyone will be safe and worry-free.
Application Area
Textiles are non-durable flame retardants, suitable for the protection of many types of fabrics. They are used in homes to withstand the disaster of fire and protect bedding, curtains and carpets from burning. They are also used in official places, such as hotels, theaters and hospitals, to contain the spread of flames and maintain public safety. They are also more effective in transportation, especially in the interiors of planes, trains and automobiles, to protect the safety of travelers. Those that are not durable are easy to apply, suitable for time-consuming changes or temporary protection. Simple construction, not only does not damage the texture of the fabric, but also temporarily enhances the flame resistance. All walks of life, those who need temporary flame protection can use it. Such as exhibitions, events, and markets, in case of fire sources, they also rely on their power to prevent problems before they occur.
Research & Development
Non-durable flame retardants for fabrics are new materials promoted by modern science and technology, which are suitable for use when needed and benefit security. Since ancient times, fabrics are flammable, fires are frequent, and losses are difficult to predict. Today's people are wise and study their principles, explore flame retardant molecules that are friendly to fibers, and choose high-efficiency flame retardant formulas to make them easy to apply to fabrics, which will not damage the original color and softness, but also significantly improve the flame resistance. Developers advocate green environmental protection, discard harmful ingredients, design degradable structures, and adapt to the needs of today's circular economy. In practice, special attention is paid to cost control and performance improvement, and repeated scrutiny between experiments and applications. Therefore, the selection of non-durable flame retardants is widely used, and it is widely used in many fields such as household, industrial, and clothing. The progress of its research and development not only guarantees the peace of all beings, but also inspires the endless possibilities of new fiber materials in the future.
Toxicity Research
Non-durable flame retardants for textiles, applied to cloth and silk to increase fire protection, but their toxicity cannot be ignored. Near-caustic compounds, often containing phosphorus, nitrogen, organic halogens, etc., burn or undergo damp heat, or cause decomposition, releasing harmful gases. Its inhalation and ingestion can harm the human body, ranging from respiratory irritation to accumulated toxicity, affecting the liver and kidney, and even causing cancer. If children and frail people, especially caution. Experiments are tested on mice, and when fed in moderation, liver enzymes are increased, kidneys are damaged, and chronic damage is seen over time. Some flame retardants can still affect the ecology, pollute water and soil, and harm fish, birds, and insects. Nontoxic or low-toxic substances are used to achieve the effect of both flame suppression and health, but the toxicity assessment of new agents should not be slack.
Future Prospects
Textile short-acting flame retardant products, although known for temporary flame protection, are widely used and have promising prospects. In today's global pursuit of safety, the needs of various industries are increasing day by day, and flame retardant technologies are bringing forth new ones. The concept of environmental protection is on the rise, and the public pays more attention to green and degradable materials. Manufacturers have adopted new formulas, which not only ensure flame retardant effect, but also eco-friendly. With the progress of science, new technologies such as nanoparticles and microcapsules have gradually become universal, which can strengthen flame retardant performance and extend long-lasting function. In the future, short-acting flame retardant fabrics may be intelligent and can adjust themselves with temperature and respond to emergencies. However, their development must also take into account cost and efficiency, so that production is more convenient and benefits all industries. Overall, with the help of policy support and technology, textile short-acting flame retardant products are expected to continue to rise to the forefront, leading the trend of safety and environmental protection.
Where to Buy Textile Non-Durable Flame Retardant in China?
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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 Textile Non-Durable 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 main ingredients of Textile Non-Durable Flame Retardant?
The non-durable flame retardant properties of high-quality products, the ingredients used are mostly the same, but the basic principles are all based on the flame retardant. For global use, the main flame retardants are phosphorus, nitrogen, and nitrogen. Phosphorus compounds, such as phosphoric acid, phosphoric acid, and their derivatives, enter the surface of the material, decompose in case of heat, generate polyphosphoric acid, cover the material, isolate the air, and effectively resist the combustion process. Nitrogen compounds, formerly used boric acid, urea, etc., form a fuel, which is used to ignite the raw material and weaken the fire. Bromine and chlorine compounds are mainly used to release free radicals in case of flame, dry burning and anti-reaction, so that the flame can be stopped.
In addition, there are also additives, such as foam, dispersion, interfacial activity, etc., to help the distribution of the main particles, improve the coverage and adhesion. In modern times, heavy protection, high quality, changed to the mainstream of the above-mentioned phosphorus and nitrogen compounds. As for the combination method, the soaking method is mostly used, and the cloth is immersed in the flame retardant liquid, dried and shaped, so that the active ingredients are attached to the table. Such flame retardant performance is reduced in the second wash, so it is not durable. If it is required to be durable, it is necessary to add cross-section to make it compatible. However, the durability and flame retardancy are different.
In other words, its main ingredients are phosphorus and nitrogen-based, which can be used to help together to achieve flame retardant effect. Its principle is to isolate oxygen, or to generate carbonization, or to suppress combustion. The initial ambition is to improve the fire performance of the product, which is suitable for short-term users. If it is washed many times, it needs to be reapplied. It is a non-durable flame retardant, easy to apply and remove. The composition is clear, the function is clear, and it is also suitable for today's security needs.
In addition, there are also additives, such as foam, dispersion, interfacial activity, etc., to help the distribution of the main particles, improve the coverage and adhesion. In modern times, heavy protection, high quality, changed to the mainstream of the above-mentioned phosphorus and nitrogen compounds. As for the combination method, the soaking method is mostly used, and the cloth is immersed in the flame retardant liquid, dried and shaped, so that the active ingredients are attached to the table. Such flame retardant performance is reduced in the second wash, so it is not durable. If it is required to be durable, it is necessary to add cross-section to make it compatible. However, the durability and flame retardancy are different.
In other words, its main ingredients are phosphorus and nitrogen-based, which can be used to help together to achieve flame retardant effect. Its principle is to isolate oxygen, or to generate carbonization, or to suppress combustion. The initial ambition is to improve the fire performance of the product, which is suitable for short-term users. If it is washed many times, it needs to be reapplied. It is a non-durable flame retardant, easy to apply and remove. The composition is clear, the function is clear, and it is also suitable for today's security needs.
How Long Does a Textile Non-Durable Flame Retardant Last?
Textile Non-Durable Flame Retardant is also a temporary flame retardant for fabrics. Its function is to protect textiles, contain the spread of flames, and reduce combustion hazards. However, its characteristics are not long-lasting, and the quality and effect are ultimately time-limited. According to today's process, such flame retardants are mostly made of organophosphorus, boron or nitrogen-based compounds, and are applied to the surface of the fiber by spraying, dipping, etc. The mechanism is that when the fire starts, it decomposes to generate non-combustible gas, or promotes the carbonization of the surface of the fabric, thereby reducing the burning speed and eliminating the smoke.
However, the name "non-durable" means that its effectiveness cannot be washed over the years. This agent adheres to the surface layer of the fiber, does not produce a strong chemical bond with the fiber body, and is easily soluble in water. After rain, washing and other links, the dose is sharply reduced, and the flame retardant function is gradually reduced. Under common sense, the new fabric is treated with this agent, and the flame retardant performance is still excellent when it catches fire for the first time. However, it is consumed with the number of times, and the effect decays rapidly.
In terms of rate, the flame retardant effect can be maintained after one to two light washes; if it exceeds three or five times, the effect is greatly reduced. If it is washed frequently, after six or seven times, the remaining flame retardant ingredients are few, and it is controlled by the fire, then the fabric burns no differently. When textiles are used as work clothes and protective clothing materials, such agents are mostly avoided. Only temporary deployment, short-term utensils or urgent treatment should be used.
However, the composition, dosage, fiber type of each agent, and the application method are different, the effective time also varies. If the dosage is sufficient, the fabric is dense, and the washing frequency is rare, the flame retardant effect can exceed the norm. Some tests take cotton cloth as an example. Typical non-durable flame retardants are applied. After the first three washes, the flame retardant limit oxygen index is still around 25, and when it reaches six times, it drops below 20, which has become normal. It is known that its effect is not constant, and it is advisable to customize specific maintenance procedures according to actual operation.
In summary, the flame retardant effect of Textile Non-Durable Flame Retardant is acceptable for the first time, but gradually disappears after washing. Use with caution and replace frequently.
However, the name "non-durable" means that its effectiveness cannot be washed over the years. This agent adheres to the surface layer of the fiber, does not produce a strong chemical bond with the fiber body, and is easily soluble in water. After rain, washing and other links, the dose is sharply reduced, and the flame retardant function is gradually reduced. Under common sense, the new fabric is treated with this agent, and the flame retardant performance is still excellent when it catches fire for the first time. However, it is consumed with the number of times, and the effect decays rapidly.
In terms of rate, the flame retardant effect can be maintained after one to two light washes; if it exceeds three or five times, the effect is greatly reduced. If it is washed frequently, after six or seven times, the remaining flame retardant ingredients are few, and it is controlled by the fire, then the fabric burns no differently. When textiles are used as work clothes and protective clothing materials, such agents are mostly avoided. Only temporary deployment, short-term utensils or urgent treatment should be used.
However, the composition, dosage, fiber type of each agent, and the application method are different, the effective time also varies. If the dosage is sufficient, the fabric is dense, and the washing frequency is rare, the flame retardant effect can exceed the norm. Some tests take cotton cloth as an example. Typical non-durable flame retardants are applied. After the first three washes, the flame retardant limit oxygen index is still around 25, and when it reaches six times, it drops below 20, which has become normal. It is known that its effect is not constant, and it is advisable to customize specific maintenance procedures according to actual operation.
In summary, the flame retardant effect of Textile Non-Durable Flame Retardant is acceptable for the first time, but gradually disappears after washing. Use with caution and replace frequently.
What are the suitable textiles for Textile Non-Durable Flame Retardant?
Textile Non-Durable Flame Retardant is said to be applied to the fabric, so that it is not easy to burn in case of fire, but its effectiveness is reduced with wet washing or long-term use, so it is called "non-durable". It is suitable for a wide range of textiles. There are natural fibers of cotton and linen silk, as well as chemical fibers such as polyester, acrylic, nylon; if blended fabrics, it can also be applied. All clothing and bedding, as well as curtains, carpets, tablecloths and other daily fabrics, can use non-durable flame retardants to prevent fires. The interior fabrics of schools, hospitals, theaters, hotels and transportation, after this treatment, can withstand severe disasters and protect life and property.
And such as surgical clothes, bed sheets, infant and young clothing, it is especially appropriate to apply non-durable flame retardants to prevent accidents. However, because its water-washing and dry-cleaning resistance is not as durable as those who are durable, it is often used in occasions where the flame retardant performance needs to be temporarily improved. Non-durable flame retardants are mostly inorganic salts, such as phosphate and borate. The application method is simple, and they are mostly impregnated, sprayed, coated or dipped, so they are especially suitable in emergency situations.
However, non-durable flame retardants are easy to be lost with washing, and the effect is reduced due to moisture, so they are not suitable for clothing that needs to be washed frequently. For example, military and police uniforms, labor protection, and medical equipment, durable flame retardant treatment should be selected. If it is used for curtains, pendants, display cloths, or for temporary occasions, non-durable flame retardants are sufficient to meet the needs, which can save costs and be practical.
Non-durable flame retardants can make cotton, linen, viscose and other hydrophilic fibers have flame retardant effects, and can also be applied to wool, silk and their blended textiles. As for synthetic fibers, if there is no specific treatment such as coating grafting, it can also suspend the ignition potential. However, its color and feel may be affected, and it is not suitable for high-end textiles that require a beautiful appearance.
Overall, non-durable flame retardants are suitable for temporary arrangements, decoration in public places, disposable medical products, infant bedding, and various textiles that require short-term fire protection. Its application is simple, effective quickly, but its durability is insufficient, so it needs to be used according to the material, and it should not be applied indiscriminately to things that are often washed and reused.
And such as surgical clothes, bed sheets, infant and young clothing, it is especially appropriate to apply non-durable flame retardants to prevent accidents. However, because its water-washing and dry-cleaning resistance is not as durable as those who are durable, it is often used in occasions where the flame retardant performance needs to be temporarily improved. Non-durable flame retardants are mostly inorganic salts, such as phosphate and borate. The application method is simple, and they are mostly impregnated, sprayed, coated or dipped, so they are especially suitable in emergency situations.
However, non-durable flame retardants are easy to be lost with washing, and the effect is reduced due to moisture, so they are not suitable for clothing that needs to be washed frequently. For example, military and police uniforms, labor protection, and medical equipment, durable flame retardant treatment should be selected. If it is used for curtains, pendants, display cloths, or for temporary occasions, non-durable flame retardants are sufficient to meet the needs, which can save costs and be practical.
Non-durable flame retardants can make cotton, linen, viscose and other hydrophilic fibers have flame retardant effects, and can also be applied to wool, silk and their blended textiles. As for synthetic fibers, if there is no specific treatment such as coating grafting, it can also suspend the ignition potential. However, its color and feel may be affected, and it is not suitable for high-end textiles that require a beautiful appearance.
Overall, non-durable flame retardants are suitable for temporary arrangements, decoration in public places, disposable medical products, infant bedding, and various textiles that require short-term fire protection. Its application is simple, effective quickly, but its durability is insufficient, so it needs to be used according to the material, and it should not be applied indiscriminately to things that are often washed and reused.
Does Textile Non-Durable Flame Retardant have an environmental impact?
The non-durable flame retardant material is mainly applied to cloth to increase its fire resistance. However, it cannot be ignored in the shadow of the environment. The use of flame retardant, containing a lot of phosphorus, bromine, nitrogen and other compounds, or there are some, all of which are required to burn and delay fire. However, if it is generated, applied and disposed of, if it is lost, it is easy to flow and escape in the water and soil, enter the rivers and lakes, and even in the underground, it will be moved and reacted to the burden.
At the beginning, the cloth was applied with flame retardant, which was easy to wash out, and was left in the liquid, which was piped to the river, causing water to be polluted; its phosphorus or bromine-based substances were insufficient in a small amount, resulting in disease, and then they were accumulated in the early stage, which could dry the reproduction of the water and lead to the order of production. And the flame retardant element is caused by chemical and chemical factors, which is harmful to decomposition and downstream survival, causing harmful to the activity of microorganisms. Nitrogen-based or flame retardant, which is not suitable, but is also used in a large way or causes the environmental load to increase.
Furthermore, when flame retardant is encountered with high temperature or burning, it is often toxic, such as dioxin, which is more harmful to its own retention. Such as biological flame retardant or rice materials, it means to replace harmful synthetic products with natural and harmful substances, but its effectiveness and popularization are yet to be achieved.
In this case, non-durable flame retardant materials pose an unavoidable threat to the environment, causing pollution, pollution, and poisoning.
However, in today's world and in the environment, there are also those who are committed to reducing the color of flame retardant technologies.
However, their effectiveness and popularization are still to be achieved.
As a result, non-durable flame retardant substances pose an unavoidable threat to the environment, and their leakage, water pollution, hygiene, and poisoning are all caused. If we make a good policy and use it to govern, we will surely see the flow of it. It is appropriate to eliminate its evils, use new laws to resist fire, and at the same time protect safety.
At the beginning, the cloth was applied with flame retardant, which was easy to wash out, and was left in the liquid, which was piped to the river, causing water to be polluted; its phosphorus or bromine-based substances were insufficient in a small amount, resulting in disease, and then they were accumulated in the early stage, which could dry the reproduction of the water and lead to the order of production. And the flame retardant element is caused by chemical and chemical factors, which is harmful to decomposition and downstream survival, causing harmful to the activity of microorganisms. Nitrogen-based or flame retardant, which is not suitable, but is also used in a large way or causes the environmental load to increase.
Furthermore, when flame retardant is encountered with high temperature or burning, it is often toxic, such as dioxin, which is more harmful to its own retention. Such as biological flame retardant or rice materials, it means to replace harmful synthetic products with natural and harmful substances, but its effectiveness and popularization are yet to be achieved.
In this case, non-durable flame retardant materials pose an unavoidable threat to the environment, causing pollution, pollution, and poisoning.
However, in today's world and in the environment, there are also those who are committed to reducing the color of flame retardant technologies.
However, their effectiveness and popularization are still to be achieved.
As a result, non-durable flame retardant substances pose an unavoidable threat to the environment, and their leakage, water pollution, hygiene, and poisoning are all caused. If we make a good policy and use it to govern, we will surely see the flow of it. It is appropriate to eliminate its evils, use new laws to resist fire, and at the same time protect safety.
What is the Textile Non-Durable Flame Retardant?
Textile Non-Durable Flame Retardant, inhibits the flame of the material. There is a certain way to apply it. First, take the material you want to prevent fire, and then use it to avoid the dirt of the fat paste, so as to avoid uneven adhesion. Next, wash the product with water and dry it for use. The amount required is flame-resistant. To dissolve in the water, mix well, so that the product is completely dissolved, leaving no sediment. The proportion of light depends on the thickness of the product and the use, but it is not suitable to dilute. It is appropriate to soak the product in the liquid, so that the product is completely soaked in the liquid, so that the product is not soaked in the liquid, so that there is no dry. Soak the product, the physical properties of the product, or five points, or a line of product, so that the product is evenly mixed.
After soaking it, lift it slowly, and use your hands to apply the liquid. Do not twist it vigorously, and do not make it.
The product should be dried through the air, and it should not be exposed to the hot sun, nor should it be dry in the fire, which is afraid of damage. When it is completely dried, it can still be used with an iron at a low temperature, but it should not be high, nor can it be steamed. When used, it should not be used for violent inflammation. If it is small and its flame-resistant effect is known to be effective, it can be used again according to the previous method.
Its use is very difficult, and it is not suitable for room curtains, exhibition cloths, clothing, and curtains. However, its nature is not durable, and it will only be safe if it is applied again. Using this method, it is advisable to wear gloves to prevent liquid from invading the muscles. The liquid should be used in the first place, and the fire should be small. Every time you take a ring, you should not be negligent.
After soaking it, lift it slowly, and use your hands to apply the liquid. Do not twist it vigorously, and do not make it.
The product should be dried through the air, and it should not be exposed to the hot sun, nor should it be dry in the fire, which is afraid of damage. When it is completely dried, it can still be used with an iron at a low temperature, but it should not be high, nor can it be steamed. When used, it should not be used for violent inflammation. If it is small and its flame-resistant effect is known to be effective, it can be used again according to the previous method.
Its use is very difficult, and it is not suitable for room curtains, exhibition cloths, clothing, and curtains. However, its nature is not durable, and it will only be safe if it is applied again. Using this method, it is advisable to wear gloves to prevent liquid from invading the muscles. The liquid should be used in the first place, and the fire should be small. Every time you take a ring, you should not be negligent.
