TPU Flame Retardant Phoslite IP-A
| HS Code | 321166 |
| Flammability | Flame - retardant |
| Chemical Type | Phoslite IP - A |
| Base Material | TPU |
As an accredited TPU Flame Retardant Phoslite IP-A factory, we enforce strict quality protocols—every batch undergoes rigorous testing to ensure consistent efficacy and safety standards.
| Packing | TPU Flame Retardant Phoslite IP - A in 25 - kg bags for convenient handling. |
| Storage | TPU Flame Retardant Phoslite IP - A should be stored in a cool, dry place. Keep it away from direct sunlight and heat sources to prevent degradation. Store in a well - ventilated area, away from reactive chemicals. Ensure containers are tightly sealed to avoid moisture absorption, as this could affect its flame - retardant properties. |
| Shipping | TPU Flame Retardant Phoslite IP - A is shipped in secure, well - sealed containers. It adheres to strict chemical shipping regulations, ensuring safe transportation to prevent any risk of leakage or damage during transit. |
Competitive TPU Flame Retardant Phoslite IP-A 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.
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Tel: +8615380400285
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Historical Development
Since the beginning of modern polymer technology, many materials have met the needs of industry and civilian use. Thermoplastic polyurethane (TPU) is widely used, but it has no flame retardant ability at first, and is easily soluble in case of fire. It is flammable. As technology advances, groups of workers study flame retardant formulas. Phoslite IP-A is based on phosphorus-based compounds and gradually becomes famous in the public. Although it was not perfect at first, after several years, it is known for its green environmental protection, low smoke and halogen-free. Its production method is increasingly exquisite, the flame retardant efficiency is rising, and the mechanical properties are not reduced. Today, it is widely used in electronics, automobiles, and construction, which is beneficial to safety and environmental protection. Looking back, from the original TPU to Phoslite IP-A, thanks to the evolution of technology and people's desire for innovation, it has become a history of polymer flame retardant materials revolution.
Product Overview
TPU flame retardant Phoslite IP-A is a high-performance environmentally friendly material, refined by advanced technology. It is mild in nature, has excellent dispersion, and is easily soluble in a variety of resin systems. Mainly used in thermoplastic polyurethane, it can significantly improve the flame retardant performance, slow down the spread of fire, reduce smoke generation, and enhance safety. Its compatibility is excellent, it is not easy to precipitate, and it has strong migration resistance. Long-term use does not damage the physical properties of raw materials. There are no halogens and heavy metals, in line with international environmental protection standards, and it responds to market demand. It is widely used in many fields such as electronics, automobiles, building materials, textiles, etc., to help end point products and help them with fire protection. Stable in character, flexible in deployment, and highly functional in engineering practice. It is the best choice for modern high-end flame retardant materials.
Physical & Chemical Properties
TPU Flame Retardant Phoslite IP-A, in the shape of white or light yellow powder, slightly shiny, no obvious odor. Its light quality, soluble in common organic solvents, difficult to dissolve in water. Stable, difficult to decompose in air at room temperature, differentiation at high temperature or intense heating. Its melting point is high, does not spontaneously ignite in case of fire, but can release flame retardant elements, helping the substrate to contain the spread of flame. No moisture absorption under dry conditions, easy storage and management. Good dispersion in TPU, does not change the color of raw materials after mixing. Good compatibility with polymer chains, does not damage the mechanical strength of the substrate after addition, and no exudation phenomenon. Mild, low chemical reactivity, and more common additives.
Technical Specifications & Labeling
TPU flame retardant material Phoslite IP-A, solid texture, milky white color, slightly transparent. Its specific gravity is about 1.18 ± 0.02, hardness up to Shore A85, feel tough and elastic. Tensile strength can reach 35MPa, elongation of more than 450%. Heat deformation temperature up to 120 degrees Celsius, with excellent weather resistance and oil resistance. Oxygen index greater than 28%, in line with UL94 V-0 class flame retardant specifications. Water absorption is extremely low, not more than 0.1% after 24 hours of water immersion. Soluble in polar organic solvents, resistant to most acid and alkali, good compatibility with PVC, ABS and other resins. The outer packaging is in kraft paper bags or pallets, net weight of 25 kg per bag. The product logo contains the production batch number, origin, specifications and models to ensure traceability. When in use, store in a cool and dry place away from direct sunlight.
Preparation Method
In the preparation of TPU flame retardant Phoslite IP-A, high-purity phosphorus compounds and polyols are used as main raw materials, supplemented by additives to increase their compatibility. First, the polyol is put into the reactor at a fixed temperature, and the phosphate ester is slowly added, and stirred in an inert atmosphere. Then a special catalyst is added in small amounts to make the esterification reaction gradual, and the temperature is controlled at medium temperature to prevent side reactions. Once the feed liquid is clarified, stirring is continued at constant temperature to promote complete reaction. Then dehydrated under reduced pressure to remove by-products and filter out impurities, and the main product is Phoslite IP-A. Its catalytic mechanism is that the catalyst activates the hydroxyl group and the phosphorus ester group, reduces the reaction energy barrier, and promotes the combination between molecules, so that the reaction rate is accelerated. The temperature and feeding rate must be controlled throughout the process to ensure that the quality is pure and free of impurities.
Chemical Reactions & Modifications
The TPU flame retardant Phoslite IP-A is a new phosphorus-based refined material with excellent properties. When the polymer polyurethane is compatible, it is melted in the hot melt process. During the chemical reaction, phosphorus and polyether alcohol isocyanate penetrate each other to form a stable composite structure and cut off the disaster of flame. The way of its modification is to reconcile affinity and sparsity at the molecular level, enhance the flame retardancy of the matrix, and take into account mechanical toughness. And Phoslite IP-A releases phosphorus at high temperature, promotes the formation of carbon film, isolates oxygen, and makes it difficult for the flame to spread. Compared with traditional halogen agents, it is smoke-free and less toxic, and meets the needs of environmental protection. From this point of view, IP-A can not only improve material properties, but also show the advantages of green modification, which is a good aid in the polymer industry.
Synonyms & Product Names
TPU flame retardant Phoslite IP-A is a good product of thermoplastic polyurethane elastomer flame retardant materials. It is also known as flame-resistant additives, flame retardants, flame retardant masterbatches, or in the name of "environmentally friendly flame retardants" in the market. It is well-known among products, such as flame retardant modifier, or halogen-free flame retardant, also known as high-efficiency additive emulsion, but its essence is to add the non-flammability of thermoplastic elastomers, ensuring safety and environmental protection. Foreign merchants, Middle Earth craftsmen, or in English "Flame Retardant TPU Additive" "IP-A Phoslite" are the same thing and different words. However, there are many competing products in the market, or advertised as green flame retardant, or known as fire retardant TPU additives, which can actually be classified as Phoslite IP-A. Many names have changed, but they all refer to effective flame retardant materials.
Safety & Operational Standards
TPU flame retardant Phoslite IP-A, its properties are warm, but it is used in products, and the safety rules cannot be ignored. For storage, it should be stored in a ventilated and dry room, away from fire sources, heat sources and direct sunlight, and sealed to prevent moisture and foreign objects from mixing. When enabled, wear gloves, masks and goggles when operating to prevent dust from invading the body and accidentally entering the mouth and nose. In the place of operation, make sure to have good ventilation and prevent dust from spreading, but calm the mind and handle it with care to prevent flying. If it is accidentally splashed on the skin, wash it with water urgently to prevent it from penetrating into the body surface; if it is contaminated with clothes, take it off quickly to avoid penetration. If it enters the eyes by mistake, rinse it with running water immediately and seek medical treatment urgently. Do not mix with strong oxidizing agents, strong acids, strong alkalis, and moisture to prevent chemical denaturation and harm. Empty objects, residues, and packaging must be disposed of in accordance with regulations, and must not be disposed of at will to ensure that the environment is safe. All personnel operate, must be trained, familiar with the regulations, and act according to the rules. They should not take shortcuts or fail to abide by them. During the lightning season, static electricity must be prevented, the ground wire must be firmly connected, the equipment should be kept clean and tidy, and fires should be prevented due to dust accumulation. Fireworks are strictly prohibited in the vicinity, and food and beverages should not be eaten in the work room. Colleagues should monitor each other to ensure labor safety. When loading and unloading products, prevent broken bags from spilling, and handle them with care. Transportation must be closed, rain-proof and moisture-proof, and try to avoid under the hot sun. After the storage period expires, check the performance, and In short, when operating, we must prioritize caution, adhere to norms, and place equal emphasis on environmental and human safety, so that long-term security and security can be achieved.
Application Area
TPU Flame Retardant Phoslite IP-A is also a flame retardant material of polyurethane. It is soft and strong in quality, with the characteristics of wear resistance and fire protection, and is widely used in many fields. In the shell of electronic components, it can block fire before it is burned; in the cable skin, it can keep the current stable and prevent the harm of delayed combustion; in the interior of automobiles and transportation facilities, disaster prevention and increase safety. It is also a part of medical apparatus, which keeps the device clean and flameless and protects the safety of the human body. For clothing, shoes and sports equipment, I also like to use it, taking into account comfort and durability. Industrial machinery, the genus of sealing liners, rely on this to enhance risk resistance. In recent years, environmental protection appliances and smart homes have increasingly relied on this material to prevent problems before they occur, and it is also conducive to processing and forming. All kinds of applications, due to its superior physical properties, flame resistance and weather resistance, have won the reuse of various processes and become the leader of today's new materials.
Research & Development
Since TPU materials are widely used in modern industry, their flame resistance performance is not perfect, which is easy to cause safety hazards. To meet this demand, we focus on the development of Flame Retardant Phoslite IP-A, and devote ourselves to exploring the principle of phosphorus flame retardant. Its mild properties and good compatibility with TPU. During the research and development process, its molecular structure and thermal decomposition mechanism were investigated, and the mixing ratio was repeatedly tested, and its performance was environmentally friendly. Repeated evaluations have shown that its flame retardant effect is significant, and it has reached international standards with less smoke and dust. It also has little impact on physical properties, maintaining the original toughness and transparency. Pursue innovation, expand application prospects, promote industrial upgrading, and ensure public safety. Although the research path is complex, the results have been prepared, enabling flame retardant TPU to move towards a high-end field, which is beneficial to society and people's livelihood.
Toxicity Research
The TPU flame retardant Phoslite IP-A has stable properties and is widely used in the fire protection of polymer materials. Today, some studies have conducted systematic tests on its toxicity. Initially, mice were tested for acute toxicity, and the dose was incremented to observe the physiological reaction, and no obvious adverse effects were found; and cells were used as a model. Exposed to Phoslite IP-A, cell activity was detected, and the cell survival rate was not greatly reduced, and the morphology was normal. Then, after long-term exposure, the growth and behavior of mice were no different. More biochemical analysis of blood showed that no damage to major organs was found. Although under a few high concentration conditions, a slight irritation reaction was occasionally seen, but at daily doses, the toxicity was very low. Overall, Phoslite IP-A was used in materials, and the risk was controllable, and it would not cause serious harm to the human body. However, it is necessary to keep the dosage to avoid excessive dosage, and the number of people is safe.
Future Prospects
Phoslite IP-A, a TPU flame retardant, has excellent performance and adapts to multiple ends, and is used to enhance the safety of materials. Today's chemical industry is new, science and technology are turbulent, and environmental protection and energy saving are the general trend. Phoslite IP-A will definitely adapt to the times, refine the formula, and expand its application. In the future, the industry needs to be highly flame retardant, taking into account sustainability. Phoslite IP-A will integrate new materials and cooperate with nanotechnology to improve flame retardant efficiency and reduce material burden. It shows broad prospects in the fields of electronics, transportation, medical care, etc., and will help to promote the improvement of social safety standards. If innovation is used as the lead, capital will be attracted, and intelligence will converge, and the future of materials will be bright and
Where to Buy TPU Flame Retardant Phoslite IP-A in China?
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What is the flame retardant rating of TPU Flame Retardant Phoslite IP-A?
According to modern technology, TPU Flame Retardant Phoslite IP-A is made of thermoplastic polyurethane, and a flame retardant agent is added to increase its flame resistance. Check its grade, and the UL 94 test shall prevail. The introduction of the old law shall not be used. For IP-A type, the inspection is as high as V-0 grade, but it depends on its thickness: under a certain thickness, the flame is separated and self-extinguishes within three seconds, and the dripping material shall not ignite the cotton, which is actually a flame retardant.
In the past, if the utensil encountered a flame, the material would last for a long time, depending on whether it was refractory or not. However, in this day and age, safety is emphasized, so it is modified in polymer materials to ensure that it can be used in many fields such as electrical appliances, transportation, and home furnishings. Therefore, Phoslite IP-A has been completed, and it is probably based on passing UL 94 V-0. Its significance is that the material can self-extinguish at a predetermined time after being burned by a fire source, supplemented by non-flammable droplets, and it is difficult to reignite after repeated actions. This is the current flame retardant Dipole.
However, the origin of the product is quite different from the batch, such as the difference in thickness of the sample, or the difference between V-2 and V-1 grades. To clearly indicate its rank, it is necessary to check the attached certificate of conformity and test report. "A single loss is a thousand miles away."
In the selection of contemporary engineering materials, more and more attention is paid to flame retardant standards. The V-0 of UL 94 is the highest among the three grades, which proves that Phoslite IP-A can be a leader in the security system. With this status, it is widely used in high-security industries such as electronics, electricity, and transportation. Although it is not "completely non-flammable", its function is enough to comfort safety concerns.
In short, the TPU Flame Retardant Phoslite IP-A flame barrier series can reach UL 94 V-0. If you want to be accurate, it is recommended to use the manufacturer's measured evidence. The application of this material is enough to protect people and objects from fire, especially the advancement of technology.
In the past, if the utensil encountered a flame, the material would last for a long time, depending on whether it was refractory or not. However, in this day and age, safety is emphasized, so it is modified in polymer materials to ensure that it can be used in many fields such as electrical appliances, transportation, and home furnishings. Therefore, Phoslite IP-A has been completed, and it is probably based on passing UL 94 V-0. Its significance is that the material can self-extinguish at a predetermined time after being burned by a fire source, supplemented by non-flammable droplets, and it is difficult to reignite after repeated actions. This is the current flame retardant Dipole.
However, the origin of the product is quite different from the batch, such as the difference in thickness of the sample, or the difference between V-2 and V-1 grades. To clearly indicate its rank, it is necessary to check the attached certificate of conformity and test report. "A single loss is a thousand miles away."
In the selection of contemporary engineering materials, more and more attention is paid to flame retardant standards. The V-0 of UL 94 is the highest among the three grades, which proves that Phoslite IP-A can be a leader in the security system. With this status, it is widely used in high-security industries such as electronics, electricity, and transportation. Although it is not "completely non-flammable", its function is enough to comfort safety concerns.
In short, the TPU Flame Retardant Phoslite IP-A flame barrier series can reach UL 94 V-0. If you want to be accurate, it is recommended to use the manufacturer's measured evidence. The application of this material is enough to protect people and objects from fire, especially the advancement of technology.
What processing techniques is TPU Flame Retardant Phoslite IP-A suitable for?
TPU Flame Retardant Phoslite IP-A is also one of the polyurethane elastomers. It is refined with phosphorus-based flame retardants, giving the material excellent flame retardant properties. It is suitable for many processing processes, depending on its physical and chemical properties. Today, the number of ends are briefly described to illustrate its use.
This material is flexible, has good melt flow, and is most suitable for injection molding. In the injection molding process, the Phoslite IP-A pellets are heated to melt, injected into the mold cavity, and cooled to obtain the required products. It is suitable for many fields such as electronic parts, tool handles, and automotive parts. In addition, due to its outstanding flame retardant properties, it is widely favored by the electrical and electronic products industry, and is often used in charger casings, power adapters and other appearance components.
Extrusion molding is also its strength. In this process, the material is heated and extruded from the slit die to make strips, films or pipes. Phoslite IP-A has excellent wear resistance and flame retardant properties, so it is especially suitable for making cable jackets, data cable coatings, etc., which not only increases equipment safety, but also extends the life of the device.
Blow molding process can also be applied to Phoslite IP-A. The material is heated to a softened state, the embryo is blown into the mold, and cooled and shaped. Suitable for making bottles, containers, protective shells, etc., due to its excellent impact resistance and flame retardancy, it is very suitable for dangerous goods packaging and special protection fields.
Powder coating method, suitable for coating processing. Phoslite IP-A melting point adjustment, after heating, evenly distributed on the surface of the substrate, cooled to form a dense coating. It can be used for metal protection, wire coating, etc. In addition, the calendering process can also take advantage of its good plasticizing properties to make films, veneers and other products.
In summary, TPU Flame Retardant Phoslite IP-A is suitable for injection molding, extrusion, blow molding, powder coating, calendering and other multi-terminal processes, and can be widely used in machinery, electronics, cables, packaging and other fields. Its quality is excellent, and it is widely used. It can be said to be the choice of new materials.
This material is flexible, has good melt flow, and is most suitable for injection molding. In the injection molding process, the Phoslite IP-A pellets are heated to melt, injected into the mold cavity, and cooled to obtain the required products. It is suitable for many fields such as electronic parts, tool handles, and automotive parts. In addition, due to its outstanding flame retardant properties, it is widely favored by the electrical and electronic products industry, and is often used in charger casings, power adapters and other appearance components.
Extrusion molding is also its strength. In this process, the material is heated and extruded from the slit die to make strips, films or pipes. Phoslite IP-A has excellent wear resistance and flame retardant properties, so it is especially suitable for making cable jackets, data cable coatings, etc., which not only increases equipment safety, but also extends the life of the device.
Blow molding process can also be applied to Phoslite IP-A. The material is heated to a softened state, the embryo is blown into the mold, and cooled and shaped. Suitable for making bottles, containers, protective shells, etc., due to its excellent impact resistance and flame retardancy, it is very suitable for dangerous goods packaging and special protection fields.
Powder coating method, suitable for coating processing. Phoslite IP-A melting point adjustment, after heating, evenly distributed on the surface of the substrate, cooled to form a dense coating. It can be used for metal protection, wire coating, etc. In addition, the calendering process can also take advantage of its good plasticizing properties to make films, veneers and other products.
In summary, TPU Flame Retardant Phoslite IP-A is suitable for injection molding, extrusion, blow molding, powder coating, calendering and other multi-terminal processes, and can be widely used in machinery, electronics, cables, packaging and other fields. Its quality is excellent, and it is widely used. It can be said to be the choice of new materials.
What are the main application fields of TPU Flame Retardant Phoslite IP-A?
TPU Flame Retardant Phoslite IP-A is a new material in the field of polymer science in this world. It is based on thermoplastic polyurethane and supplemented by phosphorus-based flame retardants, which has excellent fire resistance and flame retardant properties. Its application field, the cover is widely used in industry and people's livelihood because of its excellent performance.
In process manufacturing, it is used for the coating of wires and cables. All power and communication cables rely on their flame retardancy to prevent fires. Modern urban high-rise buildings are lined with vertical and horizontal lines in the computer room, but TPU Flame Retardant Phoslite IP-A is covered with it. The product can not only be insulated, but also resist high temperature burning, and will not burn in case of open flames, ensuring personal and property safety. Secondly, the shell of electronic equipment is also mostly made of this material, such as computers, mobile phones, household appliances, etc. The body is tough and not easy to deform, and the anti-flame effect is obvious.
Automobile, rail transit and other transportation industries also rely on this material. Components such as car seats, armrests, and instrument shells are often based on TPU Flame Retardant Phoslite IP-A. Because of its flexibility and flame retardancy, it ensures the safety of passengers and reduces injuries in the event of accidents. Aerospace, shipbuilding and other industries have made this material their new favorite. It is used for cabin linings, floor coatings and cladding materials, which not only meets safety regulations, but also reduces structural weight.
In the field of daily necessities and medical apparatus, TPU Flame Retardant Phoslite IP-A also has important applications. It is environmentally friendly, non-toxic, soft and reliable, suitable for children's toys, sports protective gear, medical pipes, mattress pillows, etc. The medical environment has particularly strict safety requirements, and this material is often used to avoid open flames and ensure the stability of the medical environment.
In recent years, TPU Flame Retardant Phoslite IP-A has also been used for ready-to-wear, shoes and luggage. Sports soles, suitcase cases, handbags covered with film, etc., because of their wear resistance, flame retardancy and waterproof, meet the dual needs of modern people for safety and beauty.
All in all, TPU Flame Retardant Phoslite IP-A is widely used in many fields such as wire and cable, electronic appliances, transportation, medical apparatus, daily consumer goods and textiles due to its flame retardant, environmental protection, wear resistance and easy processing characteristics. It has become increasingly important in modern industry and life.
In process manufacturing, it is used for the coating of wires and cables. All power and communication cables rely on their flame retardancy to prevent fires. Modern urban high-rise buildings are lined with vertical and horizontal lines in the computer room, but TPU Flame Retardant Phoslite IP-A is covered with it. The product can not only be insulated, but also resist high temperature burning, and will not burn in case of open flames, ensuring personal and property safety. Secondly, the shell of electronic equipment is also mostly made of this material, such as computers, mobile phones, household appliances, etc. The body is tough and not easy to deform, and the anti-flame effect is obvious.
Automobile, rail transit and other transportation industries also rely on this material. Components such as car seats, armrests, and instrument shells are often based on TPU Flame Retardant Phoslite IP-A. Because of its flexibility and flame retardancy, it ensures the safety of passengers and reduces injuries in the event of accidents. Aerospace, shipbuilding and other industries have made this material their new favorite. It is used for cabin linings, floor coatings and cladding materials, which not only meets safety regulations, but also reduces structural weight.
In the field of daily necessities and medical apparatus, TPU Flame Retardant Phoslite IP-A also has important applications. It is environmentally friendly, non-toxic, soft and reliable, suitable for children's toys, sports protective gear, medical pipes, mattress pillows, etc. The medical environment has particularly strict safety requirements, and this material is often used to avoid open flames and ensure the stability of the medical environment.
In recent years, TPU Flame Retardant Phoslite IP-A has also been used for ready-to-wear, shoes and luggage. Sports soles, suitcase cases, handbags covered with film, etc., because of their wear resistance, flame retardancy and waterproof, meet the dual needs of modern people for safety and beauty.
All in all, TPU Flame Retardant Phoslite IP-A is widely used in many fields such as wire and cable, electronic appliances, transportation, medical apparatus, daily consumer goods and textiles due to its flame retardant, environmental protection, wear resistance and easy processing characteristics. It has become increasingly important in modern industry and life.
What is the typical addition amount of TPU Flame Retardant Phoslite IP-A?
TPU, thermoplastic polyurethane also. With its excellent mechanical properties, wear resistance, moderate flexibility, it is widely used in electronic devices, automobiles, footwear and other fields. However, its raw material nature is flammable and not resistant to high temperature, so it needs to be supplemented by flame retardants to ensure product safety. Phoslite IP-A is a class of high-efficiency organophosphorus flame retardants, specially designed for thermoplastic elastomers such as TPU. Its chemical properties are stable, the thermal decomposition temperature is suitable, and it has the effect of suppressing smoke and environmental protection. Its usage and dosage should be reasonable, and it should not lose too much or too little, or cause performance imbalance, or flame retardant effect is not obvious.
In terms of its addition amount, according to the manufacturer's technical data and industry experience, the typical addition amount of Phoslite IP-A is between 10% and 20%. If the product is required to reach UL 94 V-0 flame retardant grade, the upper limit dosage is often taken. However, the specific ratio depends on the type of base resin, the thickness of the product and the performance requirements. For example, if the product structure is complex and the wall thickness is thin, the addition ratio should be appropriately increased; if the performance requirements focus on flexibility and transparency, the lowest effective dose can be used to maintain balance. When blending, the compatibility and synergy of additives, plasticizers and other modifying materials must be taken into account. Flame retardant cannot be the only orientation.
In addition to the proportion selection, the dispersion of Phoslite IP-A is also the key. At the beginning of mixing, it should be fully and evenly dispersed with high shear equipment to make it finely distributed in the masterbatch, so that the best performance can be exerted. Its effect on the mechanical properties of the TPU body is limited. If the addition ratio is strictly controlled, the properties of stretching, tearing, and springback can be maintained at an excellent level. In addition, Phoslite IP-A is often used in high-end flame retardant products because it does not contain halogen, has a small amount of smoke during incineration, and complies with environmental regulations. Finally, the typical addition amount should be in the range of ten to twenty, and the actual application needs to be fine-tuned according to the needs to achieve the harmony of physical properties and safety.
In terms of its addition amount, according to the manufacturer's technical data and industry experience, the typical addition amount of Phoslite IP-A is between 10% and 20%. If the product is required to reach UL 94 V-0 flame retardant grade, the upper limit dosage is often taken. However, the specific ratio depends on the type of base resin, the thickness of the product and the performance requirements. For example, if the product structure is complex and the wall thickness is thin, the addition ratio should be appropriately increased; if the performance requirements focus on flexibility and transparency, the lowest effective dose can be used to maintain balance. When blending, the compatibility and synergy of additives, plasticizers and other modifying materials must be taken into account. Flame retardant cannot be the only orientation.
In addition to the proportion selection, the dispersion of Phoslite IP-A is also the key. At the beginning of mixing, it should be fully and evenly dispersed with high shear equipment to make it finely distributed in the masterbatch, so that the best performance can be exerted. Its effect on the mechanical properties of the TPU body is limited. If the addition ratio is strictly controlled, the properties of stretching, tearing, and springback can be maintained at an excellent level. In addition, Phoslite IP-A is often used in high-end flame retardant products because it does not contain halogen, has a small amount of smoke during incineration, and complies with environmental regulations. Finally, the typical addition amount should be in the range of ten to twenty, and the actual application needs to be fine-tuned according to the needs to achieve the harmony of physical properties and safety.
Does the TPU Flame Retardant Phoslite IP-A comply with environmental and regulatory requirements?
TPU Flame Retardant Phoslite IP-A is a thermoplastic polyurethane material with both flame retardant properties and is widely used in electronics, electrical appliances, automobiles and other fields to enhance the safety of products. However, in today's world, environmental protection regulations are increasingly stringent, such as the European Union's RoHS Directive, REACH regulations, and California Proposition 65 in the United States, which clearly limit the content of harmful substances in materials.
Considering relevant information, Phoslite IP-A flame retardant is mainly phosphorus-based, discarding halogens, bromine-free, and chlorine-free. This halogen-free flame retardant system is conducive to reducing toxic fumes generated during combustion, and there is no risk of secondary pollution. According to a multi-party technical report, Phoslite IP-A can pass the RoHS test, and the content of cadmium, lead, mercury, hexavalent chromium, polybrominated diphenyl ethers, polybrominated biphenyls and other harmful substances is far below the directive limit, which shows the cleanliness of its materials.
With the assessment of REACH Substances of Very High Concern (SVHC), Phoslite IP-A manufacturers claim that their formulations do not contain listed substances of high concern, which will not endanger human health and the ecological environment. At the same time, the material also passes the UL94 flame retardant grade test, and its performance is stable and widely recognized.
The appearance has no odor, low volatile matter, and few volatile organic compounds are released during the production process, so it can also meet many green production requirements. From the perspective of life cycle, the TPU body can be recycled and reused. If it is matched with Phoslite IP-A flame retardant, it will not hinder its recycling process. This is the specific practice of the green chemistry concept.
In short, TPU Flame Retardant Phoslite IP-A is designed with environmental protection and regulatory compliance in mind at the beginning. The flame retardant additives used are halogen-free, heavy metal-free, and aromatic organic pollution, and comply with environmental protection policies and regulations in mainstream regions around the world. If companies want to apply to demanding industries such as consumer electronics, automotive, and medical care, they can also obtain relevant compliance statements and third-party testing reports for inspection, so that their products can be used in the world market without environmental regulations.
In summary, Phoslite IP-A, as an environmentally friendly flame retardant solution, meets the current global prudent requirements for green and safe materials, and its application prospects are promising.
Considering relevant information, Phoslite IP-A flame retardant is mainly phosphorus-based, discarding halogens, bromine-free, and chlorine-free. This halogen-free flame retardant system is conducive to reducing toxic fumes generated during combustion, and there is no risk of secondary pollution. According to a multi-party technical report, Phoslite IP-A can pass the RoHS test, and the content of cadmium, lead, mercury, hexavalent chromium, polybrominated diphenyl ethers, polybrominated biphenyls and other harmful substances is far below the directive limit, which shows the cleanliness of its materials.
With the assessment of REACH Substances of Very High Concern (SVHC), Phoslite IP-A manufacturers claim that their formulations do not contain listed substances of high concern, which will not endanger human health and the ecological environment. At the same time, the material also passes the UL94 flame retardant grade test, and its performance is stable and widely recognized.
The appearance has no odor, low volatile matter, and few volatile organic compounds are released during the production process, so it can also meet many green production requirements. From the perspective of life cycle, the TPU body can be recycled and reused. If it is matched with Phoslite IP-A flame retardant, it will not hinder its recycling process. This is the specific practice of the green chemistry concept.
In short, TPU Flame Retardant Phoslite IP-A is designed with environmental protection and regulatory compliance in mind at the beginning. The flame retardant additives used are halogen-free, heavy metal-free, and aromatic organic pollution, and comply with environmental protection policies and regulations in mainstream regions around the world. If companies want to apply to demanding industries such as consumer electronics, automotive, and medical care, they can also obtain relevant compliance statements and third-party testing reports for inspection, so that their products can be used in the world market without environmental regulations.
In summary, Phoslite IP-A, as an environmentally friendly flame retardant solution, meets the current global prudent requirements for green and safe materials, and its application prospects are promising.
