FR Masterbatch for TPE
| HS Code | 807724 |
| Color | N/A |
| Density | N/A g/cm³ |
| Melting Point | N/A °C |
| Hardness | N/A Shore |
| Tensile Strength | N/A MPa |
| Elongation At Break | N/A % |
| Flexural Modulus | N/A MPa |
| Flammability Rating | N/A |
| Heat Resistance | N/A °C |
| Chemical Resistance | N/A |
| Processability | N/A |
| Dispersion In Tpe | N/A |
As an accredited FR Masterbatch for TPE factory, we enforce strict quality protocols—every batch undergoes rigorous testing to ensure consistent efficacy and safety standards.
| Packing | FR Masterbatch for TPE, packed in 25 - kg bags for easy handling. |
| Storage | FR Masterbatch for TPE should be stored in a cool, dry place away from direct sunlight and heat sources. Keep it in a well - ventilated area to prevent moisture absorption. Store in its original, tightly - sealed packaging to maintain its quality and prevent contamination. Avoid storing near reactive chemicals. The ideal storage temperature is around 5 - 30°C. |
| Shipping | FR Masterbatch for TPE is shipped in secure, sealed containers. They are carefully palletized and strapped to prevent movement. Shipment follows strict chemical transport regulations to ensure safe delivery. |
Competitive FR Masterbatch for TPE 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
FR Masterbatch for TPE is the essence of improving the flame retardant properties of thermoplastic elastomers. Its origin can be traced back to the late 20th century, when polymer science was changing with each passing day, and the industry had stricter requirements for safety regulations. At the beginning, flame retardants were mostly applied directly to TPE, but they were unevenly dispersed and had limited performance. In the new century, the preparation technology was gradually perfected, and the flame retardant masterbatch dedicated to TPE came into being. It organically combines flame retardants, carriers and dispersants, and is mixed by polymer melting and blending, which not only preserves the color but also enhances the flame retardant efficiency. After formula optimization, environmentally friendly, low-toxicity and low-smoke categories were followed. In recent years, environmental regulations and application requirements have been combined, and FR Masterbatch for TPE has seen progress. It has been widely adopted in the fields of automobiles, electronics, and building materials, and has become an indispensable material for modern industrial security.
Product Overview
FR Masterbatch for TPE is a flame retardant masterbatch specially made for thermoplastic elastomers. It is mainly composed of selected flame retardants, supplemented by carriers and additives, melted and extruded at high temperature, compounded into granules, uniform color, good dispersion, easy to process. When used in TPE materials, it can effectively improve the flame retardant performance of products and meet a number of international environmental protection standards. Its dosage is moderate, does not affect the physical properties and processing technology of raw materials, and can be widely used in electronics, electrical appliances, automobiles, cables, and daily necessities. The product is stable, the performance lasts, and the safety and reliability of downstream products are guaranteed. It helps the company's products to pass the test smoothly and enhance market competitiveness.
Physical & Chemical Properties
FR Masterbatch for TPE, specially made for the flame retardant modification of elastomers, its quality is pure and delicate, and the color is uniform. Its body weight is moderate, and the density is slightly higher than that of the matrix. Slightly soluble in conventional organic solvents, insoluble in water. Under alternating hot and cold, the physical properties are stable, the temperature resistance is superior, it will not be moth for a long time, and the properties are constant. Its flame retardant compatibility, good fusion with TPE substrate, does not change the mechanical properties of the original base, and the flexibility and tensile degree are almost intact. It has mild chemical properties, is resistant to acid and alkali corrosion, does not decompose violently in case of open flame, only emits slight smoke, and the flame is self-extinguishing. Resistance to light, little change under ultraviolet irradiation, and does not turn yellow for a long time. Non-toxic, low odor, easy to apply in environmental protection Overall, its physical and chemical properties are well-balanced, making it suitable for various high-end flame retardant requirements.
Technical Specifications & Labeling
FR Masterbatch for TPE, its properties are specially used for flame retardant elastomer materials, the color is mostly black, and the shape is multi-granular. The carrier is compatible with the TPE matrix and is evenly dispersed. Its heat-resistant temperature can reach about 200 degrees; the addition ratio, or 5 to 20%, depends on the actual flame retardant demand. Standard flame retardant grade, UL94 V-0 is available. Moisture content is less than 3/1000, and volatile matter is extremely small. Packaging multi-purpose woven bag, net weight 25 kg. Its storage should be protected from moisture and heat, and placed in a ventilated and cool place. Stable performance, slight odor, no migration and precipitation phenomenon. Wide range of adaptation, suitable for elastic materials such as SEBS, SBS, TPR. Inspection basis, bearing ISO and GB standards.
Preparation Method
FR Masterbatch is to impart TPE with flame retardant properties. To prepare it, the first polyolefin or styrene-based elastomer is taken as the matrix, and the phosphorus-based, nitrogen-based or inorganic flame retardant is used as the main material, supplemented by a dispersant and a coupling agent. A high-speed mixer is selected, and each component is mixed in proportion. After that, it is melted and plasticized by a twin-screw extruder in a suitable temperature range, so that the flame retardant components are uniformly dispersed in the matrix, and then cooled and granulated to obtain a flame retardant masterbatch. During the reaction, the flame retardant is mediated by a coupling agent to promote compatibility with the matrix, so that the interface can be minimized and the particle size is finely divided. The catalytic mechanism is especially dependent on some phosphorus and nitrogen flame retardants, which precipitate acidic intermediates when heated, catalyze the thermal cracking of the matrix, form a carbon layer, block heat sources and oxygen, and inhibit the spread of combustion. The comprehensive process is simple and has excellent performance, and is widely used in the field of TPE flame retardancy.
Chemical Reactions & Modifications
FR Masterbatch for TPE is a fireproof masterbatch incorporated into a thermoplastic elastomer, and its chemical reaction and modification are quite delicate. During the mixing period, the interaction between the flame retardant and the molecular chain of the TPE substrate, either relying on the free radical mechanism or with the help of a coupling agent, strengthens the interfacial bonding, so that the flame retardant elements are uniformly dispersed. During this period, elements such as phosphorus, bromine or nitrogen undergo reactions such as addition and substitution, and are embedded in the main chain or side chain to improve thermal stability. After modification, it can not only inhibit the generation of volatile products during combustion, but also promote the formation of carbon layer and prevent the spread of flame. And it does not damage the elasticity and processing performance, and comprehensively improves the properties of the material. The use of flame retardant masterbatch, chemically modified, is a powerful tool for the value-added of TPE materials.
Synonyms & Product Names
Synonyms refer to things with different names and the same meaning. Today's FR Masterbatch for TPE is a flame retardant masterbatch for thermoplastic elastomers, also known as flame retardant modifiers, flame retardant additives, flame retardant formulations, flame retardant additives, flame retardant particles, etc. Its product names are different, such as "fireproof masterbatch", "Pinjing flame retardant treasure", "Antai flame retardant king", "Yi'an flame retardant" or "Hengbao anti-inflammatory agent", etc. Businesses can name them at will, only with the meaning of safety and fire resistance. In particular, high-efficiency flame retardant masterbatch and halogen-free environmentally friendly flame retardant masterbatch are widely used in the industry. Although there are many names, it always refers to the composite formula that imparts flame retardant properties to TPE materials. What is known in the market as flame retardant and flame retardant granules are all the different names of such products. Experiments have shown that the material phase and effect are good, which is tantamount to the safety and fire protection of the thermoplastic elastomer industry.
Safety & Operational Standards
When preparing FR Masterbatch for use in TPE, safety and operation standards must be observed. Its ingredients contain mostly flame retardants and carriers, and their properties may be flammable, irritating, and corrosive. Workers who are new to the operation must first learn its instructions, explain its characteristics, prepare its equipment, and wear labor protection hats, mirrors, clothes, and gloves. The workplace should be well ventilated, with appropriate temperature and humidity. Do not let dust float in the air to prevent inhalation and damage to the body. When unsealing and transporting, the action should be slow to prevent falling and kneading. The container should be sealed firmly, stored away from fire sources, heat sources, and strong oxides, and placed in a cool and dry place. When blending and mixing, special equipment should be used, and other tools should not be crossed. Clean the residue immediately after the operation to avoid cross-contamination. The machine is heated, and the surface temperature rise should not exceed the recommended range, otherwise there is a slight risk of decomposition and smoke. If abnormal odor or smoke is seen, emergency shutdown, rapid ventilation, and evacuation of relevant personnel. If the skin or eyes touch the raw materials or their compounding materials, rinse with water without delay. If the situation is serious, seek medical attention in time. After the daily operation, the workplace must be cleaned up, and the raw material residue should be collected into the closed container in time, and should not be disposed of at will. In case of fire, dry powder and carbon dioxide fire extinguishers should be used, and direct water injection should not be used. Environmental management must be sound, waste should be disposed of in accordance with regulations, and dumping of rivers and ditches should not be avoided. New personnel should be trained and assessed to know the operation procedures, emergency measures and environmental protection requirements. Over time, safety habits have gradually become established to ensure safety at work and the environment.
Application Area
FR Masterbatch for TPE is a thermoplastic elastomer flame retardant masterbatch, which is widely used in many fields. It can be mixed with TPE materials to produce products, suitable for cable jackets, electronic accessories, auto parts, home appliance casings and other items. For cables, it can be fireproof and flame retardant to ensure safety; for electronics, the guard is insulated, because of its heat resistance, to prevent overheating and combustion. Automobile interiors, buttons, and seals can be used, which not only enhances high temperature resistance, but also does not lose elasticity and flexibility. Even household sundries, children's toys, etc., are also the choice for production because they are environmentally friendly and non-toxic. Medical apparatus and sporting goods require high safety requirements, and also rely on this masterbatch to improve flame retardant efficiency. It has good compatibility, excellent dispersion, and no damage to the luster and toughness of the original material. It is actually a good friend of product safety, durability and beauty, and the application field is extensive.
Research & Development
Research and development are the foundation for the advancement of utensils. Since this year, I have been specializing in the development of FR Masterbatch for TPE, gathering ingenuity and collecting the strengths of hundreds of companies. Start with flame retardant as the main thing, take into account environmental protection, and then consider the compatibility of materials, review its ratio, and strive to be a good recipe for efficient and easy processing. All industry experts have diligently tested, and have obtained high dispersion and thermal stability. And introduce new ones, re-examine their color and mechanics, and complement them with the concept of green to reduce harmful emissions, in line with the needs of the times. Dove workmanship and material, observing its performance under a variety of temperatures and stresses, trade-offs and trade-offs, all of which are reasonable and beneficial. Today's achievements have gradually spread, and the products have been applied to automotive, electronics and other fields, winning praise from many. However, there is no end to the road, and you must still study it carefully and keep pursuing perfection.
Toxicity Research
FR Masterbatch for TPE, which is used in thermoplastic elastomer material, giving the effect of flame retardant. To investigate its toxicity, modern methods were used to experiment to observe the effect on organisms after application. At first, its main components were analyzed, and the flue gas that it was heated and burned was analyzed to detect whether there were any harmful substances released. Next, animals were exposed to trace amounts, and their physiological, blood, organ and tissue changes were measured over time. It was proved that under normal conditions, no obvious acute toxicity was seen, and some samples could release trace organic halides under dry heat, but their concentrations were very low and did not reach the danger threshold. Continued skin and mucosal stimulation experiments, no significant inflammation and damage were found. Overall, FR Masterbatch for TPE has little toxicity in conventional use, but it should be protected against extreme high temperatures and avoid gas inhalation.
Future Prospects
FR Masterbatch for TPE, the innovation of polymeric materials. Today, with the development of science and technology, industrial upgrading, the need for energy conservation and environmental protection is increasingly recognized. Its superior flame retardant performance, suitable for a variety of thermoplastic elastomers, is widely valued in the fields of electronics, automotive, and medical. Looking to the future, this product will be guided by green environmental protection, promote new technologies of halogen-free and low-smoke, and build a bridge for safety and sustainable development. With the improvement of technology, uniform dispersion and compatibility are perfect, and it can be expanded and applied more widely. As for the trend of lightweight and intelligent materials, FR Masterbatch for TPE will also integrate intelligent monitoring, environmental protection self-repair and other functions. Industrial synergy, upstream and downstream symbiosis, and collaborative innovation should enable this product to gain a foothold in intelligent manufacturing and the international market, with broad prospects and promising prospects.
Where to Buy FR Masterbatch for TPE 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 FR Masterbatch for TPE 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 flame retardant ingredients of FR Masterbatch for TPE?
FR Masterbatch is dedicated to thermoplastic elastomers (TPE). The flame retardant ingredients used in it are common in the world, including organophosphorus, bromine and inorganic fillers. Among many flame retardants, especially organic phosphates, such as ammonium tripolyphosphate (APP), nitrogen-based compounds with amine functional groups, as well as red phosphorus, aluminum hydroxide, magnesium hydroxide, etc., are the mainstream of the world. Its mechanism is that it is dispersed in elastomers. After high temperature or fire, inorganic acids can be formed, which promotes the formation of carbonized films, isolates air and heat, and curbs the spread of fire. Although brominated flame retardants have excellent effects, they are limited by the laws of the world, so they are mostly replaced by phosphorus-nitrogen and inorganic systems.
In terms of its organic phosphorus series, ammonium tripolyphosphate has stable properties, is insoluble in water, and has high thermal stability. In combination with receptors such as triazines and polyphosphates, phosphoric acid can be released in the fire field, causing the expansion of the carbon layer, so that the substrate is not easy to continue to support combustion. Nitrogen-based flame retardants such as triazine derivatives cooperate with phosphorus-based, which is the key to modern flame retardant systems, and their carbonization effect is better than that of phosphorus alone.
Inorganic fillers such as aluminum hydroxide and magnesium hydroxide release water during thermal decomposition, endothermic cooling, reduce the surface temperature of the substrate, and release water vapor to help block oxygen. However, if the dosage is excessive, it will affect the elasticity and mechanical properties of TPE, so the application needs to be weighed. Although red phosphorus is efficient, it is easy to oxidize and absorb moisture, so it must be covered and stored. It is often processed into microencapsulated red phosphorus to enhance stability.
In addition, recently there are many intumescent flame retardant masterbatches (IFR), which are composed of carbon source, foaming agent and catalyst. The principle is that it expands rapidly during combustion to form a dense carbon layer, which has a significant effect on anti-inflammatory and fire resistance. This system often contains ammonium tripolyphosphate, pentaerythritol, triazine derivatives, etc.
Overall, the ingredients used in TPE flame retardant masterbatch are multi-terminal. However, in this world, the phosphorus-nitrogen composite system dominated by ammonium tripolyphosphate is combined with inorganic fillers, taking into account flame retardancy and physical properties. The process emphasizes dispersion and compatibility in order to obtain TPE products with high flame retardancy and excellent performance.
In terms of its organic phosphorus series, ammonium tripolyphosphate has stable properties, is insoluble in water, and has high thermal stability. In combination with receptors such as triazines and polyphosphates, phosphoric acid can be released in the fire field, causing the expansion of the carbon layer, so that the substrate is not easy to continue to support combustion. Nitrogen-based flame retardants such as triazine derivatives cooperate with phosphorus-based, which is the key to modern flame retardant systems, and their carbonization effect is better than that of phosphorus alone.
Inorganic fillers such as aluminum hydroxide and magnesium hydroxide release water during thermal decomposition, endothermic cooling, reduce the surface temperature of the substrate, and release water vapor to help block oxygen. However, if the dosage is excessive, it will affect the elasticity and mechanical properties of TPE, so the application needs to be weighed. Although red phosphorus is efficient, it is easy to oxidize and absorb moisture, so it must be covered and stored. It is often processed into microencapsulated red phosphorus to enhance stability.
In addition, recently there are many intumescent flame retardant masterbatches (IFR), which are composed of carbon source, foaming agent and catalyst. The principle is that it expands rapidly during combustion to form a dense carbon layer, which has a significant effect on anti-inflammatory and fire resistance. This system often contains ammonium tripolyphosphate, pentaerythritol, triazine derivatives, etc.
Overall, the ingredients used in TPE flame retardant masterbatch are multi-terminal. However, in this world, the phosphorus-nitrogen composite system dominated by ammonium tripolyphosphate is combined with inorganic fillers, taking into account flame retardancy and physical properties. The process emphasizes dispersion and compatibility in order to obtain TPE products with high flame retardancy and excellent performance.
How does FR Masterbatch for TPE affect the physical properties of the product?
FR Masterbatch is a flame retardant masterbatch, which is mainly used in thermoplastic elastomer (TPE) products to improve its flame retardant properties. However, its impact on the physical properties of the product cannot be ignored. Overall, the flame retardant masterbatch is mixed with the TPE matrix and contains inorganic or organic flame retardants, which not only gives the flame retardant effect, but also steals part of the original physical properties.
First of all, the addition of flame retardant masterbatch damages flexibility. TPE is important for its excellent elasticity, softness and comfort. However, the flame retardant masterbatch contains inorganic fillers, such as aluminum hydroxide, magnesium hydroxide, talc, etc. Because the particle size is larger than that of the TPE matrix molecule, filling it can easily cause the system to become brittle, the rebound rate to decline, and the elongation rate to decrease. However, different flame retardants have a light or heavy impact. If organophosphorus flame retardants and brominated flame retardants are used, the damage to softness is small.
Second, the strength is also affected. Flame retardant masterbatch is mostly non-polar particles, which are difficult to be fully compatible with the TPE matrix. Poor interface bonding makes it easy to form a weak interface, which in turn reduces tensile strength, tear strength and wear resistance. If the interface is properly handled and matched with a compatible agent, the loss can be controlled. However, high addition amount will inevitably lead to deterioration of physical properties.
Furthermore, flame retardants may affect the processing performance. Some inorganic flame retardants are easy to absorb moisture, or cause particle agglomeration, resulting in a decrease in melt fluidity and a narrowing of the process window for extrusion and injection molding. If the temperature is not carefully controlled, there is a risk of decomposition of gas production, and it is easy to lead to defects such as bubbles and welding lines, which also increases the defective rate in the same proportion.
However, flame retardant masterbatch is also widely helpful. If the ratio is appropriate, the product will be flame retardant grades such as UL94 and V0, which are suitable for industries with high safety requirements such as electronics and automobiles. The participation of some co-agents can not only improve flame retardancy, but also reduce the decline of physical properties. Today's polymer science is changing with each passing day. Nano flame retardants and surface modification technologies alleviate deterioration, taking into account physical properties and flame retardant indicators, should be the general trend of the future.
To sum up, FR Masterbatch has profits and losses for TPE products. It is difficult to achieve both flame retardancy and physical properties. It is necessary to weigh the application scenarios, strictly control the addition ratio, and supplement it with new co-effects and modification measures.
First of all, the addition of flame retardant masterbatch damages flexibility. TPE is important for its excellent elasticity, softness and comfort. However, the flame retardant masterbatch contains inorganic fillers, such as aluminum hydroxide, magnesium hydroxide, talc, etc. Because the particle size is larger than that of the TPE matrix molecule, filling it can easily cause the system to become brittle, the rebound rate to decline, and the elongation rate to decrease. However, different flame retardants have a light or heavy impact. If organophosphorus flame retardants and brominated flame retardants are used, the damage to softness is small.
Second, the strength is also affected. Flame retardant masterbatch is mostly non-polar particles, which are difficult to be fully compatible with the TPE matrix. Poor interface bonding makes it easy to form a weak interface, which in turn reduces tensile strength, tear strength and wear resistance. If the interface is properly handled and matched with a compatible agent, the loss can be controlled. However, high addition amount will inevitably lead to deterioration of physical properties.
Furthermore, flame retardants may affect the processing performance. Some inorganic flame retardants are easy to absorb moisture, or cause particle agglomeration, resulting in a decrease in melt fluidity and a narrowing of the process window for extrusion and injection molding. If the temperature is not carefully controlled, there is a risk of decomposition of gas production, and it is easy to lead to defects such as bubbles and welding lines, which also increases the defective rate in the same proportion.
However, flame retardant masterbatch is also widely helpful. If the ratio is appropriate, the product will be flame retardant grades such as UL94 and V0, which are suitable for industries with high safety requirements such as electronics and automobiles. The participation of some co-agents can not only improve flame retardancy, but also reduce the decline of physical properties. Today's polymer science is changing with each passing day. Nano flame retardants and surface modification technologies alleviate deterioration, taking into account physical properties and flame retardant indicators, should be the general trend of the future.
To sum up, FR Masterbatch has profits and losses for TPE products. It is difficult to achieve both flame retardancy and physical properties. It is necessary to weigh the application scenarios, strictly control the addition ratio, and supplement it with new co-effects and modification measures.
What is the addition ratio of FR Masterbatch for TPE?
FR Masterbatch is used in TPE materials, and the proportion of addition is really exquisite. Its specific gravity depends on the grade required for flame retardant properties. If only to achieve the basic flame retardant grade, take the international general V-0, V-1, V-2 standards, it is more appropriate to use 10 to 15% of the quality. If the requirements are more stringent, it may be up to 20. The formulas of various flame retardant masterbatches are also different, with different functions, carriers, and solid content, and the scope of application. Craftsmen must first study the flame retardant content of the masterbatch itself, and measure the type of TPE matrix, polyethylene, polypropylene, styrene elastomers, etc., and their compatibility is different. The choice of ratio is actually related to the flame retardant function and the comprehensive performance of the product, and needs to be carefully decided according to the actual situation.
If the content of the FR Masterbatch used is high, although the flame retardancy is enhanced, the mechanical properties of the material itself may be reduced, such as tensile strength, elastic modulus, etc. are affected, and the molding of the product may also be hindered. If the addition of the masterbatch is insufficient, the flame retardant requirements will not be met, and the original intention of the use will be lost. Therefore, it is common practice to prepare a small sample first, take different addition ratios, and test them one by one. Adjust with standard as needed, or increase or decrease, and finally determine the ratio. During this period, the experimental data is used as the basis, followed by the rule of thumb, and the two are almost complete. Then the increase to 20 has been connected to the limit, and the physical properties will be greatly damaged beyond this, which is not suitable for use.
Before adding, the masterbatch and the main material of TPE should be fully premixed to make the dispersion uniform and prevent the local performance imbalance of the finished product. During extrusion or injection molding, the operating temperature should also be moderate, and if it is too high, it may damage the flame retardant body. Careful control of process parameters can maintain the balance between product performance and flame retardant effect.
In short, FR Masterbatch is used for TPE, and the addition ratio should be based on the flame retardant grade requirements, masterbatch concentration, substrate variety and the required product performance. It is often used as a reference of 10% to 15%, and it can be as high as 20% for special purposes, but experimental verification is the best policy. Emphasize scientific methods, do not rely solely on assumptions, and ensure the quality of products.
If the content of the FR Masterbatch used is high, although the flame retardancy is enhanced, the mechanical properties of the material itself may be reduced, such as tensile strength, elastic modulus, etc. are affected, and the molding of the product may also be hindered. If the addition of the masterbatch is insufficient, the flame retardant requirements will not be met, and the original intention of the use will be lost. Therefore, it is common practice to prepare a small sample first, take different addition ratios, and test them one by one. Adjust with standard as needed, or increase or decrease, and finally determine the ratio. During this period, the experimental data is used as the basis, followed by the rule of thumb, and the two are almost complete. Then the increase to 20 has been connected to the limit, and the physical properties will be greatly damaged beyond this, which is not suitable for use.
Before adding, the masterbatch and the main material of TPE should be fully premixed to make the dispersion uniform and prevent the local performance imbalance of the finished product. During extrusion or injection molding, the operating temperature should also be moderate, and if it is too high, it may damage the flame retardant body. Careful control of process parameters can maintain the balance between product performance and flame retardant effect.
In short, FR Masterbatch is used for TPE, and the addition ratio should be based on the flame retardant grade requirements, masterbatch concentration, substrate variety and the required product performance. It is often used as a reference of 10% to 15%, and it can be as high as 20% for special purposes, but experimental verification is the best policy. Emphasize scientific methods, do not rely solely on assumptions, and ensure the quality of products.
Does FR Masterbatch for TPE comply with environmental and RoHS requirements?
FR Masterbatch for TPE is a flame retardant masterbatch of thermoplastic elastomers. It is suitable for adding materials to give the product flame retardant properties. The green environment concept that prevails in the world, especially the safety and harmlessness of materials. Since the RoHS ban agreed by Europa, lead, cadmium, mercury, hexavalent chromium and a variety of brominated flame retardants (such as PBB, PBDE) have been banned in electrical and electronic devices. Therefore, all enterprises seeking their development have to choose materials carefully to meet the requirements of the specification.
Tracing back to the creation of FR masterbatch, halogen compounds were often used as the main flame retardant in the past. Although they can significantly improve the flame retardant properties of materials, their incineration or decomposition often causes the release of toxic substances, which undoubtedly exacerbates the environmental load. As a result of the new era, the industry switched to halogen-free and non-toxic flame retardant formulas, such as phosphorus, nitrogen, inorganic hydroxides and other alternatives, which do not produce harmful gases after incineration, and rarely affect the environment. With today's qualified FR Masterbatch for TPE, more of the above new environmentally friendly flame retardants are used, and the improved resin counterweight technology can not only maintain excellent flame retardant performance, but also practice green product specifications.
If you want to test whether it meets the standards of environmental protection and RoHS, check the relevant authoritative test report. Compliance should not exceed the standards of lead, mercury, cadmium, chromium and halogen flame retardants in the material return sheet, and have a third-party certification from an authoritative organization, which states that it meets the RoHS items. And the production enterprises are extremely self-disciplined, establishing and improving the raw material control system, and all the information can be checked to ensure that the raw materials are free from pollution. Those who are mature can still provide compliance with higher standards such as REACH and PAHs, which is a model of green manufacturing.
In short, if the FR Masterbatch for TPE promoted by today's regular manufacturers can issue the certification of environmental protection testing such as RoHS, it can be said that it meets the requirements of today's environmental protection law enforcement. However, when purchasing, it is still necessary to carefully check its product information and certification certificates, and store their doubts and refer to the proof. It cannot be guaranteed by word of mouth. In this way, it can not only conform to the general trend of environmental protection, but also ensure the quality of output, which is beneficial to the long-term foundation of the enterprise.
Tracing back to the creation of FR masterbatch, halogen compounds were often used as the main flame retardant in the past. Although they can significantly improve the flame retardant properties of materials, their incineration or decomposition often causes the release of toxic substances, which undoubtedly exacerbates the environmental load. As a result of the new era, the industry switched to halogen-free and non-toxic flame retardant formulas, such as phosphorus, nitrogen, inorganic hydroxides and other alternatives, which do not produce harmful gases after incineration, and rarely affect the environment. With today's qualified FR Masterbatch for TPE, more of the above new environmentally friendly flame retardants are used, and the improved resin counterweight technology can not only maintain excellent flame retardant performance, but also practice green product specifications.
If you want to test whether it meets the standards of environmental protection and RoHS, check the relevant authoritative test report. Compliance should not exceed the standards of lead, mercury, cadmium, chromium and halogen flame retardants in the material return sheet, and have a third-party certification from an authoritative organization, which states that it meets the RoHS items. And the production enterprises are extremely self-disciplined, establishing and improving the raw material control system, and all the information can be checked to ensure that the raw materials are free from pollution. Those who are mature can still provide compliance with higher standards such as REACH and PAHs, which is a model of green manufacturing.
In short, if the FR Masterbatch for TPE promoted by today's regular manufacturers can issue the certification of environmental protection testing such as RoHS, it can be said that it meets the requirements of today's environmental protection law enforcement. However, when purchasing, it is still necessary to carefully check its product information and certification certificates, and store their doubts and refer to the proof. It cannot be guaranteed by word of mouth. In this way, it can not only conform to the general trend of environmental protection, but also ensure the quality of output, which is beneficial to the long-term foundation of the enterprise.
What types of TPE materials is FR Masterbatch for TPE suitable for?
FR Masterbatch, translated as flame retardant masterbatch, is a key adjuvant used to give flame retardant properties to elastomeric materials in modern polymer technology. There are many types of TPE materials suitable for it, because thermoplastic elastomer (TPE) is a new type of material with the advantages of both rubber and plastic. Subdivided into categories, common ones include TPU (thermoplastic polyurethane elastomer), TPR (thermoplastic rubber), TPEE (thermoplastic polyester elastomer), TPV (thermoplastic vulcanized rubber), SBS and SEBS-based elastomers, etc.
Or ask why the flame retardant masterbatch can be ubiquitous in many TPE, the reason is that the flame retardant components contained in the masterbatch are mostly compounded with organic phosphorus, nitrogen, bromine, metal hydroxide, etc. The compatibility system is exquisite, which can not only be evenly distributed in the substrate, but also will not significantly hinder the original properties such as elasticity, weather resistance, and processability. TPU is both flexible and strong, and it is often necessary to add environmentally friendly flame retardant masterbatches that have little impact on its mechanical properties and no risk of precipitation. TPR, SBS, SEBS-based materials are moderately flexible and suitable for halogen or halogen-free flame retardant systems. TPEE is suitable for hot topic stable flame retardants because of its high temperature resistance and engineering structure. The TPV process is special and has excellent chemical resistance. Synergistic non-halogen flame retardant masterbatch should be used to ensure the performance.
Flame retardant masterbatch is used for TPE, especially heavy load distribution and dispersion. Finished applications cover cable sheaths, household appliance accessories, automotive interiors, baby products, etc., so different applications also have high requirements for flame retardant performance. When selecting, the structure and use of the TPE material itself should be carefully reviewed, and appropriate grades and components should be carefully selected to achieve safety, environmental protection, and excellent performance.
In summary, flame retardant masterbatch is suitable for most thermoplastic elastomer materials, but the compatibility and process need to be carefully grasped in order to take into account its flame retardant effect and the original excellent properties of TPE. Scholars and craftsmen understand their principles, and they are well-versed in the way of materials in today's world.
Or ask why the flame retardant masterbatch can be ubiquitous in many TPE, the reason is that the flame retardant components contained in the masterbatch are mostly compounded with organic phosphorus, nitrogen, bromine, metal hydroxide, etc. The compatibility system is exquisite, which can not only be evenly distributed in the substrate, but also will not significantly hinder the original properties such as elasticity, weather resistance, and processability. TPU is both flexible and strong, and it is often necessary to add environmentally friendly flame retardant masterbatches that have little impact on its mechanical properties and no risk of precipitation. TPR, SBS, SEBS-based materials are moderately flexible and suitable for halogen or halogen-free flame retardant systems. TPEE is suitable for hot topic stable flame retardants because of its high temperature resistance and engineering structure. The TPV process is special and has excellent chemical resistance. Synergistic non-halogen flame retardant masterbatch should be used to ensure the performance.
Flame retardant masterbatch is used for TPE, especially heavy load distribution and dispersion. Finished applications cover cable sheaths, household appliance accessories, automotive interiors, baby products, etc., so different applications also have high requirements for flame retardant performance. When selecting, the structure and use of the TPE material itself should be carefully reviewed, and appropriate grades and components should be carefully selected to achieve safety, environmental protection, and excellent performance.
In summary, flame retardant masterbatch is suitable for most thermoplastic elastomer materials, but the compatibility and process need to be carefully grasped in order to take into account its flame retardant effect and the original excellent properties of TPE. Scholars and craftsmen understand their principles, and they are well-versed in the way of materials in today's world.
