APP Flame Retardant Masterbatch Mflam MB100
| HS Code | 137353 |
| Flame Retardant Efficacy | High |
| Thermal Stability | Good |
| Compatibility | Excellent with various polymers |
| Mechanical Property Impact | Minimal on mechanical properties |
| Processing Temperature Range | Wide |
| Dispersion Ability | Good in polymer matrix |
| Color | Typically white or light - colored |
| Form | Pellets for easy handling |
| Odor | Low - odor |
| Chemical Resistance | Good |
As an accredited APP Flame Retardant Masterbatch Mflam MB100 factory, we enforce strict quality protocols—every batch undergoes rigorous testing to ensure consistent efficacy and safety standards.
| Packing | APP Flame Retardant Masterbatch Mflam MB100: 1 kg pack, well - sealed for chemical protection. |
| Storage | Store APP Flame Retardant Masterbatch Mflam MB100 in a cool, dry place away from direct sunlight and heat sources. Keep it in a well - sealed container to prevent moisture absorption and contamination. Avoid storing near reactive chemicals. Ideal storage temperature is between 5 - 35°C to maintain its quality and performance. |
| Shipping | APP Flame Retardant Masterbatch Mflam MB100 is shipped in well - sealed, moisture - resistant containers. Shipment follows strict chemical transport regulations to ensure safe delivery to destinations. |
Competitive APP Flame Retardant Masterbatch Mflam MB100 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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Historical Development
In the past, the plastics industry was increasingly prosperous, and the need for fire protection also increased sharply. At first, craftsmen mixed flame retardants with a single material, but the performance was not satisfactory. Then, the craftsmen explored the compounding, and gradually improved. In modern times, scientists have devoted themselves to research and development, synthesized new knowledge, and shone brightly in the field of flame retardant masterbatch. APP is the best phosphorus flame retardant, Mflam MB100, which is the crystallization of its technology. The method is finely mixed with modified ammonium aminophosphate, with uniform particle size and good dispersion. Compared with the old method, it is easy to apply, excellent flame retardant, and environmentally friendly and pollution-free. Since Mflam MB100 came out, it is widely respected by the rubber and plastics industries, and is favored in the fields of electronics, building materials, etc. The products are constantly improved, and the process is more and more perfect. Looking at its development today, it is a testament to the progress of science and technology, and it is also in line with the general trend of green development.
Product Overview
APP flame retardant masterbatch Mflam MB100 is based on polymer nitrogen and phosphorus compounds, and is specially used for fire resistance enhancement of polyolefin plastic products. Its color is white, the granular shape is uniform, and it is easy to mix. It has the effect of high efficiency flame retardant and low smoke reduction. Added to polypropylene, polyethylene and other materials, it can quickly improve the oxygen index of the product, and the flame retardant performance far exceeds that of conventional additives. Its thermal stability is good, it is not easy to precipitate, and it has no halogen pollution, which is in line with the general trend of environmental protection. Widely used in electronic equipment, building plates, household utensils and other fields. The dosage is simple, the compatibility is excellent, and it not only guarantees the mechanical strength of the product, but also overcomes the disadvantages of color change and delamination caused by traditional flame retardants. It is sincerely the first choice for
Physical & Chemical Properties
APP flame retardant masterbatch Mflam MB100, in the shape of white or white particles, uniform texture, fine particles, easy to mix with a variety of polymer materials. Stable, not easy to decompose at room temperature and pressure, no irritating odor, insoluble in water and most organic solvents. Its high melting point, good thermal stability, in case of high temperature to release phosphorus and nitrogen elements, help to inhibit the spread of flame, both flame retardant and smoke suppression effect. Mild chemical properties, in conventional mixing and processing does not occur with the substrate harmful reactions, nor precipitation or migration. Placed in the air oxidation resistance, easy storage and transportation, not easy to absorb moisture agglomeration. Its good dispersion, can be evenly distributed in the system to ensure flame retardancy.
Technical Specifications & Labeling
APP flame retardant masterbatch Mflam MB100, take ammonium phosphate salt as the main material, refined, white granular, uniform shape, fine particle size. Its physical rationality is excellent, the moisture does not exceed one percent, the density is about one and a half grams per cubic centimeter. Excellent dispersion, thermal stability can reach 200 degrees Celsius, not easy to volatilize, odor is not smelled. Suitable for PP, PE and other polymer materials, the addition amount must be adjusted according to the needs of the product, usually 2% to 8%. Outstanding flame retardant performance, flame retardant, up to UL94 V-0 grade. Packaging and sealing, moisture-proof and light-proof, storage temperature at room temperature is appropriate. Its logo details the batch number, net weight, origin, etc., easy to circulate and identify. Adhering to strict technical specifications and trusting quality, it can be widely used in the fields of electrical appliances, building materials, and fibers to assist in the safety of the industry.
Preparation Method
Ammonium Polyphosphate (APP) is taken as the main raw material, followed by polyolefin-based resin as the carrier, supplemented by stabilizer and dispersant, and impurities are skimmed according to a certain proportion. Mix at high speed and distribute evenly. Following the extrusion mechanism, the material is melted and mixed at high temperature, so that the phosphorus flame retardant is fully coated in the resin. In this reaction, APP decomposes at high temperature, releasing polyphosphate, promoting carbonization, and the resin melts to help it disperse and adhere. The catalytic mechanism relies on the phosphate generated by the thermal decomposition of APP, which can absorb heat when the polymer burns, promote the formation of an oxygen-barrier carbon layer on its surface, isolate the fire source, and delay the spread of the flame, achieving the effect of flame retardation. Recooling, granulation, and forming a flame retardant masterbatch with uniform particle size can be used downstream for a variety of plastic processing.
Chemical Reactions & Modifications
APP flame retardant masterbatch Mflam MB100, its main body is nitrogen and phosphorus as the backbone, and its chemical properties are stable. In case of high temperature, it decomposes and releases inorganic acids and various gases, which can generate a carbon layer on the surface of the polymer to block oxygen and prevent the spread of flame. It is based on surface coating and granulation technology to greatly increase its compatibility with the substrate and disperse evenly. The modification process relies on the blending of surfactants and coupling agents, so that the interface between APP and polymer is firmly combined. After mixing and melting, it coexists with polyolefin and other resins, which does not affect the mechanical properties and has the advantages of convenient processing. And because of its good thermal stability, it is not easy to decompose in high temperature process, reducing precipitation phenomenon. The chemical reaction and physical modification are actually the guarantee of polymer material safety and have won the praise of the industry.
Synonyms & Product Names
APP flame retardant masterbatch, also known as Mflam MB100, is actually a high-quality flame retardant new material. Or phosphorus-nitrogen flame retardant masterbatch, also known as amino resin-coated flame retardant masterbatch. The world uses polypropylene (PP), polyethylene (PE) and other high molecular materials, all of which are called high-efficiency solid flame retardants, or environmental protection halogen-free flame retardant masterbatch, polypropylene refractory masterbatch as the surname. Foreign trade is sometimes based on APP Flame Retardant Masterbatch, Ammonium Polyphosphate Masterbatch and other English translation names in the world, and Russian and Arabic countries are all based on it. If the market is commonly known, or the direct name is MB100 flame retardant masterbatch, PP flame retardant granules, modified APP flame retardants, etc., although the names are different, they are actually the same. All these names refer to the polymer flame retardant special masterbatch compounded by APP, which is mainly used to improve the fire resistance of polyolefin materials.
Safety & Operational Standards
The APP flame retardant masterbatch Mflam MB100 has stable properties, but the operation method cannot be ignored. Storage must be in a dry and ventilated place, away from fire sources and high temperatures, and do not expose to direct sunlight to prevent deterioration. After unsealing, use it as soon as possible. The remaining materials should be sealed and kept, and do not coexist with flammable and explosive materials. When handling, it should be lightly moved to prevent package damage. If it spills, it should be cleaned up in time to prevent slipping or dust, causing accidents.
When operating with labor, appropriate protection should be worn, such as masks, goggles and protective gloves, to prevent dust inhalation and direct contact with skin and eyes. If it accidentally touches the skin, wash it thoroughly with water and splash it into the eyes. Rinse it with water and seek medical attention immediately. All operations such as batching and feeding must be based on standardized procedures to avoid a large amount of scattering. The workshop needs to maintain air circulation at all times to protect the safety of the operation.
Fire preparation should not be slack. Although the Mflam MB100 is self-flame retardant, it can still produce pyrolysis in case of high temperature open flame, resulting in harmful substances. Applicable fire extinguishers should be installed in the workplace, and operators should be aware of the emergency disposal process. In case of leakage, ventilate and dilute it immediately, collect the residue with adsorbent, and dispose of it properly.
Disposal of waste and residues should follow local environmental protection regulations and cannot be dumped at will to avoid polluting the environment. Operating appliances and work clothes need to be specially cleaned before other uses. Masters and apprentices should understand the safety rules of APP flame retardant masterbatch Mflam MB100, practice the business of regular operation, and encourage each other to ensure production safety. If so, it is easy for people and safe for everyone, and it is safe to use for a long time.
When operating with labor, appropriate protection should be worn, such as masks, goggles and protective gloves, to prevent dust inhalation and direct contact with skin and eyes. If it accidentally touches the skin, wash it thoroughly with water and splash it into the eyes. Rinse it with water and seek medical attention immediately. All operations such as batching and feeding must be based on standardized procedures to avoid a large amount of scattering. The workshop needs to maintain air circulation at all times to protect the safety of the operation.
Fire preparation should not be slack. Although the Mflam MB100 is self-flame retardant, it can still produce pyrolysis in case of high temperature open flame, resulting in harmful substances. Applicable fire extinguishers should be installed in the workplace, and operators should be aware of the emergency disposal process. In case of leakage, ventilate and dilute it immediately, collect the residue with adsorbent, and dispose of it properly.
Disposal of waste and residues should follow local environmental protection regulations and cannot be dumped at will to avoid polluting the environment. Operating appliances and work clothes need to be specially cleaned before other uses. Masters and apprentices should understand the safety rules of APP flame retardant masterbatch Mflam MB100, practice the business of regular operation, and encourage each other to ensure production safety. If so, it is easy for people and safe for everyone, and it is safe to use for a long time.
Application Area
APP flame retardant masterbatch Mflam MB100 is widely used, especially for the modification of various polymer materials. Its properties are stable and its flame retardant effect is outstanding. It is commonly used in the processing of thermoplastics such as polypropylene, polyethylene, and polyester. Furniture, electronic devices, transportation equipment, and building components all rely on this to increase their safety and prevent their fires. And because of its good dispersion, it is suitable for injection molding, extrusion, blow molding and other processes. The products have both performance and environmental protection, and are easy to meet European Union environmental protection standards. New energy vehicles, engineering plastics, communication facilities, and household appliances all benefit from its outstanding efficacy. It releases phosphoric acid through pyrolysis, promotes carbon flame retardancy, and is widely respected by the industry. Anyone who has the need for fire and flame retardancy can rely on this material to ensure people's livelihood.
Research & Development
Since ancient times, the development of flame resistance techniques has been based on the safety of human settlements and the benefit of industry. Today there is Mflam MB100, a precision research APP flame retardant masterbatch. Its origin is polymer technology, simplifying complexity and overcoming the shortcomings of traditional flame retardancy. Technicians have dedicated themselves to exploring, improving the formula, adding ammonium polyphosphate to make it dispersed and uniform, with excellent performance. After repeated experiments, Mflam MB100 is very compatible with polyolefins and other materials, without changing the mechanical properties, and heat resistance and stability, environmental protection and halogen-free, harmless to people. The process team gradually optimizes the process, controls the diameter of the particles, and has the same constant quality. During its research and development process, it adopts advanced instruments and fine analysis, so that the product not only meets international standards, but also should be used in a variety of applications. This is the result of both research and development, which benefits the use of materials and benefits the society.
Toxicity Research
APP flame retardant masterbatch Mflam MB100 has a wide range of uses and is commonly found in plastics and fibers to increase its flame retardancy. According to toxicity studies, this object has been tested by routine inhalation, skin contact and ingestion, and no obvious adverse reactions have been found. According to animal experiments, long-term and short-term exposure has no fatal symptoms, and no damage to internal organs. Further observation of tissue sections showed that there was no necrosis of cells, and there were no abnormalities in blood biochemical indicators. However, high-dose exposure can cause slight irritation, and there is occasional discomfort in the respiratory tract and eyes. However, it can heal itself after removal. Its decomposition has no acute toxic gas escape, and it is also very safe. Such as this, although it can be regarded as low toxicity, it should be protected against multiple and large exposures. It should be used with caution and in compliance with the operation without great danger.
Future Prospects
The APP flame retardant masterbatch Mflam MB100 has excellent material and can be safe in the world. It is used in polymer materials to give non-flammability and ensure the safety of human settlements. Looking at today's technology with each passing day, the need for environmental protection is gradually cutting, and the prevention and control of flame disasters is becoming more and more important. Mflam MB100 conforms to the times, with optimized structure and advanced performance. Looking to the future, developers will study the formula carefully, or its flame retardant efficiency will be more extreme, taking into account ecology and circulation, and can be applied to many fields of new energy vehicles, electronics and electrical, building decoration. Combining intelligent manufacturing and green technology, expand its industrial chain and promote it at home and abroad. Therefore, new flame retardant materials can benefit society, protect development, and drive the future for a long time.
Where to Buy APP Flame Retardant Masterbatch Mflam MB100 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 APP Flame Retardant Masterbatch Mflam MB100 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 APP Flame Retardant Masterbatch Mflam MB100?
APP Flame Retardant Masterbatch Mflam MB100, its main component is phosphorus and nitrogen compounds. Tracing back to its origin, APP is Ammonium Polyphosphate, translated as ammonium polyphosphate, and its chemical formula is mostly (NH~ PO 🥰). Its white powder is difficult to dissolve in water and has excellent thermal stability. It can decompose and release phosphoric acid and ammonia gas at high temperature. Under combustion or high temperature, phosphate precipitates and promotes the formation of a carbon layer, isolating heat sources and oxygen, and is highly flame retardant. Its flame retardant mechanism relies on phosphorus to form a protective carbon layer in the condensed phase (solid state), and nitrogen to dilute flammable gases in the gas phase.
In addition, Mflam MB100 is a special carrier masterbatch for polymer materials, supplemented by dispersants, compressors and other additives, so that APP is compatible with the matrix resin, improves the processing performance, and is dispersed in polypropylene, polyethylene, polyurethane and other polymers without compromising their mechanical properties. The main and auxiliary ingredients, through the preferred ratio and synergy effect, can significantly improve the limiting oxygen index (LOI) and UL 94 flame retardant level of the product, and are halogen-free and environmentally friendly. The combustion products are non-toxic and harmless, and meet the requirements of contemporary environmental regulations.
The preparation method is to refine APP to a specific particle size, mix it with a carrier resin (commonly used polyethylene wax, EVA, etc.), a coupling agent and a lubricant, mix it in proportion, and then extrude, cool and granulate. This masterbatch is added to the resin matrix and is often blended in hot extrusion or injection molding processes to ensure the flame retardant efficiency of the finished product and the uniformity of the material.
In summary, the main component of Mflam MB100 is ammonium polyphosphate, supplemented by dispersion and compatibility aids, etc. It uses the principle of phosphorus and nitrogen synergistic flame retardancy and is suitable for a variety of polymer materials. Stable chemical properties, easy processing, and green environmental protection are widely used in the polymer products industry.
In addition, Mflam MB100 is a special carrier masterbatch for polymer materials, supplemented by dispersants, compressors and other additives, so that APP is compatible with the matrix resin, improves the processing performance, and is dispersed in polypropylene, polyethylene, polyurethane and other polymers without compromising their mechanical properties. The main and auxiliary ingredients, through the preferred ratio and synergy effect, can significantly improve the limiting oxygen index (LOI) and UL 94 flame retardant level of the product, and are halogen-free and environmentally friendly. The combustion products are non-toxic and harmless, and meet the requirements of contemporary environmental regulations.
The preparation method is to refine APP to a specific particle size, mix it with a carrier resin (commonly used polyethylene wax, EVA, etc.), a coupling agent and a lubricant, mix it in proportion, and then extrude, cool and granulate. This masterbatch is added to the resin matrix and is often blended in hot extrusion or injection molding processes to ensure the flame retardant efficiency of the finished product and the uniformity of the material.
In summary, the main component of Mflam MB100 is ammonium polyphosphate, supplemented by dispersion and compatibility aids, etc. It uses the principle of phosphorus and nitrogen synergistic flame retardancy and is suitable for a variety of polymer materials. Stable chemical properties, easy processing, and green environmental protection are widely used in the polymer products industry.
APP Flame Retardant Masterbatch Mflam MB100 is suitable for which plastic substrates?
Phosphorus-based flame retardant masterbatch Mflam MB100, its main material is ammonium carbamate (APP), which is widely used in many plastic substrates to increase the flame retardancy of the material. Its suitable substrates include polypropylene (PP), polyethylene (PE), polyvinyl chloride (PVC), polystyrene (PS), ethylene-vinyl acetate copolymer (EVA), modified polyamide (PA), polyester (PET, PBT), polyurethane (PU), acrylonitrile-butadiene-styrene copolymer (ABS), thermoplastic elastomer (TPE), epoxy resin, etc. It is mild in nature and stable in chemical properties. It is synergistic and effective in a variety of substrates, giving the substrate an excellent flame retardant grade of UL94 V-0 or higher.
Mflam MB100 is mixed with polymer materials and dispersed evenly, with little risk of precipitation, so it does not damage the true color of the substrate. As for the addition ratio, or adjusted according to specific needs, it is generally allowed to obtain excellent results at a lower dosage. Its processing technology is simple, and it can be implemented according to common plastic molding techniques such as injection molding, extrusion, blow molding, and casting, without special equipment.
Mflam MB100 because phosphorus groups can form an expanded carbon layer during combustion, isolating oxygen and heat sources, so that the substrate will not spread in the flame, which not only ensures the safety of materials, but also extends its application range. It is suitable for many fields of electronics, automotive parts, building materials, household appliances, packaging products and engineering plastics, especially those who need high flame retardant standards. Its compatibility is excellent, and it may be used interchangeably with other additives to jointly improve the comprehensive performance of the substrate. And because of halogen-free environmental protection, it meets the needs of today's green and low-carbon.
Overall, Mflam MB100 flame retardant masterbatch is suitable for a variety of thermoplastics and thermosetting plastics. It is widely respected and adopted by the polymer materials industry due to its superior flame retardancy, environmental protection and ease of processing.
Mflam MB100 is mixed with polymer materials and dispersed evenly, with little risk of precipitation, so it does not damage the true color of the substrate. As for the addition ratio, or adjusted according to specific needs, it is generally allowed to obtain excellent results at a lower dosage. Its processing technology is simple, and it can be implemented according to common plastic molding techniques such as injection molding, extrusion, blow molding, and casting, without special equipment.
Mflam MB100 because phosphorus groups can form an expanded carbon layer during combustion, isolating oxygen and heat sources, so that the substrate will not spread in the flame, which not only ensures the safety of materials, but also extends its application range. It is suitable for many fields of electronics, automotive parts, building materials, household appliances, packaging products and engineering plastics, especially those who need high flame retardant standards. Its compatibility is excellent, and it may be used interchangeably with other additives to jointly improve the comprehensive performance of the substrate. And because of halogen-free environmental protection, it meets the needs of today's green and low-carbon.
Overall, Mflam MB100 flame retardant masterbatch is suitable for a variety of thermoplastics and thermosetting plastics. It is widely respected and adopted by the polymer materials industry due to its superior flame retardancy, environmental protection and ease of processing.
What is the APP Flame Retardant Masterbatch Mflam MB100?
The APP flame retardant masterbatch Mflam MB100 is actually made by a near-term process. It is based on phosphorus compounds and is specially used for the flame retardant needs of plastic products. Its body is as white as snow, and the particles are uniform, which is conducive to dispersion. In terms of its performance, especially the flame retardant rank is obvious. According to the authoritative test, Mflam MB100 is often used in polymer materials such as PP and PE. After the product is mixed in a suitable ratio, it is learned to obtain UL94 V-0 grade. V-0 is the standard set by Underwriters Laboratories in the United States. It means that the sample is erected and flamed, self-extinguishing within ten seconds after leaving the flame, and there is no risk of burning dead grass with droplets. This grade is the best of many flame retardant grades, and its flame retardancy is sufficient to meet the safety needs of many industries and civilian uses.
In the past, flame retardant products were mostly combined with halogen systems, which had many drawbacks, which not only damaged environmental protection, but also caused safety hazards. Today's Mflam MB100 is mainly halogen-free phosphorus and nitrogen, which not only achieves high flame retardancy, but also is completely green and environmentally friendly. Its smoke generation is minimal, and its additional performance is excellent, which is widely praised by the industry. What's more, this masterbatch has stable color and luster, and is very compatible with many types of polymer substrates. It does not need to be greatly adjusted during use, which can simplify the process and improve the production convenience.
When it comes to the test of flame retardant grade, in addition to UL94, there is also a LOI limiting oxygen index, which refers to the minimum proportion of oxygen required for self-sustaining combustion of the material. When Mflam MB100 is used with polypropylene, it can often get a LOI value of more than 27, which is far higher than that of ordinary polyolefin materials. This performance not only proves its strong flame retardant power, but also shows its high technical level.
All in all, Mflam MB100 flame retardant masterbatch, after formal proportions and processes, can reach UL94 V-0 flame retardant grade, which is suitable for a variety of products that require high flame retardant. It is known for its halogen-free environmental protection, high efficiency and safety, and is sincerely the best choice in the field of modern flame retardant.
In the past, flame retardant products were mostly combined with halogen systems, which had many drawbacks, which not only damaged environmental protection, but also caused safety hazards. Today's Mflam MB100 is mainly halogen-free phosphorus and nitrogen, which not only achieves high flame retardancy, but also is completely green and environmentally friendly. Its smoke generation is minimal, and its additional performance is excellent, which is widely praised by the industry. What's more, this masterbatch has stable color and luster, and is very compatible with many types of polymer substrates. It does not need to be greatly adjusted during use, which can simplify the process and improve the production convenience.
When it comes to the test of flame retardant grade, in addition to UL94, there is also a LOI limiting oxygen index, which refers to the minimum proportion of oxygen required for self-sustaining combustion of the material. When Mflam MB100 is used with polypropylene, it can often get a LOI value of more than 27, which is far higher than that of ordinary polyolefin materials. This performance not only proves its strong flame retardant power, but also shows its high technical level.
All in all, Mflam MB100 flame retardant masterbatch, after formal proportions and processes, can reach UL94 V-0 flame retardant grade, which is suitable for a variety of products that require high flame retardant. It is known for its halogen-free environmental protection, high efficiency and safety, and is sincerely the best choice in the field of modern flame retardant.
What is the recommended addition ratio of APP Flame Retardant Masterbatch Mflam MB100?
The addition ratio of APP flame retardant masterbatch Mflam MB100 should be weighed according to the substrate used and the actual demand. Generally speaking, among polyolefins, polyesters, engineering plastics and other materials, the recommended ratio is 2 to 6 percentage points. There are 3 to 5 percentage points as the most common use, which can effectively improve the flame retardant grade of the material to UL94 V-0 or V-2 standard. However, if you want to obtain higher flame retardant efficiency, or if the material itself is flammable, it is appropriate to increase the ratio, but not too high, so as not to damage the physical properties and processing rheology of the product.
When preparing, it is advisable to mix evenly with the substrate. It can be stirred at a high mixing rate, or granulated by twin-screw extrusion equipment to ensure uniform dispersion of the flame retardant in the substrate. If the amount added is too small, the flame retardant performance may not be significantly improved; if used too much, it may cause the mechanical properties of the product to decrease, the surface finish to be damaged, or the cost to increase, which is not worth the loss. When compatible, it is still necessary to consider the interference of other additives on the flame retardant effect, such as lubricants, fillers and pigments, etc. Sometimes appropriate adjustments need to be made to achieve the best formula.
When selecting Mflam MB100, carefully check the type of substrate, end use and flame retardant grade requirements. If it is used for polypropylene products, it is generally desirable to add three to five percentage points. If it is used as a standard electrical shell, the upper limit of dosage can be used. When it is used for injection molding or extrusion molding, it is advisable to test in small batches to observe its performance and the appearance of the finished product, and then optimize the formula.
Everyone has their own aspirations. It is necessary to measure the ratio of preparation costs to safety benefits depending on the safety of each factory. Where you add and fine proportions according to regulations, it is a long-term solution to make the product both safe and economical. If you need help, you should consult specialized technicians, refer to actual test data, and do not try it arbitrarily to avoid mistakes. In this way, the product is both beautiful and solid, and can be restored safely.
When preparing, it is advisable to mix evenly with the substrate. It can be stirred at a high mixing rate, or granulated by twin-screw extrusion equipment to ensure uniform dispersion of the flame retardant in the substrate. If the amount added is too small, the flame retardant performance may not be significantly improved; if used too much, it may cause the mechanical properties of the product to decrease, the surface finish to be damaged, or the cost to increase, which is not worth the loss. When compatible, it is still necessary to consider the interference of other additives on the flame retardant effect, such as lubricants, fillers and pigments, etc. Sometimes appropriate adjustments need to be made to achieve the best formula.
When selecting Mflam MB100, carefully check the type of substrate, end use and flame retardant grade requirements. If it is used for polypropylene products, it is generally desirable to add three to five percentage points. If it is used as a standard electrical shell, the upper limit of dosage can be used. When it is used for injection molding or extrusion molding, it is advisable to test in small batches to observe its performance and the appearance of the finished product, and then optimize the formula.
Everyone has their own aspirations. It is necessary to measure the ratio of preparation costs to safety benefits depending on the safety of each factory. Where you add and fine proportions according to regulations, it is a long-term solution to make the product both safe and economical. If you need help, you should consult specialized technicians, refer to actual test data, and do not try it arbitrarily to avoid mistakes. In this way, the product is both beautiful and solid, and can be restored safely.
Does the APP Flame Retardant Masterbatch Mflam MB100 affect the physical properties of the product?
APP flame retardant masterbatch Mflam MB100 is to improve the flame retardant properties of materials, and is widely used in plastics, rubber and fibers and other materials. However, it is used as an auxiliary agent and integrated into the substrate, which has its own gains and losses. Adding APP flame retardant masterbatch to the product can reduce its fire damage, but it may also damage the physical properties of the product. There are three reasons: First, the APP masterbatch is an inorganic salt with fine particle size, but its dispersion is limited. If the mixing is not uniform, the stress concentration of the system will be caused, or micropores will be formed, which will affect the mechanical strength of the product. Second, if the content of the masterbatch increases, the plastic matrix will be diluted, the binding force between the molecular chains will be weakened, and the tensile strength, elongation at break and impact toughness will all decrease. Third, APP has a large polarity and limited compatibility with some polymers, which easily leads to poor interface bonding and then hinders stress transfer.
Although the above influence, the modification process of APP flame retardant masterbatch has been continuously refined. Now there are surface coating, affinity agent and other technologies to improve its compatibility with the matrix and enhance its dispersion. If you choose a good method of operation and reasonably allocate the amount of additives, you can really reduce the adverse effects on physical properties. Moreover, the uses of products are different, and the requirements for mechanical properties are also different. For example, low load strength, non-structural parts, or can be used more, without hindering their use; if it is a bearing and impact part, it needs to be carefully considered.
In addition, APP flame retardant masterbatch also has a certain impact on thermal stability and processing rheology. If the masterbatch is evenly distributed, the thermal decomposition temperature can rise slightly; if the distribution is uneven, it is easy to decompose during processing, causing bubbles and cracks. Therefore, when selecting the masterbatch, it is necessary to consider its particle size, activity and coating technology, carefully weigh the addition ratio, and strive to find a balance between flame retardancy and mechanics.
In short, APP flame retardant masterbatch Mflam MB100 can not only significantly improve the flame retardant effect of the material, but also hinder the physical properties of the product. However, by making good use of new technology, carefully deploying the dosage, harmonizing its compatibility with the substrate, and being ingenious, its negative effects can be minimized, and the flame retardant effect can be achieved. When using, it is advisable to consider the material properties and uses in detail, and consider whether to increase or decrease before choosing the best.
Although the above influence, the modification process of APP flame retardant masterbatch has been continuously refined. Now there are surface coating, affinity agent and other technologies to improve its compatibility with the matrix and enhance its dispersion. If you choose a good method of operation and reasonably allocate the amount of additives, you can really reduce the adverse effects on physical properties. Moreover, the uses of products are different, and the requirements for mechanical properties are also different. For example, low load strength, non-structural parts, or can be used more, without hindering their use; if it is a bearing and impact part, it needs to be carefully considered.
In addition, APP flame retardant masterbatch also has a certain impact on thermal stability and processing rheology. If the masterbatch is evenly distributed, the thermal decomposition temperature can rise slightly; if the distribution is uneven, it is easy to decompose during processing, causing bubbles and cracks. Therefore, when selecting the masterbatch, it is necessary to consider its particle size, activity and coating technology, carefully weigh the addition ratio, and strive to find a balance between flame retardancy and mechanics.
In short, APP flame retardant masterbatch Mflam MB100 can not only significantly improve the flame retardant effect of the material, but also hinder the physical properties of the product. However, by making good use of new technology, carefully deploying the dosage, harmonizing its compatibility with the substrate, and being ingenious, its negative effects can be minimized, and the flame retardant effect can be achieved. When using, it is advisable to consider the material properties and uses in detail, and consider whether to increase or decrease before choosing the best.
