FR Ammonium Polyphosphate Mflam AP231
| HS Code | 771419 |
| Chemical Formula | Typical polymeric (NH4)n+2PnO3n + 1 |
| Appearance | White powder |
| Density | Approx. 1.9 - 2.3 g/cm³ |
| Ph 1 Solution | 4 - 6 |
| Solubility In Water | Slightly soluble |
| Particle Size | Fine powder with median particle size in the range of a few microns |
| Thermal Stability | Good thermal stability up to relatively high temperatures (e.g., starts to decompose above 250 - 300°C) |
| Phosphorus Content | High phosphorus content, typically around 25 - 30% |
| Nitrogen Content | Substantial nitrogen content, around 12 - 14% |
| Flammability Retardant Effectiveness | Effective flame retardant in various applications |
As an accredited FR Ammonium Polyphosphate Mflam AP231 factory, we enforce strict quality protocols—every batch undergoes rigorous testing to ensure consistent efficacy and safety standards.
| Packing | FR Ammonium Polyphosphate Mflam AP231 in 25 - kg bags for secure packaging. |
| Storage | FR Ammonium Polyphosphate Mflam AP231 should be stored in a cool, dry, and well - ventilated area. Keep it away from sources of heat, ignition, and moisture. Store in a tightly - sealed container to prevent exposure to air and contaminants. Avoid storing near reactive chemicals to prevent potential chemical reactions. |
| Shipping | FR Ammonium Polyphosphate Mflam AP231 is shipped in well - sealed containers to prevent moisture absorption. It's transported by appropriate means ensuring compliance with chemical shipping regulations for safe delivery. |
Competitive FR Ammonium Polyphosphate Mflam AP231 prices that fit your budget—flexible terms and customized quotes for every order.
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Historical Development
Since the beginning of ammonium phosphate salts, chemical technology has become more and more new, and many scholars have applied it in a poor way, so it has been popularized to a profound level. By the end of the 20th century, the flame retardant industry was booming, and researchers worked hard to improve it on the basis of traditional ammonium polyphosphate, seeking its utility and environmental friendliness. Mflam AP231 is a modern masterpiece. Its system has been perfected, its particle size is stagnant, and the degree of polymerization is appropriate. In case of fire, it releases phosphorus-forming layers, and it is oxygen-proof and flame-retardant, which is better than the previous system. It is widely adopted by the world, such as plastics, rubber, and textile building materials, all of which rely on its stability and long-term effect. In recent years, the concept of environmental protection has gradually flourished. Mflam AP231 responds to demand, is low-toxic and harmless, and is more
Product Overview
FR Ammonium Polyphosphate Mflam AP231 is a polymer inorganic flame retardant material. Its properties are white powder, odorless, and little soluble in water. Its structure is crystal type II, with outstanding thermal stability. It decomposes slowly at high temperature, releases phosphoric acid and ammonia, so it can block oxygen and inhibit combustion. Widely used in plastics, rubber, coatings and foaming materials, it has the dual functions of environmental protection and high efficiency. It is added to resins, polypropylene, polyolefins and other substances to give the material excellent flame retardant performance, and low migration, not easy to precipitate, and does not pollute products. It is suitable for use in application fields that require high flame retardant grade and halogen-free environmental protection. Storage and transportation need to be moisture-proof and pressure-proof, and stay away from heat sources to ensure its performance. Excellent character, favored by the industry, and widely used.
Physical & Chemical Properties
FR Ammonium Polyphosphate Mflam AP231, white powder also. Its shape is fine, the particle size is uniform, slightly shiny, and the smell is not very good. Stable in nature, insoluble in organic solvents such as ethanol and acetone, slightly soluble in water, slow-release non-toxic ammonium phosphate in contact with water. High melting point, decomposes at about 300 degrees Celsius, releasing ammonia and partial phosphoric acid, which is difficult to burn in case of open flame, and has its own flame retardant reason. Mild in chemistry, decomposes in case of strong acid, and has a slow-release effect in case of alkali. Low hygroscopicity, storage is not easy to deliquescence. It can be blended with a variety of resins and plastics at high temperatures, and its fire resistance can be significantly improved when applied to materials. Its decomposition products can form inorganic polyphosphoric acid films, shielding substrates, and effectively isolating heat sources and oxygen. Overall, Mflam AP231 has excellent thermal stability and flame retardant properties, making it widely used in plastics, rubber, coatings, and other fields.
Technical Specifications & Labeling
FR Ammonium Polyphosphate Mflam AP231, halogen-free, phosphorus and nitrogen-based, the character is white powder, uniform particle size. Its phosphorus content is as high as 31% to 32%, nitrogen content is 14% to 15%, and the decomposition temperature is about 280 degrees Celsius. The water solubility is very low, and the amount of dissolution in 100g of water at room temperature does not exceed 0.5g. The pH value is between 5.5 and 7.5. The product is thermally stable and difficult to burn in case of fire. It can be widely used in polyolefins, epoxy resins and water-based coatings, with excellent flame retardant properties. Good chemical compatibility, the amount of addition depends on the requirements of the end point product, and the common dosage ranges from 10% to 30%. This product is packaged in multi-purpose woven bags, with a net weight of 25 kg or specially made according to customer requirements. Store in a dry and ventilated place, avoid sun and rain, to prevent moisture absorption and agglomeration.
Preparation Method
Take high-purity phosphoric acid and liquid ammonia as the original, quantify the ratio, and inject it into the corrosion-resistant reactor. The temperature is raised at 80 to 100 degrees, and the ammonia gas is slowly passed through, so that the phosphoric acid and ammonia undergo a neutralization reaction to form ammonium polyphosphate. During the period, control the pH value to the appropriate zone to prevent the formation of by-products. After the reaction is completed, remove impurities under reduced pressure and concentrate to a highly viscous state. Next, under heating conditions, catalysts (commonly used silicate or metal salts) assist to promote the polymerization of phosphoric acid molecules and extend the chain length. The temperature and reaction time are strictly controlled throughout the process to prevent hydrolysis from reversing and ensure the purity of the polymer product. The final white powder body, namely FR Ammonium Polyphosphate Mflam AP231, has hot topic stability and excellent flame ret Its formation mechanism depends on the catalyst to promote electron transfer, accelerate the rate of interpolymerization of phosphoric acid monomers, and form a linear or lightly branched polymerization structure, which becomes an excellent product required by industry.
Chemical Reactions & Modifications
FR Ammonium Polyphosphate Mflam AP231 is a modified flame retardant of ammonium phosphate salts. Its structure is chain polymers, and special chemical treatment is applied to enhance its thermal stability and water resistance. In case of high temperature, ammonia and phosphate ions are released, and phosphoric acid forms pyrophosphoric acid, which promotes the carbonization of the surface layer of the substrate and cuts off the combustion of oxygen. The modification process may be doped with organosilicon and cyclic compounds, and the coupling agent is used to coordinate with the main chain, which not only improves the compatibility with the polymer matrix, but also improves the dispersion and migration resistance. It is used in plastics, coatings and other polymer materials to react with the main material, effectively improve the flame retardancy, and reduce the generation of smoke and harmful gases. This combination of physical and chemical modification makes Mflam AP231 more and more widely used in industrial flame retardancy, with outstanding efficacy.
Synonyms & Product Names
Synonyms and trade names are often encountered by merchants in circulation and scholars in their writings. Take FR Ammonium Polyphosphate Mflam AP231 as an example, its real name is ammonium aminopolyphosphate, also known as AP-231, ammonium polyphosphate flame retardant, Mflam AP231, etc. It may be called halogen-free flame retardant ammonium polyphosphate, or polymer ammonium polyphosphate. Circulating item numbers such as AP231 and Mflam-AP231 refer to the same thing. Its properties are particularly characterized by high-efficiency flame retardancy, low smoke and halogen-free, and are often added to plastics and coatings. It is also found in the rubber and fiber industries. Market merchants may highlight its flame retardant properties or highlight its environmental protection properties. The names are different but the essence is the same. When describing, the full name of FR Ammonium Polyphosphate in English, or FR APP for short, is for the convenience of identification and communication. In purchasing trade and technical exchanges, identify synonymous names to prevent confusion and obtain the true value of the goods.
Safety & Operational Standards
When using FR Ammonium Polyphosphate Mflam AP231, it is advisable to be cautious and abide by the principles of safety and operation. Its nature is stable, and it should be kept away from fire and heat sources in case of high temperature from an open flame, or there is a risk of decomposition, so it must be kept away from fire and heat sources. Store in a well-ventilated place, moisture-proof, moisture-proof, sun-proof, do not coexist with acids, alkalis and flammable products in the same room, and do not damage the package under heavy pressure. When unsealed and dumped, this material is multi-fine powder, which is easy to raise dust. When wearing a mask and goggles, it should be prevented from entering the eyes and inhaling into the lungs. In case of eye contact, it should be rinsed with running water. If it is serious, seek medical attention immediately; if ingested by mistake, do When working, you should wear anti-static work clothes, keep the operation site clean, put an end to fireworks, and strictly implement static protection. All operating utensils should be used independently and exclusively, and cleaned regularly to prevent hidden dangers caused by residues. Properly seal them after use and identify them clearly. If they accidentally escape, they should be covered with a damp cloth, swept away and collected into a special container. Do not dispose of them with a vacuum cleaner to avoid dust flying and hindering safety. Dispose of waste materials in accordance with national and local regulations. Be careful not to dump them into rivers and ditches to prevent them from affecting water bodies and ecology. Daily point inspection of warehouses. If the packaging is damaged, it should be replaced in time to prevent leakage and dispersion. Anyone who is close to the object must understand its characteristics and realize the heart of vigilance. The beginning, middle and end of the operation should be orderly, and the norms should be adhered to, so that there can be no worries.
Application Area
FR Ammonium Polyphosphate Mflam AP231, which is particularly stable and non-flammable in case of fire, is widely used in many technical fields. It is a high-performance flame retardant material, which is harmoniously used in the fire protection processing of plastics, rubber, coatings, fabrics and wood. In plastic processing, it can greatly improve its fire resistance, suitable for electronic appliances, automotive parts, and wire and cable sheathing. For coatings, it can be used as an environmentally friendly flame retardant coating, suitable for internal and external walls of buildings, significantly increasing its protective function. Applied to textiles, it can give its flame retardant properties, and is widely used in the production of curtains, carpets and safety protective clothing. Applied to wood, it can effectively reduce its flammability after treatment, and is implemented in structural materials in public venues or special places. Mflam AP231, with its hot topic stability and low toxicity, is highly valued by the industry and shows its effectiveness in many application fields.
Research & Development
Since the development of chemical industry, flame retardant materials have become increasingly important. Ammonium polyphosphate is one of many flame retardants, especially FR Ammonium Polyphosphate Mflam AP231. Its stability, high pyrolysis temperature, decomposition in case of fire, phosphoric acid is generated, which coats on the surface and isolates oxygen, which can effectively inhibit combustion. Workers have learned from many people's strengths and dedicated themselves to its research and development. They use advanced processes to make its particle size finer, better dispersibility, and adapt to the needs of many types of polymer materials. Strong compatibility and long-lasting performance not only reduce environmental harm, but also improve the lifespan of products. Developers have diligently improved, refined its structure, and gradually broke through old constraints. Today, Mflam AP231 has been widely used in plastics, coatings, textiles and other fields, exploring new frontiers for green environmental protection.
Toxicity Research
FR Ammonium Polyphosphate Mflam AP231 is a commonly used flame retardant and is widely used in many materials. Its properties are white powder, dissolved in water, and phosphorus is released in hot topics. Scholars took this substance for toxicity research, and rodents were used as experiments to observe its acute toxicity. Every time it was administered at a high dose, the body reaction was observed. It was found that its low toxicity was difficult to cause sudden changes, and it did not cause respiratory distress or severe adverse effects. However, long-term exposure or high concentration inhalation may cause slight irritation to a small number of body skin mucosa. No significant accumulation was detected in vivo, and it was metabolized and excreted at any time. The experimental results showed that the toxicity level of Mflam AP231 was minimal, which was in line with safety standards. However, industrial operations should be followed carefully to prevent accidental touch and ingestion, so as to be comprehensive.
Future Prospects
FR Ammonium Polyphosphate Mflam AP231 is a rookie in flame retardant technology. Today's industry is increasingly developed, various materials are widely used, and fire safety is increasingly valued. AP231 is widely used in coatings, plastics, fibers and other fields due to its efficient and stable performance. Looking at its development, it can be expanded to new energy vehicles, green buildings, high-end electronics, aerospace and many other emerging industries in the future. Technology is becoming more and more perfect, and environmental friendliness is gradually emerging. It is foreseeable that it will be combined with renewable materials to promote sustainable development, so that its application will be more widespread and have a deeper impact. If the production method is improved and the performance is improved, it may become the backbone of the global flame retardant system. Cooperation and innovation will generate new opportunities, help the construction of a safe society, and shine in various fields.
Where to Buy FR Ammonium Polyphosphate Mflam AP231 in China?
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As a leading FR Ammonium Polyphosphate Mflam AP231 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 application fields of FR Ammonium Polyphosphate Mflam AP231?
Ammonium phosphate, known as Mflam AP231, is a superior flame retardant product. It is stable in nature and can release phosphorus during thermal decomposition. In case of high temperature, polyphosphoric acid is formed, which can form a carbonization barrier on the surface of the material to block the invasion of oxygen and the transfer of heat. Its properties include high melting point, minimal water solubility, almost non-toxic, environmentally friendly and harmless, and it is also a world-renowned advocate. Its wide application covers many fields, and it is described below.
It is the first to promote the prosperity of the polymer industry. Plastics and rubber are all added with high-quality flame retardancy, especially polypropylene, polyethylene, epoxy resins, polyurethane, etc. Because of its foaming and carbonization in case of fire, it is suitable for making circuit boards, insulation parts, and building plastics. In addition, the fiber industry also makes good use of it, mixing polyester, acrylic, and cotton fibers to make flame retardant fabrics, which are widely used in carpets, tents, and clothing in public places.
The building materials industry, in particular, regards it as a treasure. It can be applied to foam insulation boards, composite sandwich panels, coatings, sealants, concrete and other building materials. When added, the flame retardancy is significantly improved, the combustion is delayed in the event of a fire, and the smoke is released very little, protecting people from danger.
In the wood processing industry, AP231 impregnation, spraying, and soaking are often used to make wood obtain excellent flame retardant properties. In addition, paper and paper products can also improve their fire resistance due to the inclusion of this agent, which is common in hotels, theaters, libraries and other places with strict fire protection requirements.
New advances in technology, electronic and electrical equipment such as cable sheaths, junction boxes, and plastic shells inside and outside need this material, which can prevent arcing, heat insulation, and smoke suppression. Furthermore, AP231 is also used for interiors, seats, and coatings in transportation vehicles to comply with safety regulations.
It can also be used with other flame retardants, such as antimony trioxide and expanded graphite, to synthesize synergy effects and multiply its force. In today's increasingly stringent green environmental protection requirements, AP231 is favored by various industries due to its halogen-free, low toxicity, and durability.
Overall, its application is extensive, from polymers, fibers to building materials, wood, electronics and transportation fields, Mflam AP231 is an indispensable flame retardant material for modern industry.
It is the first to promote the prosperity of the polymer industry. Plastics and rubber are all added with high-quality flame retardancy, especially polypropylene, polyethylene, epoxy resins, polyurethane, etc. Because of its foaming and carbonization in case of fire, it is suitable for making circuit boards, insulation parts, and building plastics. In addition, the fiber industry also makes good use of it, mixing polyester, acrylic, and cotton fibers to make flame retardant fabrics, which are widely used in carpets, tents, and clothing in public places.
The building materials industry, in particular, regards it as a treasure. It can be applied to foam insulation boards, composite sandwich panels, coatings, sealants, concrete and other building materials. When added, the flame retardancy is significantly improved, the combustion is delayed in the event of a fire, and the smoke is released very little, protecting people from danger.
In the wood processing industry, AP231 impregnation, spraying, and soaking are often used to make wood obtain excellent flame retardant properties. In addition, paper and paper products can also improve their fire resistance due to the inclusion of this agent, which is common in hotels, theaters, libraries and other places with strict fire protection requirements.
New advances in technology, electronic and electrical equipment such as cable sheaths, junction boxes, and plastic shells inside and outside need this material, which can prevent arcing, heat insulation, and smoke suppression. Furthermore, AP231 is also used for interiors, seats, and coatings in transportation vehicles to comply with safety regulations.
It can also be used with other flame retardants, such as antimony trioxide and expanded graphite, to synthesize synergy effects and multiply its force. In today's increasingly stringent green environmental protection requirements, AP231 is favored by various industries due to its halogen-free, low toxicity, and durability.
Overall, its application is extensive, from polymers, fibers to building materials, wood, electronics and transportation fields, Mflam AP231 is an indispensable flame retardant material for modern industry.
What is the heat resistance of FR Ammonium Polyphosphate Mflam AP231?
Ammonium Polyphosphate, whose name is Mflam AP231, is widely used as a flame retardant, especially in polymer materials. Its properties are observed, but heat resistance is preferred. This product is polymeric ammonium phosphate, with stable chemical properties, chain-like structure, and strong molecular association, so it has remarkable high temperature resistance. Usually, between 200 and 300 degrees Celsius, it gradually decomposes and releases ammonia gas, which reacts with polymer materials to form a dense carbon layer, which not only cuts off the supply of fuel gas, but also prevents heat from penetrating, which is the reason for flame retardants.
Examining its thermogravimetric curve, it can be seen that its initial decomposition temperature is more than 200 degrees Celsius, or even more than 270 degrees Celsius, which is better than a class of oligomeric products; stored at room temperature, there is no obvious decomposition or migration, and it will not interact with other additives. It has good stability for plastics, rubber, fibers and other substrates. Its melting point is slightly higher, and it gradually softens at high temperature, but it is not easy to spontaneously ignite, and it is not a heat source itself. In the processing process, it can withstand the conventional conditions of general thermoplastic materials, and is especially suitable for extrusion, injection molding and other links to avoid aging and deterioration.
However, if the temperature exceeds the limit, it will eventually be difficult to stop thermal degradation. If it is too high, it will release gas. If it encounters strong acid and alkali, it will also be worried about falling apart. However, its thermal stability is several times better than that of A-type and oligomeric ammonium phosphate. Experiments show that below 300 degrees, the decomposition rate is very low, and the carbonization effect is increased, which can greatly delay the spread of fire. In the addition of flame retardant system, it has both chemical stability and thermal stability, which helps the product to serve under slightly higher working conditions and can prolong the service life.
Overall, the heat resistance of Mflam AP231 is not only suitable for a variety of high-temperature compounds, but also provides a solid barrier for various engineering plastics. Its structure is perfect, chemical inertness is strong, and the thermal decomposition threshold is high, ensuring the safety and efficiency of processing and application. It is actually the best choice among today's flame retardants.
Examining its thermogravimetric curve, it can be seen that its initial decomposition temperature is more than 200 degrees Celsius, or even more than 270 degrees Celsius, which is better than a class of oligomeric products; stored at room temperature, there is no obvious decomposition or migration, and it will not interact with other additives. It has good stability for plastics, rubber, fibers and other substrates. Its melting point is slightly higher, and it gradually softens at high temperature, but it is not easy to spontaneously ignite, and it is not a heat source itself. In the processing process, it can withstand the conventional conditions of general thermoplastic materials, and is especially suitable for extrusion, injection molding and other links to avoid aging and deterioration.
However, if the temperature exceeds the limit, it will eventually be difficult to stop thermal degradation. If it is too high, it will release gas. If it encounters strong acid and alkali, it will also be worried about falling apart. However, its thermal stability is several times better than that of A-type and oligomeric ammonium phosphate. Experiments show that below 300 degrees, the decomposition rate is very low, and the carbonization effect is increased, which can greatly delay the spread of fire. In the addition of flame retardant system, it has both chemical stability and thermal stability, which helps the product to serve under slightly higher working conditions and can prolong the service life.
Overall, the heat resistance of Mflam AP231 is not only suitable for a variety of high-temperature compounds, but also provides a solid barrier for various engineering plastics. Its structure is perfect, chemical inertness is strong, and the thermal decomposition threshold is high, ensuring the safety and efficiency of processing and application. It is actually the best choice among today's flame retardants.
What resins is FR Ammonium Polyphosphate Mflam AP231 compatible with?
Mflam AP231, also known as FR Ammonium Polyphosphate (ammonium polyphosphate), is an excellent flame retardant widely used in polymer materials. Its characteristics are high degree of polymerization, low solubility, and excellent thermal stability, which are widely favored by material engineers. If it is compatible with any resin, its chemical properties and compatibility must be carefully identified.
First, Mflam AP231 can be fused with thermosetting resins. Adding this substance to epoxy resins can significantly improve the flame retardant grade of the material, making it reach UL94 V-0 grade. Due to its strong heat resistance, Mflam AP231 is resistant to high temperature and does not precipitate, forming a dense carbon layer with epoxy, which can stop the spread of flames. Secondly, phenolic resins can also be compatible with it. Phenolic has some flame retardant properties. Ammonium polyphosphate participates in the pyrolysis process and synergistically enhances the flame resistance of the material.
As for thermoplastic resins, polypropylene (PP), polyethylene (PE), polyvinyl chloride (PVC), halogen-free flame retardant polystyrene (HIPS), polyester (such as PET, PBT), etc., can be blended with Mflam AP231 in an appropriate proportion. Its effect is particularly remarkable in polypropylene systems. It often forms a synergistic flame retardant system with melamine, polyols, etc., through expansion and carbonization, blocking the contact between the heat source and oxygen. If matched with suitable dispersants and capacitors, it can be evenly dispersed in polyethylene and polyester to avoid performance degradation. PVC resin can also be added directly to enhance its expansion flame retardancy and reduce the generation of harmful gases.
In addition, Mflam AP231 can also be competent in water-based acrylic resins and polyurethane systems. In water-based coatings, adhesives and other products, it can not only maintain transparency and mechanical properties, but also greatly improve the fire rating.
However, when it is compatible with some high-polarity and strong reducing resins, the formula design must be carefully considered to prevent chemical reactions from affecting the durability. Only new technologies such as surface coating or microencapsulation can expand its application field and improve compatibility with new resins.
Overall, Mflam AP231 is highly compatible with most thermosetting, thermoplastic, and some water-based resins, and can be widely used in plastics, coatings, fibers, adhesives, and other fields. It is a good choice for flame retardant materials.
First, Mflam AP231 can be fused with thermosetting resins. Adding this substance to epoxy resins can significantly improve the flame retardant grade of the material, making it reach UL94 V-0 grade. Due to its strong heat resistance, Mflam AP231 is resistant to high temperature and does not precipitate, forming a dense carbon layer with epoxy, which can stop the spread of flames. Secondly, phenolic resins can also be compatible with it. Phenolic has some flame retardant properties. Ammonium polyphosphate participates in the pyrolysis process and synergistically enhances the flame resistance of the material.
As for thermoplastic resins, polypropylene (PP), polyethylene (PE), polyvinyl chloride (PVC), halogen-free flame retardant polystyrene (HIPS), polyester (such as PET, PBT), etc., can be blended with Mflam AP231 in an appropriate proportion. Its effect is particularly remarkable in polypropylene systems. It often forms a synergistic flame retardant system with melamine, polyols, etc., through expansion and carbonization, blocking the contact between the heat source and oxygen. If matched with suitable dispersants and capacitors, it can be evenly dispersed in polyethylene and polyester to avoid performance degradation. PVC resin can also be added directly to enhance its expansion flame retardancy and reduce the generation of harmful gases.
In addition, Mflam AP231 can also be competent in water-based acrylic resins and polyurethane systems. In water-based coatings, adhesives and other products, it can not only maintain transparency and mechanical properties, but also greatly improve the fire rating.
However, when it is compatible with some high-polarity and strong reducing resins, the formula design must be carefully considered to prevent chemical reactions from affecting the durability. Only new technologies such as surface coating or microencapsulation can expand its application field and improve compatibility with new resins.
Overall, Mflam AP231 is highly compatible with most thermosetting, thermoplastic, and some water-based resins, and can be widely used in plastics, coatings, fibers, adhesives, and other fields. It is a good choice for flame retardant materials.
What is the environmental performance of FR Ammonium Polyphosphate Mflam AP231?
Ammonium Polyphosphate (ammonium phosphate salt), its categories are diverse, and FR Ammonium Polyphosphate Mflam AP231 is one of the best. Its properties are white powder, odorless and less toxic, and difficult to dissolve in water. In today's discussion of its environmental protection virtues, it is necessary to study the numbers.
Mflam AP231 is used for flame retardancy to replace traditional halogen-containing flame retardants. In the past, halogen-containing flame retardants, hydrogen chloride and dioxin, which are prone to highly toxic hydrogen chloride and dioxin when burned, are harmful to air, water and soil, and harm people's health. Mflam AP231 is completely halogen-free, and it does not produce toxic smoke when burned. It is quiet and harmless, which is really a human well-being. Its thermal decomposition produces polyphosphoric acid, which can cooperate with materials to form an expanded carbon layer, isolate heat sources, and prevent combustion progress. Its performance makes it used in plastic materials, wires, cables, woodware and other industries, and its environmental protection value is significantly demonstrated.
It also examines its impact on the environment: Mflam AP231 is stable, not easy to volatilize, has weak water solubility, and is difficult to penetrate into groundwater bodies, so soil and water sources suffer little damage. Although its biodegradability is limited, it is fixed in the structure after being applied to the product, and most of them do not cause escape and dissipation; and there is no heavy metal and volatile organic compound content, and it is placed in the internal and external environment, with little risk of secondary pollution. The products have been inspected by multiple environmental protection regulations such as European RoHS, REACH, EN71, etc., and have been certified. They are sold at home and abroad, and are well-known.
As for human safety, Mflam AP231 has no irritating odor, and it is difficult to cause disease Dust-proof is required during operation, but general protective measures are sufficient. Flue gas is generated when the body is incinerated, but it is no different from natural wood and other types, and no abnormal harm is seen. After the product is discarded, it is landfilled or incinerated, which has little impact on the ecology.
In summary, Mflam AP231 is a model of green and environmentally friendly flame retardant. It is non-toxic and halogen-free, does not cause ecological damage, has stable quality, and has no secondary pollution. It is an ideal material for contemporary energy conservation, emission reduction, and green manufacturing. In the torrent of green development required by the current situation, it can be called a good thing.
Mflam AP231 is used for flame retardancy to replace traditional halogen-containing flame retardants. In the past, halogen-containing flame retardants, hydrogen chloride and dioxin, which are prone to highly toxic hydrogen chloride and dioxin when burned, are harmful to air, water and soil, and harm people's health. Mflam AP231 is completely halogen-free, and it does not produce toxic smoke when burned. It is quiet and harmless, which is really a human well-being. Its thermal decomposition produces polyphosphoric acid, which can cooperate with materials to form an expanded carbon layer, isolate heat sources, and prevent combustion progress. Its performance makes it used in plastic materials, wires, cables, woodware and other industries, and its environmental protection value is significantly demonstrated.
It also examines its impact on the environment: Mflam AP231 is stable, not easy to volatilize, has weak water solubility, and is difficult to penetrate into groundwater bodies, so soil and water sources suffer little damage. Although its biodegradability is limited, it is fixed in the structure after being applied to the product, and most of them do not cause escape and dissipation; and there is no heavy metal and volatile organic compound content, and it is placed in the internal and external environment, with little risk of secondary pollution. The products have been inspected by multiple environmental protection regulations such as European RoHS, REACH, EN71, etc., and have been certified. They are sold at home and abroad, and are well-known.
As for human safety, Mflam AP231 has no irritating odor, and it is difficult to cause disease Dust-proof is required during operation, but general protective measures are sufficient. Flue gas is generated when the body is incinerated, but it is no different from natural wood and other types, and no abnormal harm is seen. After the product is discarded, it is landfilled or incinerated, which has little impact on the ecology.
In summary, Mflam AP231 is a model of green and environmentally friendly flame retardant. It is non-toxic and halogen-free, does not cause ecological damage, has stable quality, and has no secondary pollution. It is an ideal material for contemporary energy conservation, emission reduction, and green manufacturing. In the torrent of green development required by the current situation, it can be called a good thing.
What are the packaging and storage requirements for FR Ammonium Polyphosphate Mflam AP231?
Mflam AP231 is a nitrogen and phosphorus series flame retardant, which is actually ammonium polyphosphate. It has stable chemical properties and is widely used. Its packaging and storage must be carried out in accordance with regulations and with caution. The method is as follows:
In the case of packaging, it is advisable to use multi-layer composite bags lined with polyethylene film to prevent moisture. The net weight of each bag is 25 kilograms, the seal is tight, the seal is firm, and foreign objects are not allowed to mix in. When handling, it should be handled with care and avoid violent collisions to prevent leakage caused by package rupture and hinder quality. If long-term storage is required, it can be stored in thickened fiber drums or moisture-proof iron drums to ensure its stability.
The way of storage, the first priority is to clean, dry and ventilated warehouses. The temperature is moderate, and high temperature exposure is avoided. Moisture is easy to invade, so that there is no clear water on the ground, and the stacks are more than 20 centimeters away from the wall to prevent rain and leakage. Keep away from fire and heat sources, and keep away from strong oxidants and volatile acids to prevent chemical reactions. Do not mix with food, feed, etc. in the warehouse to prevent misuse. Regularly inspect to see if the packaging is damaged. If the packaging is damaged, it should be repaired or replaced in time to avoid man-made pollution of the environment.
During transportation, it is advisable to use a clean and dry compartment and cover it with a rain cloth to ensure safety. Do not board with flammable, strongly oxidized or corrosive items. When loading and unloading, be careful to move slowly and avoid throwing. If the packaging bag is cracked on the way, it should be dealt with immediately to prevent dust spillage and affect the environment.
After unsealing and use, the residual material must be sealed and sealed, and should not be left in the air for a long time to prevent moisture and deterioration. In case of accidental leakage, it should be collected quickly with a clean sweeping tool to avoid dust. The collected material can be recycled and not disposed of at will. After all, although ammonium polyphosphate is safe and environmentally friendly, it should also abide by the regulations of management in order to ensure safety and prolong the life of the product.
This is the packaging and storage outline of Mflam AP231. Follow this to protect its quality and comply with the safety regulations.
In the case of packaging, it is advisable to use multi-layer composite bags lined with polyethylene film to prevent moisture. The net weight of each bag is 25 kilograms, the seal is tight, the seal is firm, and foreign objects are not allowed to mix in. When handling, it should be handled with care and avoid violent collisions to prevent leakage caused by package rupture and hinder quality. If long-term storage is required, it can be stored in thickened fiber drums or moisture-proof iron drums to ensure its stability.
The way of storage, the first priority is to clean, dry and ventilated warehouses. The temperature is moderate, and high temperature exposure is avoided. Moisture is easy to invade, so that there is no clear water on the ground, and the stacks are more than 20 centimeters away from the wall to prevent rain and leakage. Keep away from fire and heat sources, and keep away from strong oxidants and volatile acids to prevent chemical reactions. Do not mix with food, feed, etc. in the warehouse to prevent misuse. Regularly inspect to see if the packaging is damaged. If the packaging is damaged, it should be repaired or replaced in time to avoid man-made pollution of the environment.
During transportation, it is advisable to use a clean and dry compartment and cover it with a rain cloth to ensure safety. Do not board with flammable, strongly oxidized or corrosive items. When loading and unloading, be careful to move slowly and avoid throwing. If the packaging bag is cracked on the way, it should be dealt with immediately to prevent dust spillage and affect the environment.
After unsealing and use, the residual material must be sealed and sealed, and should not be left in the air for a long time to prevent moisture and deterioration. In case of accidental leakage, it should be collected quickly with a clean sweeping tool to avoid dust. The collected material can be recycled and not disposed of at will. After all, although ammonium polyphosphate is safe and environmentally friendly, it should also abide by the regulations of management in order to ensure safety and prolong the life of the product.
This is the packaging and storage outline of Mflam AP231. Follow this to protect its quality and comply with the safety regulations.
