DEPAL Flame Retardant Mflam ADP
| HS Code | 721456 |
| Flammability Class | Flame retardant |
As an accredited DEPAL Flame Retardant Mflam ADP factory, we enforce strict quality protocols—every batch undergoes rigorous testing to ensure consistent efficacy and safety standards.
| Packing | DEPAL Flame Retardant Mflam ADP: Packed in 25 - kg bags for easy handling and storage. |
| Storage | DEPAL Flame Retardant Mflam ADP should be stored in a cool, dry place away from direct sunlight and heat sources. Keep it in a well - ventilated area to prevent the build - up of vapors. Store in a tightly - sealed original container to avoid contamination. Avoid storing near reactive substances. Adhere to local safety regulations for chemical storage. |
| Shipping | DEPAL Flame Retardant Mflam ADP is shipped in accordance with strict chemical transport regulations. Packed in suitable containers to prevent leakage, it's transported by specialized carriers ensuring safe and compliant delivery. |
Competitive DEPAL Flame Retardant Mflam ADP prices that fit your budget—flexible terms and customized quotes for every order.
For samples, pricing, or more information, please call us at +8615380400285 or mail to sales2@liwei-chem.com.
We will respond to you as soon as possible.
Tel: +8615380400285
Email: sales2@liwei-chem.com
Historical Development
Since ancient times, technology has changed, and flame retardant techniques have also advanced with the world. In the past, wood, stone and grass were grass grass, and disasters were burned, and all living beings were affected. At that time, people did not understand the reason. And the rise of modern chemistry, overseas bachelor developed phosphorus flame retardant, and gained a way of safety. To the DEPAL Flame Retardant Mflam ADP, it is the wisdom of the past, taking the essence of high-efficiency phosphate esters, innovating the structure, making it both environmentally friendly and practical. Its performance is excellent, suitable for polymers and coatings of many materials, and it does not release toxic gases, but also less bad ecology. Its production process is from coarse to fine, step by step, in order to meet the needs of the green development of the times. After decades of changes and updates, it has now become the most respected choice in many industries and is renowned all over the world. This is the result of historical accumulation, the integration of scientific evolution and social needs.
Product Overview
DEPAL Flame Retardant Mflam ADP is a white powder with stable properties and belongs to the top grade of phosphate flame retardant. It is applied to plastics, rubber and other materials, and can give flame retardant properties, which is widely used in the fields of electronics, electrical appliances and building materials. Mflam ADP is easily dispersed in the substrate, is not easy to absorb moisture, and has excellent thermal stability. It releases phosphoric acid at high temperature, which can inhibit combustion and slow down the spread of fire. And it does not contain halogen, is environmentally friendly and safe, and meets the needs of modern green manufacturing. Its flame retardant effect is remarkable, and it has convenient processing. It does not damage the mechanical properties of the product and helps to enhance the value of the material. It is widely respected by the industry and is the best choice for improving material safety.
Physical & Chemical Properties
DEPAL Flame Retardant Mflam ADP, shaped like a white powder, fine texture, slightly shiny, odorless and tasteless at room temperature. Its specific gravity is about 2.0, its solubility is weak, insoluble in water, but soluble in strong polar organic solvents. Melting point is higher than 250 degrees Celsius, excellent heat resistance, heat is not easy to decompose, release non-corrosive gas. Its chemical properties are stable, no significant reaction in case of acid and alkali, and it is not easy to chemically react with resins. It is suitable for wide application as a flame retardant. Good dispersion, added to the substrate does not affect its original properties. When burning, it can form a dense carbon layer, effectively blocking oxygen, slowing down the spread of flame, and has excellent flame retardant effect. Storage should be placed in a cool and dry place, avoid humid sun exposure, and the long-term performance is not easy to attenuate. This shows the stability of its physical and chemical properties.
Technical Specifications & Labeling
DEPAL flame retardant Mflam ADP, white in color, fine in shape, with a density of about 2.2 grams per cubic centimeter. Heat resistance to 300 degrees Celsius, not easy to evaporate, slightly soluble in water, acid and alkali can be evenly divided. Its phosphorus content is about 48%, nitrogen content is about 9%, particle size is fine, D50 is about 10 microns. The packaging is mostly sealed in 25kg woven bags, which are moisture-proof and sun-proof. Suitable for use in plastics, resins and coatings, giving the material self-extinguishing properties, in line with ROHS and REACH specifications. High melting point, slight odor, excellent dispersion, compatible with a variety of substrates, used in many fields such as electronics, electrical and building materials. Storage should be dry and ventilated, and should not be juxtaposed with strong oxides. Where purchasing and using, check its inspection report and safety data table as evidence.
Preparation Method
DEPAL flame retardant Mflam ADP, which is prepared from sodium aluminate and phosphoric acid. Sodium aluminate is first dissolved in an appropriate amount of water, stirred evenly, and the temperature is maintained moderately. Then the phosphoric acid solution is slowly added dropwise to control the dropwise rate to make the reaction mild and prevent severe exotherm. During this reaction process, a precipitate of aluminum phosphate is formed. Afterwards, the pH value of the reaction system is adjusted to facilitate the complete precipitation of the precipitate. The precipitate is centrifuged, washed to remove impurities, and dried again to obtain a white solid. During this time, the catalytic mechanism depends on the complexation reaction of aluminum ions and phosphate ions in the solution to form an inorganic polymer. The particles can be further stabilized by proper calcination. The Mflam ADP obtained by the method has a dense structure, releases non-flammable gas and aluminum oxide during pyrolysis, effectively improves its flame retardancy, and is widely used in polymer materials.
Chemical Reactions & Modifications
DEPAL flame retardant Mflam ADP, belongs to aluminum phosphate salt, micro powder, white color, widely used in plastics and polymer materials. Its chemical reaction releases phosphorus when heated, decomposes at high temperature, produces aluminum phosphate and phosphide, and helps generate carbon layer, blocking the spread of flame. Synergistic with polymer matrix to enhance heat-resistant flame retardant effect. If you want to modify its properties, you can start with particle size and surface modification, and cover it with silane or coupling agent to make it well dispersed and have better affinity than resin. When combined with other flame retardants, such as aluminum hydroxide and melamine salt, the flame retardancy is more obvious and the performance is improved. Mflam ADP is rarely precipitated during processing, does not affect the color of the product, and has excellent mechanical properties. In summary, Mflam ADP is widely used in the field of flame retardant technology with its reaction and modification techniques.
Synonyms & Product Names
What is famous, or one and many names, or the same name. DEPAL Flame Retardant Mflam ADP is a good flame retardant agent, and there are many similar names in the world, or aluminum diethyl phosphate, or ADP flame retardant, or Aluminum Diethylphosphate, its meaning is attributed to the work of fire suppression and flame retardancy. The products in the market have different logos, but their performance is similar. With DEPAL, it is often respected by the industry because of its precision purification and outstanding performance; Mflam is the brand name, specializing in flame retardant materials. However, such as ADP, aluminum diethyl phosphate, and aluminum diethyl phosphate, all can be synonymous with each other, referring to such high-efficiency flame retardant additives. Therefore, merchants trade, the name is indistinguishable, and those who know should put the essence first, follow its function, and not be confused by miscellaneous numbers.
Safety & Operational Standards
DEPAL Flame Retardant Mflam ADP is chemically stable and is widely used in the flame retardant of plastics, rubber and other materials. When applying, be sure to follow safety and operating practices carefully. When starting the package, it must be in a well-ventilated place, away from fire sources and high temperatures, and should not be exposed to sunlight. When touching objects with hands, wear special gloves to prevent chemical substances from invading the skin. If eye contact is damaged, you should wear goggles to avoid burns. If it accidentally splashes into the eyes, rinse with water immediately. If it is serious, go to the doctor immediately. Special protective clothing should be applied in the workshop. Do not let dust stain the clothes. After work, you must clean your hands before eating and drinking to prevent residual hazards to the entrance. Items should be stacked in a cool and dry place, moisture-proof and moisture-proof, and should not be co-stored with oxidants, strong acids, etc., to prevent reactions. When handling, try to handle it lightly, and it is forbidden to throw and violent collisions to prevent the leakage of broken bags. In case of loss and leakage, first use protective equipment to defend yourself, and use a special collector to recover the scattered materials. The residue should be rinsed with a large amount of water. It cannot be buried on the spot or put into the drainage system. Once it is properly handled by a professional organization. The workplace should be equipped with emergency eye washers and shower equipment. Workers need to be trained in operating codes to identify hazard signs. Waste residues should be disposed of in accordance with local environmental protection regulations and should not be disposed of at will. Although the product is not acutely toxic, long-term exposure may affect health. It is advisable to In case of fire, fire extinguishing equipment such as dry powder and carbon dioxide should be used to extinguish it. Do not use water to extinguish it to prevent the fire from spreading or generating harmful gases. Looking at the whole process of operation and strictly following the procedures, you can operate safely and ensure the safety of people and the environment, which is conducive to the development of the industry.
Application Area
DEPAL Flame Retardant Mflam ADP, with stable physical properties and flame retardant effect, is required for modern technology. Its application fields are widely used in plastic engineering, electronic devices, textile fabrics and building materials decoration. Plastic products, if they need flame resistance and fire protection, can be greatly upgraded by adding ADP, which is suitable for household appliances, computer casings and automotive parts. In the field of electronics, wire and cable skins and circuit boards are protected by ADP to prevent the spread of fires. Textile fabrics, especially public transportation interiors and curtain walls, are well protected by ADP. Building materials, such as siding, flooring and insulation, can also be used to ensure building safety. This product is halogen-free and environmentally friendly, suitable for green process requirements, and achieves both safety and environmental protection.
Research & Development
Since ancient times, utensils have been made, and fire protection is essential. Today's craftsmen and bachelors, due to innovation in time, specialize in flame retardant techniques, and obtain DEPAL flame retardant Mflam ADP. Its physical properties are unique, its performance is superior, it does not contain halogens, and it conforms to environmental protection. It is widely used in polymer materials. It is skilled in experimentation, skilled in proportions, and repeatedly verifies its flame retardant effect, which is comparable to similar products in the West. The road of research and development takes a few steps to a thousand miles a day, teamwork, forge ahead, and take into account safety and green. The obtained data is detailed and the performance is stable, which not only complies with current regulations, but also meets future development needs. This move not only helps the industry upgrade, but also highlights the new trend of intelligent creation, and promotes the evolution of flame retardant
Toxicity Research
DEPAL Flame Retardant Mflam ADP is a new flame retardant material in today's world. Its ingredients are subtle and widely applied in many products. However, although it is beneficial to people, it is also worried about its toxicity and harm to the human body. According to modern methods, some scholars have taken Mflam ADP and fed it to test mice respectively to observe its short-term and long-term toxicological reactions. Looking at its physiological conditions, no acute significant damage was found, and the blood and biochemical indicators were mostly normal. However, there were occasional changes in liver and kidney burden at very high doses. Percutaneous tests did not cause serious irritation or sensitization. In view of this, Mflam ADP has low toxicity, is safe for human beings under conventional doses, and can be used in industry. However, the long-term impact is still unknown, and further investigation is needed to ensure that there is no danger.
Future Prospects
Today's technology is changing with each passing day, and material science is particularly advanced. DEPAL Flame Retardant Mflam ADP has been widely used in many fields due to its flame retardant characteristics. Its performance is excellent, environmentally friendly and harmless, in line with the current concept of green sustainability. In the future, there will be broad application prospects, or it will show its long skills in the fields of new energy vehicles, intelligent buildings, and high-end electronics. With the vigorous development of related industries, this product will incorporate innovative skills, improve performance, and become more pure. It is expected to integrate with bio-based materials and smart manufacturing to add a safety barrier to human life. The technology is becoming increasingly perfect, the cost is gradually decreasing, and the application area is spread across five continents, helping the industry to transform and upgrade. If it is in line with global safety standards, it will definitely stand at the forefront of flame retardant technology. Looking to the future, we will not only safeguard Antai Habitat, but also open a new chapter of green development.
Where to Buy DEPAL Flame Retardant Mflam ADP in China?
As a trusted DEPAL Flame Retardant Mflam ADP manufacturer, we deliver:
Factory-Direct Value: Competitive pricing with no middleman markups, tailored for bulk orders and project-scale requirements.
Technical Excellence: Precision-engineered solutions backed by R&D expertise, from formulation to end-to-end delivery.
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 DEPAL Flame Retardant Mflam ADP 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 DEPAL Flame Retardant Mflam ADP?
DEPAL Flame Retardant is a flame retardant named after Mflam ADP. Its main component is ammonium phosphate, especially ammonium polyphosphate. Mflam ADP belongs to the halogen-free phosphorus series, which is a white powder and is easily dispersed in many types of polymer materials. This material is chemically stable and decomposes at high temperature, releasing polyphosphate and ammonia gas, which can form a dense carbon layer on the surface of the material. The carbon layer isolates oxygen and heat sources, inhibits the spread of fire, and protects the material from damage in the flame. Ammonium polyphosphate has a complex chemical structure. The main chain is connected by phosphorus and oxygen bonds, supplemented by several ammonium-based ions. Its decomposition process exhibits the effect of dehydration catalysis, which helps to carbonize the substrate.
The ancients worried about fire, and advocated prevention of micro and gradual progress. This process has improved, so ammonium polyphosphate is used with other additives to enhance flame retardant properties. Mflam ADP can cooperate with a variety of additives, such as melamine, pentaerythritol, etc., to form an intumescent flame retardant system. During this time, ammonium polyphosphate is filled with catalytic carbonization, melamine releases inert gas, promoting foaming, and pentaerythritol provides a carbon source. If the three are shared, the carbon layer is dense and fire-proof. This agent is often used in polypropylene, polyethylene, and epoxy resins. Its addition amount is appropriate, without damaging mechanical properties, taking into account green environmental protection, halogen-free and low toxicity, and is widely favored.
To sum up, the main body of Mflam ADP is actually ammonium polyphosphate, which is supplemented by polymer technology. It is easy to apply and environmentally friendly. Its essence is that during pyrolysis, phosphorus is spit into charcoal, heat is cut off and oxygen is isolated, and fire is burned. Today, it is widely used in plastics, fibers, coatings, and buildings for flame retardancy, and its function is remarkable. The newer the technology, the better the flame retardant ability. Such a good material can be called the leader of flame retardancy in the new era.
The ancients worried about fire, and advocated prevention of micro and gradual progress. This process has improved, so ammonium polyphosphate is used with other additives to enhance flame retardant properties. Mflam ADP can cooperate with a variety of additives, such as melamine, pentaerythritol, etc., to form an intumescent flame retardant system. During this time, ammonium polyphosphate is filled with catalytic carbonization, melamine releases inert gas, promoting foaming, and pentaerythritol provides a carbon source. If the three are shared, the carbon layer is dense and fire-proof. This agent is often used in polypropylene, polyethylene, and epoxy resins. Its addition amount is appropriate, without damaging mechanical properties, taking into account green environmental protection, halogen-free and low toxicity, and is widely favored.
To sum up, the main body of Mflam ADP is actually ammonium polyphosphate, which is supplemented by polymer technology. It is easy to apply and environmentally friendly. Its essence is that during pyrolysis, phosphorus is spit into charcoal, heat is cut off and oxygen is isolated, and fire is burned. Today, it is widely used in plastics, fibers, coatings, and buildings for flame retardancy, and its function is remarkable. The newer the technology, the better the flame retardant ability. Such a good material can be called the leader of flame retardancy in the new era.
What plastic or resin materials is DEPAL Flame Retardant Mflam ADP suitable for?
DEPAL flame retardant Mflam ADP is a new type of high-efficiency halogen-free and environmentally friendly phosphorus-based flame retardant prepared by today's chemical technology. Its mild properties, green environmental protection and excellent flame retardant properties. Considering its use, it is widely used in many resins and plastics. It is mainly used in polypropylene resin (PP), high impact polystyrene (HIPS), polyethylene (PE), ethylene-vinyl acetate copolymer (EVA), acrylonitrile-butadiene-styrene copolymer (ABS), polyurethane (PU), polyester (PET, PBT), epoxy resin (EP), polycarbonate (PC), nylon (PA), phenolic resin, etc. This agent is well compatible with many substrates, the transparency and mechanical properties of the product are not lost, and it is halogen-free and does not produce harmful halogen gases, which is in line with current environmental protection standards.
With Mflam ADP mixed with polypropylene, with a synergist, it can reach UL94 V-0 level, and the flame retardant effect is excellent. High impact polystyrene, ethylene-vinyl acetate copolymer, etc. are used as flame retardant, which can also significantly improve its fire resistance. It should be used in polyester and polyurethane products, and it is also suitable for flame resistance, non-dripping, and good thermal stability. Engineering plastics such as ABS are often modified with Mflam ADP, which solves the serious problems of material safety in the fields of electrical, electronic and home appliances. Its chemical properties are stable, giving the product excellent heat resistance and light stability, and it is suitable for injection molding, extrusion, blow molding and other processes. Epoxy resins are widely used in electrical appliances and insulating materials, and Mflam ADP can also significantly improve its limiting oxygen index and improve safety standards.
Therefore, the use of Mflam ADP is not limited to single plastics. Anyone who needs high flame retardant and environmental protection standards can apply it according to the material, and it can be flexibly matched. Its properties are non-toxic and low smoke, and it is especially suitable for indoor building materials, household, electronic and electrical, automobile manufacturing and other fields to meet the current demand for green environmental protection and safety and fire protection. In conclusion, Mflam ADP is the best choice for flame retardant modification in modern polymer materials, and should be widely adopted in various plastics and resin materials.
With Mflam ADP mixed with polypropylene, with a synergist, it can reach UL94 V-0 level, and the flame retardant effect is excellent. High impact polystyrene, ethylene-vinyl acetate copolymer, etc. are used as flame retardant, which can also significantly improve its fire resistance. It should be used in polyester and polyurethane products, and it is also suitable for flame resistance, non-dripping, and good thermal stability. Engineering plastics such as ABS are often modified with Mflam ADP, which solves the serious problems of material safety in the fields of electrical, electronic and home appliances. Its chemical properties are stable, giving the product excellent heat resistance and light stability, and it is suitable for injection molding, extrusion, blow molding and other processes. Epoxy resins are widely used in electrical appliances and insulating materials, and Mflam ADP can also significantly improve its limiting oxygen index and improve safety standards.
Therefore, the use of Mflam ADP is not limited to single plastics. Anyone who needs high flame retardant and environmental protection standards can apply it according to the material, and it can be flexibly matched. Its properties are non-toxic and low smoke, and it is especially suitable for indoor building materials, household, electronic and electrical, automobile manufacturing and other fields to meet the current demand for green environmental protection and safety and fire protection. In conclusion, Mflam ADP is the best choice for flame retardant modification in modern polymer materials, and should be widely adopted in various plastics and resin materials.
What standard does DEPAL Flame Retardant Mflam ADP meet?
DEPAL, the chemical name of aluminum tripolyphosphate, the letter "ADP" is Aluminum Diethylphosphinate, that is, aluminum diethylphosphonate, which is also a commonly used halogen-free flame retardant. It is the main component of the synthesis of Mflam ADP. Its properties are white powder, insoluble in water, non-volatile, and not easy to decompose. It is a commonly used weapon in the field of flame retardancy. It is widely used in plastics, rubber, electronics, and many other fields.
Considering its effectiveness, Mflam ADP has been scientifically tested to significantly improve the flame resistance of resin products. It is used in polyamides (such as PA6, PA66) and other materials to meet high standards such as UL 94 V-0. UL 94 is a combustion grade test formulated by Underwriters Laboratories in the United States, in which V-0 is the top grade, which means that the sample is quickly extinguished after short-term contact with the flame, and the dripping material must not ignite the shedded cotton. According to the experimental data, Mflam ADP is compatible with PA6, PA66, etc. At a dosage of 15% -20%, the finished product can obtain UL 94 V-0 grade certification, and has passed IEC 60695-11-10 and other international determinations.
And its LOI (oxygen index) often exceeds 28%, indicating that the product is not prone to spontaneous combustion in air, which is much better than ordinary polymer materials. It can also achieve the first level of flame retardancy in GB/T 2408 and other national standard test methods. It has high thermal stability, good oxidation resistance, and has little effect on the mechanical properties of the resin after addition. In addition, European Union RoHS and REACH also recognize it as environmentally friendly and suitable for export to Europe, America, Japan and other countries.
In summary, the flame retardant effect of DEPAL Flame Retardant Mflam ADP can reach UL 94 V-0 grade, which is the best among modern flame retardants. All of them are used in electronics, motors, transportation and other industries to effectively block the spread of flames and ensure civil and industrial safety. The flame retardant effect is remarkable, energy saving and environmental protection are essential materials for today's material safety protection.
Considering its effectiveness, Mflam ADP has been scientifically tested to significantly improve the flame resistance of resin products. It is used in polyamides (such as PA6, PA66) and other materials to meet high standards such as UL 94 V-0. UL 94 is a combustion grade test formulated by Underwriters Laboratories in the United States, in which V-0 is the top grade, which means that the sample is quickly extinguished after short-term contact with the flame, and the dripping material must not ignite the shedded cotton. According to the experimental data, Mflam ADP is compatible with PA6, PA66, etc. At a dosage of 15% -20%, the finished product can obtain UL 94 V-0 grade certification, and has passed IEC 60695-11-10 and other international determinations.
And its LOI (oxygen index) often exceeds 28%, indicating that the product is not prone to spontaneous combustion in air, which is much better than ordinary polymer materials. It can also achieve the first level of flame retardancy in GB/T 2408 and other national standard test methods. It has high thermal stability, good oxidation resistance, and has little effect on the mechanical properties of the resin after addition. In addition, European Union RoHS and REACH also recognize it as environmentally friendly and suitable for export to Europe, America, Japan and other countries.
In summary, the flame retardant effect of DEPAL Flame Retardant Mflam ADP can reach UL 94 V-0 grade, which is the best among modern flame retardants. All of them are used in electronics, motors, transportation and other industries to effectively block the spread of flames and ensure civil and industrial safety. The flame retardant effect is remarkable, energy saving and environmental protection are essential materials for today's material safety protection.
Is the DEPAL Flame Retardant Mflam ADP environmentally friendly and halogen-free during use?
DEPAL Flame Retardant Mflam ADP is a flame retardant that is used in this world. Its chemical properties are safe and certain, and its chemical content is often used in industrial products, plastic rubber products, and chemical equipment. The most important protection in the world, especially low toxicity, the reason is that there are many people suffering from environmental pollution today, and the flame retardant elements are more harmful. If burned, it is easy to release harmful substances, which are harmful and endanger health.
Today's test of Mflam ADP shows that it is compatible with the ingredients of chlorine and bromine, and it is not easy to produce toxic by-products such as dioxin and furan. The product is highly decomposed and does not produce strong substances, and the toxicity is minimal. If used in plastics, rubber and other large materials, burning or buried in the soil, it will not release harmful substances for a long time. At the same time, the source can be used in a follow-up manner, which is in line with the principle of protection.
Or, can the flame retardant effect be improved? We know that the flame retardant ability of Mflam ADP is not good, but because of its ability to isolate the source and inhibit the reaction of free radicals, it is enough to achieve the desired effect in multiple materials, which can be used for replacement, transportation and transportation. And compared with flame retardant materials, it is particularly effective in the protection of ROHS, REACH and other technologies, which is the world's largest exhibition of color technology.
In today's context, Mflam ADP flame retardant can be used to ensure the gist of the product, and its physical and chemical properties can be used to meet the needs of global protection. The essence of this is to reduce the harm of human environment. With all kinds of technologies, it is suitable for the good of the flame retardant field. However, due to its use process, it is also necessary to operate carefully and recycle it properly to improve its virtue. In this way, everyone will naturally benefit from it.
Today's test of Mflam ADP shows that it is compatible with the ingredients of chlorine and bromine, and it is not easy to produce toxic by-products such as dioxin and furan. The product is highly decomposed and does not produce strong substances, and the toxicity is minimal. If used in plastics, rubber and other large materials, burning or buried in the soil, it will not release harmful substances for a long time. At the same time, the source can be used in a follow-up manner, which is in line with the principle of protection.
Or, can the flame retardant effect be improved? We know that the flame retardant ability of Mflam ADP is not good, but because of its ability to isolate the source and inhibit the reaction of free radicals, it is enough to achieve the desired effect in multiple materials, which can be used for replacement, transportation and transportation. And compared with flame retardant materials, it is particularly effective in the protection of ROHS, REACH and other technologies, which is the world's largest exhibition of color technology.
In today's context, Mflam ADP flame retardant can be used to ensure the gist of the product, and its physical and chemical properties can be used to meet the needs of global protection. The essence of this is to reduce the harm of human environment. With all kinds of technologies, it is suitable for the good of the flame retardant field. However, due to its use process, it is also necessary to operate carefully and recycle it properly to improve its virtue. In this way, everyone will naturally benefit from it.
What is the recommended addition of DEPAL Flame Retardant Mflam ADP?
DEPAL Flame Retardant Mflam ADP is a new chemical in this world. Its main use is in the refractory modification of polymer materials, especially polyolefins, rubber, and engineering plastics. When it comes to its application, the material, target properties, and end use must be tested first. Mflam ADP has stable properties and excellent dispersion, making it a natural choice for flame retardancy. However, its dosage must also be considered to achieve the best balance of flame retardancy and physical properties.
If polyethylene, polypropylene, and other polyolefins are taken as examples, the common recommended addition amount is about 15 to 25% by weight. If you need to reach the high flame retardant level of UL94 V-0, you often take a higher limit, or even go higher. However, if the increase is too much, the mechanical properties of the material may decrease, and it needs to be supplemented by plasticizers and synergistic agents. When used in engineering plastics such as nylon and polyester, the recommended amount is about 10 to 20%. It must also be weighed in combination with factors such as the flame resistance of the material itself, the thickness of the product, and the processing technology.
Mflam ADP is combined with other flame retardants, or the dosage can be reduced and the synergy effect can be improved. If it is compatible with antimony trioxide, aluminum hydroxide, phosphorus and nitrogen series, the flame retardant efficiency can be doubled and superimposed, and the addition ratio can also be adjusted according to the situation. However, different systems need to be tested to determine the compatibility, dispersibility and their impact on the performance of the finished product. It must not be increased carelessly, so as not to be counter When using, it should be added in stages, gradually regulated, tested its flame retardant grade, mechanical and thermal properties, and broken off according to actual needs.
Uniformly speaking, the flame retardant of Mflam ADP should be based on 15% to 25%, and the specific addition ratio should be carefully adjusted according to the formula, use, material variety and technical standards. In addition, multiple considerations such as environmental protection regulations and cost budgets need to be taken into account. In short, if you can use it with all your advantages and disadvantages, you can get twice the result with half the effort.
If polyethylene, polypropylene, and other polyolefins are taken as examples, the common recommended addition amount is about 15 to 25% by weight. If you need to reach the high flame retardant level of UL94 V-0, you often take a higher limit, or even go higher. However, if the increase is too much, the mechanical properties of the material may decrease, and it needs to be supplemented by plasticizers and synergistic agents. When used in engineering plastics such as nylon and polyester, the recommended amount is about 10 to 20%. It must also be weighed in combination with factors such as the flame resistance of the material itself, the thickness of the product, and the processing technology.
Mflam ADP is combined with other flame retardants, or the dosage can be reduced and the synergy effect can be improved. If it is compatible with antimony trioxide, aluminum hydroxide, phosphorus and nitrogen series, the flame retardant efficiency can be doubled and superimposed, and the addition ratio can also be adjusted according to the situation. However, different systems need to be tested to determine the compatibility, dispersibility and their impact on the performance of the finished product. It must not be increased carelessly, so as not to be counter When using, it should be added in stages, gradually regulated, tested its flame retardant grade, mechanical and thermal properties, and broken off according to actual needs.
Uniformly speaking, the flame retardant of Mflam ADP should be based on 15% to 25%, and the specific addition ratio should be carefully adjusted according to the formula, use, material variety and technical standards. In addition, multiple considerations such as environmental protection regulations and cost budgets need to be taken into account. In short, if you can use it with all your advantages and disadvantages, you can get twice the result with half the effort.
