Decabromodiphenyl Ethane Masterbatch
| HS Code | 656462 |
| Chemical Formula | C14H4Br10 |
| Molecular Weight | 959.28 g/mol |
| Appearance | white to off - white powder |
| Melting Point | 345 - 350°C |
| Boiling Point | N/A (decomposes before boiling) |
| Density | 3.02 g/cm³ |
| Solubility In Water | Insoluble |
| Flammability | Highly flame - retardant |
| Thermal Stability | Good thermal stability up to high temperatures |
| Chemical Stability | Stable under normal conditions |
| Electrical Properties | Good electrical insulator |
As an accredited Decabromodiphenyl Ethane Masterbatch factory, we enforce strict quality protocols—every batch undergoes rigorous testing to ensure consistent efficacy and safety standards.
| Packing | 25 - kg bags of Decabromodiphenyl Ethane Masterbatch, securely packaged. |
| Storage | Decabromodiphenyl Ethane Masterbatch should be stored in a cool, dry, and well - ventilated area. Keep it away from sources of heat, ignition, and direct sunlight. Store in a tightly - sealed container to prevent moisture absorption and contamination. Avoid storing near reactive chemicals to ensure its stability during storage. |
| Shipping | Decabromodiphenyl Ethane Masterbatch is shipped in well - sealed containers to prevent exposure. It follows strict chemical transportation regulations, ensuring safe transit due to its chemical nature. |
Competitive Decabromodiphenyl Ethane Masterbatch 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
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Historical Development
Since the advent of the chemical industry, flame retardant materials have undergone repeated evolution. In the past, humans used natural materials such as asbestos to fight fires, and then brominated compounds came into being. In modern times, brominated flame retardants have been widely used in polymers due to their excellent efficiency. Dekabromodiphenyl Ethane (decabromobiphenylethane), which began to appear in the world at the end of the 20th century, was replaced by old PBDEs. Initially applied in powder form, it is very inconvenient, easy to fly and disperse, and also damages performance. After the industry has developed ingenuity, mixed with resins to make masterbatches, called Masterbatch, which is easy to process, greatly reduced pollution, and has a wide range of uses. In today's market, environmental protection and high efficiency are both important, and this product is suitable and sold worldwide. Chemical technology is advancing with each passing day, and its development has not yet reached an end.
Product Overview
Decabromodiphenyl Ethane Masterbatch is made of decabromodiphenyl ethane as the main material, supplemented by polymer carrier through high temperature mixing and extrusion. Its color is pure, good dispersion, excellent thermal stability, and particularly excellent flame resistance performance. It is suitable for all kinds of plastics, rubber and other polymer materials, and can be widely used in home appliance shells, wires and cables, automotive parts and other fields. Its flame retardant effect is long-lasting, the amount of addition is low and does not affect the physical properties of the product. The product is environmentally friendly and safe, does not contain harmful halogens and heavy metals, and meets relevant international standards. Easy to operate, easy to transport and store. It can meet the needs of different industries for efficient flame retardancy, provides a strong guarantee for material safety applications, and promotes industrial upgrading and product innovation.
Physical & Chemical Properties
Decabromodiphenyl Ethane Masterbatch, its shape is mostly white or off-white particles, strong and not fragile. Its properties are stable, insoluble in water, and not easily soluble in organic solvents such as ethanol and acetone. High temperature resistance, heat is not easy to decompose, so it can be applied to a variety of high temperature processes. Good dispersibility, easy to distribute uniformly in polymer matrices, and will not agglomerate. This physical and chemical properties make it particularly suitable in flame retardant materials. Its molecular formula is C H Br, its molecular weight is large, and its density is significantly higher than that of ordinary polymers; its melting point is high, its chemical properties are very inert, it is difficult to decompose in case of strong acid and alkali, and it is light and oxygen resistant, and its performance is not reduced after long-term exposure. Therefore, its physical and chemical properties are better than traditional flame retardants.
Technical Specifications & Labeling
Decabromodiphenyl Ethane Masterbatch, the product is pure, the color is white, and there is no impurity entrainment. The main agent content contained, accounting for 50 to 65% of the total, supplemented by high-quality carrier resin, the granules are dense and easy to process. The particle size is well-proportioned, the diameter of each grain is about two to three millimeters, and the moisture content is micro, often not more than five thousandths. Excellent thermal stability, decomposition temperature can reach 280 degrees Celsius, sealed storage at room temperature, shelf life is two years from the date of production. The flame retardant ingredients contained, the bromine content is not less than 80%, suitable for blending of various polymer materials, dissolving evenly, without the risk of precipitation. The packaging is usually sealed in a woven bag with a net weight of 25 kilograms, and the appearance is marked with the batch number, specification, and origin, which is convenient for identification and tracking.
Preparation Method
The decabromodiphenylethane was selected as the main raw material, supplemented by thermoplastic resin and dispersant, and the decabromodiphenylethane was finely pulverized to obtain fine particles. The resin was heated to melt, the dispersant was released, and then the pulverized decabromodiphenylethane was slowly added, stirred uniformly, so that it was uniformly dispersed. Then an extruder was used, the temperature control was moderate, the screw was rotated, and the raw materials were mixed and kneaded in the machine. The synergy effect of mechanical shear and thermal energy promoted the full combination of the main agent and the resin. Subsequent stripping through the die, cooling and granulation, to obtain a uniform masterbatch. During the preparation process, the dispersant is used to assist the main agent particles to uniformly precipitate into the carrier, which is the mechanism of physical dispersion, and there is no chemical catalytic reaction. However, the process requires strict control of temperature and speed to ensure good product distribution, consistent particle size, and excellent performance.
Chemical Reactions & Modifications
Decabromodiphenyl Ethane Masterbatch, its body is decabromodiphenyl ethane, stable, high temperature resistance, insoluble in water, widely used in flame retardant materials. However, in order to enhance its dispersion and compatibility, it is often chemically modified during its preparation. Either blending it with surfactants, or separating the polymer matrix to make it evenly coated, which is caused by chemical reactions. In the meantime, functional group modification is a commonly used method. By introducing polar groups, the bromide particles interact with the polymer chain to generate hydrogen bonds or weak van der Waals forces, so that the flame retardant and the carrier are tightly bound. Then blending polymer reactions adjust the particle size distribution to overcome the disadvantages of agglomeration. All of these rely on chemical reactions, molecular construction, and interface regulation to achieve excellent dispersion, improve mechanical properties, and advance with its flame retardant efficiency.
Synonyms & Product Names
Decabromodiphenyl Ethane Masterbatch is a commonly used flame retardant masterbatch in the chemical industry. Its color is white, its properties are stable, and it is widely respected by the industry. There are many synonyms for this product, or decabromodiphenyl ethane masterbatch, or DBDPE masterbatch, or book as decabromobiphenylethane masterbatch, all refer to the same thing. There are many trade names in the market, such as Brinyte, Saytix DBDPE Masterbatch, Askarels, and Everflame-D series, all of which are self-appointed by the manufacturer. When ordering between the public and private sectors of the chemical industry, Deca-BDE is often used for reference, but it should be clearly identified that the chemical properties are similar rather than identical. Although the names are different, the efficiency is still the same, and it is used in plastics, rubber and fibers for flame retardant performance. Trade in this world, with different translations and many names, but tracing its essence, the quality is the same, and they are all flame retardant weapons.
Safety & Operational Standards
Decabromodiphenyl Ethane Masterbatch is an important flame retardant in today's polymer materials and is used in many industrial fields. It is stable in nature, but when handling it, it is necessary to follow safety and norms and should not be ignored. When starting the packaging, it should be placed in a well-ventilated place, away from fire and heat sources to prevent the intrusion of high temperature and humidity. When operating, wear protective gloves, masks and goggles to protect the skin, mouth, nose and eyes from dust. If it accidentally touches the skin, wash it with water immediately. If it is accidentally splashed into the eyes, rinse it with a lot of water quickly. If you still feel unwell, seek medical attention immediately. Its volatilization is very small, but it is in a closed place for a long time, and there is also a fear of trace particles floating, or causing respiratory discomfort. The operator should change in sequence and open the window for ventilation from time to time.
Storage should be in a cool and dry place to prevent direct sunlight and water from condensing. Containers must be sealed, packaged completely, and must not be damaged and leaked. Different chemicals should not be mixed to avoid reactions. During transportation, stack neatly to prevent dumping and collision. It is strictly forbidden to transport with food, feed, etc. Waste residues must be sorted and recycled in accordance with national and local environmental protection regulations. They should not be disposed of in soil or water at will to avoid endangering life. Operators should receive professional training around the clock to know the process and emergency plans for emergencies. In case of fire, it is advisable to use dry powder, foam, and carbon dioxide fire extinguishers to extinguish it. Do not use direct water to prevent combustion agent decomposition and damage.
Always be vigilant and operate cautiously to ensure personal safety and safety, and can also be the foundation for the long-term stability of the enterprise. Clear safety discipline, abide by operating procedures, and be careful, so that you can have no regrets.
Storage should be in a cool and dry place to prevent direct sunlight and water from condensing. Containers must be sealed, packaged completely, and must not be damaged and leaked. Different chemicals should not be mixed to avoid reactions. During transportation, stack neatly to prevent dumping and collision. It is strictly forbidden to transport with food, feed, etc. Waste residues must be sorted and recycled in accordance with national and local environmental protection regulations. They should not be disposed of in soil or water at will to avoid endangering life. Operators should receive professional training around the clock to know the process and emergency plans for emergencies. In case of fire, it is advisable to use dry powder, foam, and carbon dioxide fire extinguishers to extinguish it. Do not use direct water to prevent combustion agent decomposition and damage.
Always be vigilant and operate cautiously to ensure personal safety and safety, and can also be the foundation for the long-term stability of the enterprise. Clear safety discipline, abide by operating procedures, and be careful, so that you can have no regrets.
Application Area
Decabromodiphenyl Ethane Masterbatch is also an essential product of flame retardant materials. Its white color has both high-efficiency flame retardant properties and is widely used in plastics and rubber products. Where household appliance shells, wires and cables, building materials, furniture decoration, those who need fire protection rely more on this masterbatch to increase security. It is also suitable for engineering plastics, such as polypropylene, polyethylene, ABS, etc. After mixing and forming, it can significantly improve its fire resistance and prevent fires in the future. Its migration resistance and excellent thermal stability, so it is reused in electronic devices, automotive parts, etc. It can be seen in the fields of transportation, optical cable sheathing, and foam materials. Those who pursue safety and durability take it first. Pure quality and high efficiency, the progress of manufacturing technology has greatly benefited the national economy and people's livelihood.
Research & Development
In the past, those who began to develop new chemical materials, specializing in Decabromodiphenyl Ethane Masterbatch, learned from others' strengths, brainstormed, trained craftsmanship, and persevered. Craftsmen dedicated themselves to experiments, with small tests as the end, to study the wonder of its molecular structure, test its dispersion, set up multiple processes, and identify the appropriate proportions, so that the flame retardant performance is more perfect. It not only preserves the whiteness of the body, but also prevents precipitation and migration, which is in line with the way of green environmental protection. During this period, the techniques are improving, the instruments are more refined, and the screening of raw materials is more strict. The scholars are diligent, or the literature is compared, or the source is meticulously researched, and years of hard work have finally achieved results. Today, this product is used in four places, benefiting from plastics and rubber, with outstanding quality and fame, which really depends on the power of research and development.
Toxicity Research
Decabromodiphenyl Ethane Masterbatch is a commonly used flame retardant in polymer materials in today's world. It has stable properties and is widely used in plastics, fibers and other products. However, the study of its toxicity is particularly important in the chemical industry. The ancients said: "Substances are harmful, and their sources must be investigated." According to recent experiments, Decabromodiphenyl Ethane (referred to as DBDPE) has a low volatilization rate at room temperature and pressure, is not easy to exudate, and has very slow microbiodegradation. In animal experiments, the toxicity after oral and percutaneous ingestion is low, and acute toxic reactions are rare, but its accumulation cannot be ignored. Long-term exposure may cause mild abnormalities in liver biochemical indicators, but there is currently no conclusive evidence of carcinogenicity. The half-life in organisms is long and the excretion is slow. If the environment continues to be exposed, it may have a potential impact on the ecosystem. Western scholars advocate further tracking the mechanism of its environmental fate and bioaccumulation to prevent it from happening. From this point of view, although there is no major harm in the short term, it will accumulate for a long time, so caution must be taken.
Future Prospects
Decabromodiphenyl Ethane Masterbatch is also an important product in chemical materials today. This product is widely used in plastics, electronics and cables due to its excellent flame retardant properties. It is very popular when competing with the times. In today's world, safety regulations are becoming increasingly stringent, and environmental protection needs are increasing. The halogen-free and low-toxic properties of this product make it more valuable. In the future, the industry will innovate and the technology will be refined. Its materials and processes will keep pace with the times and strive for excellence. If it can be combined with bio-based or degradable materials and conform to the trend of green and low-carbon, its development space is limitless. And with the growing demand for high-performance composites, the application field of this product will surely expand and prosper. Looking to the future, Decabromodiphenyl Ethane Masterbatch is expected to become a leader in flame retardant materials, contributing to the cause of safety and environmental protection, and benefiting society.
Where to Buy Decabromodiphenyl Ethane Masterbatch in China?
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As a leading Decabromodiphenyl Ethane Masterbatch 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 uses of Decabromodiphenyl Ethane Masterbatch?
Decabromodiphenyl Ethane Masterbatch is a modified plastic masterbatch mainly composed of decabromodiphenyl ethane, supplemented by a carrier, mixed and granulated by an appropriate process. Its high temperature resistance, chemical inertness, white color, easy dispersion, and excellent flame retardant properties are widely relied on by modern industry. Due to the frequent fires, flame retardant safety is increasingly valued, so the use of masterbatch is particularly extensive.
Its main use is to endow polymer materials with flame retardant ability. Plastics, rubber, and fibers are mostly flammable. However, when the masterbatch is mixed, the material ignition point increases, the combustion rate is slowed down, the flame spread is inhibited, and toxic fumes are generated slightly. The danger of fire is reduced to the invisible, ensuring the safety of people and property.
This masterbatch is mostly used in plastic parts of household appliances, computer shells, televisions, air conditioners, washing machines; it is more common in building materials, such as cables, switches, sockets, pipes, etc. Flame retardant modification; also seen in automobiles, aircraft, high-speed rail and other transportation equipment to ensure traffic safety. In addition, textiles, furniture, children's toys and other daily uses also rely on fire protection.
This masterbatch is easy to process and can be evenly distributed in thermoplastic resins such as polypropylene, polyethylene, polystyrene, ABS resin and other materials. The flame retardant effect is stable and lasting, and has little impact on the color and mechanical properties of the finished product. And because it does not contain free bromine, has low bioaccumulation and less environmental impact, it is more environmentally friendly than the old flame retardants such as PBB and PBDE in the past, and can comply with the European Union ROHS and REACH regulations.
To sum up, Decabromodiphenyl Ethane Masterbatch is applied to various polymer materials, which is actually the cornerstone of modern flame retardant technology. It is widely used in household, construction, electrical, and transportation fields. Its lightness, ease of use, and good effect make it more popular.
Its main use is to endow polymer materials with flame retardant ability. Plastics, rubber, and fibers are mostly flammable. However, when the masterbatch is mixed, the material ignition point increases, the combustion rate is slowed down, the flame spread is inhibited, and toxic fumes are generated slightly. The danger of fire is reduced to the invisible, ensuring the safety of people and property.
This masterbatch is mostly used in plastic parts of household appliances, computer shells, televisions, air conditioners, washing machines; it is more common in building materials, such as cables, switches, sockets, pipes, etc. Flame retardant modification; also seen in automobiles, aircraft, high-speed rail and other transportation equipment to ensure traffic safety. In addition, textiles, furniture, children's toys and other daily uses also rely on fire protection.
This masterbatch is easy to process and can be evenly distributed in thermoplastic resins such as polypropylene, polyethylene, polystyrene, ABS resin and other materials. The flame retardant effect is stable and lasting, and has little impact on the color and mechanical properties of the finished product. And because it does not contain free bromine, has low bioaccumulation and less environmental impact, it is more environmentally friendly than the old flame retardants such as PBB and PBDE in the past, and can comply with the European Union ROHS and REACH regulations.
To sum up, Decabromodiphenyl Ethane Masterbatch is applied to various polymer materials, which is actually the cornerstone of modern flame retardant technology. It is widely used in household, construction, electrical, and transportation fields. Its lightness, ease of use, and good effect make it more popular.
What is the general addition ratio of Decabromodiphenyl Ethane Masterbatch?
Decabromodiphenyl Ethane Masterbatch is a flame retardant commonly used in plastics, rubber and other materials. Its main component is decabromodiphenyl ethane, which has high flame retardant properties and is widely used in materials, appliances, building materials and steam parts. As for its addition ratio, it depends on the requirements of the product type, flame retardant, etc., and the base grease. Flame retardant properties vary from high to low. If the general flame retardant effect is required, the dosage can be slightly higher. If it is necessary to achieve severe flame retardant properties, the required proportion will also increase.
Generally speaking, the addition ratio of Decabromodiphenyl Ethane Masterbatch is more than 3 to 10% of the polymer content. If it is used in polypropylene, polystyrene, ABS, etc., the dosage is usually 5% to 8% of the base grease. However, if it is used in V-0 flame retardant products with higher requirements, the addition ratio can be 10% or higher. However, the addition degree or the processing flow of the material is affected by the force and performance of the material. Therefore, the combination of multiple factors is balanced, so that the material is not only flame retardant requirements, but also does not affect the physical rationality of the finished product.
In addition, Decabromodiphenyl Ethane Masterbatch is often used such as trioxide to increase its flame retardant efficiency. Under the same effect, the addition amount of Decabromodiphenyl Ethane can be effectively reduced, which is not only flame retardant, but also can reduce the adverse effect of material properties. Therefore, in the production process, the requirements for the use of the product, flame retardancy, etc., raw material properties and cost are combined, and the optimal ratio is determined.
In terms of product quality, the use requirements of the product are determined. The addition amount of Decabromodiphenyl Ethane Masterbatch is determined. Usually, the dosage is 3% to 10%, and the physical properties and flame retardant properties are determined. In this way, not only to ensure the safety of the product, but also to achieve a balance of the benefits of the product.
Generally speaking, the addition ratio of Decabromodiphenyl Ethane Masterbatch is more than 3 to 10% of the polymer content. If it is used in polypropylene, polystyrene, ABS, etc., the dosage is usually 5% to 8% of the base grease. However, if it is used in V-0 flame retardant products with higher requirements, the addition ratio can be 10% or higher. However, the addition degree or the processing flow of the material is affected by the force and performance of the material. Therefore, the combination of multiple factors is balanced, so that the material is not only flame retardant requirements, but also does not affect the physical rationality of the finished product.
In addition, Decabromodiphenyl Ethane Masterbatch is often used such as trioxide to increase its flame retardant efficiency. Under the same effect, the addition amount of Decabromodiphenyl Ethane can be effectively reduced, which is not only flame retardant, but also can reduce the adverse effect of material properties. Therefore, in the production process, the requirements for the use of the product, flame retardancy, etc., raw material properties and cost are combined, and the optimal ratio is determined.
In terms of product quality, the use requirements of the product are determined. The addition amount of Decabromodiphenyl Ethane Masterbatch is determined. Usually, the dosage is 3% to 10%, and the physical properties and flame retardant properties are determined. In this way, not only to ensure the safety of the product, but also to achieve a balance of the benefits of the product.
Does Decabromodiphenyl Ethane Masterbatch comply with environmental regulations?
Decabromodiphenyl Ethane Masterbatch is a flame retardant additive used in plastic products. Considering its essence, Decabromodiphenyl Ethane (hereinafter referred to as DBDPE) is a polymer organic bromide, which mainly replaces Decabromodiphenyl Ether (DecaBDE) to meet the needs of international environmental protection regulations. Today, whether DBDPE Masterbatch complies with environmental protection regulations, I would like to state the following.
Looking at the European Union REACH regulations, RoHS directives and multinational environmental protection standards, most of them are based on the control of the quality of harmful substances. DecaBDE was initially banned in Europe and the United States due to its bioaccumulation and long-term toxicity. DBDPE is similar in chemical structure to DecaBDE, but toxicological studies show that its bioaccumulation is low and the bromide released in the environment is limited. According to the public data of the European Chemicals Agency (ECHA), DBDPE is not included in the List of Substances of Very High Concern (SVHC), and has not yet been fully restricted by the European Union. However, some European countries and some parts of the United States have begun to carefully evaluate its long-term environmental impact and adopt traceability management.
DBDPE Masterbatch is synthesized with carrier resin and DBDPE, which is mainly used for flame retardant products such as home appliance shells and building materials. The production process strictly controls the content of residual solvents and impurities to reduce the latent risk to the environment and human body. DBDPE is also not included in the list of ten hazardous substances listed in the RoHS directive, and it meets the prevailing standards. However, the international environmental protection trend is becoming more and more severe, and civil groups such as Greenpeace have doubts that its degradation products can cause environmental hazards. Although the European and American markets have not explicitly banned it, they actually encourage the development of greener and degradable flame retardants.
Although today's DBDPE Masterbatch generally complies with the current environmental protection regulations in most regions, the standards of various countries change frequently. Manufacturers should always pay attention to the update of regulations, carefully review the material safety data table (MSDS), product conformity declaration (DoC) and other technical documents to ensure the compliance of the circulation process. If future scientific research finds significant potential hazards, it cannot be ruled out that it will be included in the control list. In summary, DBDPE Masterbatch can be said to meet legal requirements according to current standards, but it should continue to pay attention to the dynamics of international green regulations and improve the formulation and management in a timely manner to ensure the safety and legality of product circulation.
Looking at the European Union REACH regulations, RoHS directives and multinational environmental protection standards, most of them are based on the control of the quality of harmful substances. DecaBDE was initially banned in Europe and the United States due to its bioaccumulation and long-term toxicity. DBDPE is similar in chemical structure to DecaBDE, but toxicological studies show that its bioaccumulation is low and the bromide released in the environment is limited. According to the public data of the European Chemicals Agency (ECHA), DBDPE is not included in the List of Substances of Very High Concern (SVHC), and has not yet been fully restricted by the European Union. However, some European countries and some parts of the United States have begun to carefully evaluate its long-term environmental impact and adopt traceability management.
DBDPE Masterbatch is synthesized with carrier resin and DBDPE, which is mainly used for flame retardant products such as home appliance shells and building materials. The production process strictly controls the content of residual solvents and impurities to reduce the latent risk to the environment and human body. DBDPE is also not included in the list of ten hazardous substances listed in the RoHS directive, and it meets the prevailing standards. However, the international environmental protection trend is becoming more and more severe, and civil groups such as Greenpeace have doubts that its degradation products can cause environmental hazards. Although the European and American markets have not explicitly banned it, they actually encourage the development of greener and degradable flame retardants.
Although today's DBDPE Masterbatch generally complies with the current environmental protection regulations in most regions, the standards of various countries change frequently. Manufacturers should always pay attention to the update of regulations, carefully review the material safety data table (MSDS), product conformity declaration (DoC) and other technical documents to ensure the compliance of the circulation process. If future scientific research finds significant potential hazards, it cannot be ruled out that it will be included in the control list. In summary, DBDPE Masterbatch can be said to meet legal requirements according to current standards, but it should continue to pay attention to the dynamics of international green regulations and improve the formulation and management in a timely manner to ensure the safety and legality of product circulation.
What are the storage conditions for Decabromodiphenyl Ethane Masterbatch?
Decabromodiphenyl Ethane Masterbatch is also a chemical product with stable properties, but its storage should also be cautious to ensure its performance. The storage of cover materials should be in good weather and in the right location, so that its quality can be maintained for a long time. Here are the numbers to clarify the method. First of all, the storage place should be a cool and dry place. This product should not be exposed to direct sunlight, and it is easy to deteriorate in the sun. The color may change, and the performance will also be reduced. It should not be near the fire heat source, because it is exposed to high temperature or there is a risk of melting and decomposition. The indoor temperature should be at room temperature, and the humidity should not be too high. Moisture attack, it can cause agglomeration, or even mildew, affecting its dispersion and addition effect.
Furthermore, the storage utensils should be sealed to prevent dust, impurities and moisture from invading, and can be stored in thick plastic bags or airtight containers. It is also necessary to avoid coexistence with chemicals such as strong oxidants, strong acids and strong alkalis, which are not good for later use due to chemical reactions or denaturation. If there are multiple batches of materials, they must be used in the order of "first in, first out" to prevent accumulation of too long and loss of their original properties. When handling and storing, it is also advisable to avoid the damage of heavy pressure and severe impact, otherwise the inner package will be easily broken, the powder will leak out, and it will also be unfavorable to the human body.
It is also advisable to keep the air around it clear, but it should not be roughly dusty to keep the environment clean. During the storage period, regular inspection is essential. If you see discoloration or agglomeration, you should urgently check whether it is usable. If the ground of the warehouse is wet, you can also lay wooden boards or pads on the ground to isolate the earth gas and prevent moisture. All fibers, food, drinking water, etc. should not be stored in the same warehouse to prevent cross-contamination.
All the above mentioned must abide by the regulations when storing Decabromodiphenyl Ethane Masterbatch. If you follow its path, the material properties will last for a long time. If you neglect to be cautious, you may damage its use. Those who are in trouble should keep it in mind and act with respect.
Furthermore, the storage utensils should be sealed to prevent dust, impurities and moisture from invading, and can be stored in thick plastic bags or airtight containers. It is also necessary to avoid coexistence with chemicals such as strong oxidants, strong acids and strong alkalis, which are not good for later use due to chemical reactions or denaturation. If there are multiple batches of materials, they must be used in the order of "first in, first out" to prevent accumulation of too long and loss of their original properties. When handling and storing, it is also advisable to avoid the damage of heavy pressure and severe impact, otherwise the inner package will be easily broken, the powder will leak out, and it will also be unfavorable to the human body.
It is also advisable to keep the air around it clear, but it should not be roughly dusty to keep the environment clean. During the storage period, regular inspection is essential. If you see discoloration or agglomeration, you should urgently check whether it is usable. If the ground of the warehouse is wet, you can also lay wooden boards or pads on the ground to isolate the earth gas and prevent moisture. All fibers, food, drinking water, etc. should not be stored in the same warehouse to prevent cross-contamination.
All the above mentioned must abide by the regulations when storing Decabromodiphenyl Ethane Masterbatch. If you follow its path, the material properties will last for a long time. If you neglect to be cautious, you may damage its use. Those who are in trouble should keep it in mind and act with respect.
What materials is Decabromodiphenyl Ethane Masterbatch compatible with?
Decabromodiphenyl Ethane Masterbatch is a commonly used additive in flame retardancy in modern polymer materials. Its structure is stable, thermal properties are good, and it is widely used in many polymer polymers. In terms of its compatibility with materials, polyolefins such as polyethylene (PE) and polypropylene (PP) are the first to be promoted. These materials have similar physical properties and can be evenly mixed with Decabromodiphenyl Ethane Masterbatch to exert excellent flame retardant effect. Secondly, polystyrene (PS), especially high impact polystyrene (HIPS), is also often used with this masterbatch in electronic appliances and household appliances.
If polyvinyl chloride (PVC), which relies heavily on flame retardants to improve fire resistance, Decabromodiphenyl Ethane Masterbatch and PVC can also be well integrated and used in building materials, cable coating, flooring and other fields. However, those with the best compatibility often need to use additives such as compressors to promote dispersion and prevent aggregation, so the compound application is very critical. In addition, engineering plastics such as ABS and polyester (such as PET, PBT) can also be used in this masterbatch. ABS has a strong inclusiveness due to its ternary copolymerization structure. After mixing with Decabromodiphenyl Ethane Masterbatch, its flame retardant level can be greatly improved. It is commonly found in automotive parts, information technology equipment and other products. PET, PBT and other polyesters also need to improve flame retardancy in textiles and electronic components. Good results can be obtained by using this masterbatch, but attention needs to be paid to processing temperature and compatibility adjustment.
Ruffe nylon (PA), polyurethane (PU), etc., due to structural and polar differences, need to be supplemented with blending aids to improve the dispersion effect, so as to show the flame retardant function. If not, the masterbatch and resin are prone to delamination, resulting in uneven performance. Overall, this kind of flame retardant masterbatch has a wide range of compatibility, but different materials have different physical and chemical properties. It is necessary to implement policies based on materials, supplemented by corresponding processes and formulations, in order to achieve the best effect. When selecting the masterbatch, consider whether the melting temperature, polarity and the main body are in harmony, and observe the relationship between it and other additives in the system. If it is suitable, it can ensure the stability of quality and the reputation of flame retardancy.
If polyvinyl chloride (PVC), which relies heavily on flame retardants to improve fire resistance, Decabromodiphenyl Ethane Masterbatch and PVC can also be well integrated and used in building materials, cable coating, flooring and other fields. However, those with the best compatibility often need to use additives such as compressors to promote dispersion and prevent aggregation, so the compound application is very critical. In addition, engineering plastics such as ABS and polyester (such as PET, PBT) can also be used in this masterbatch. ABS has a strong inclusiveness due to its ternary copolymerization structure. After mixing with Decabromodiphenyl Ethane Masterbatch, its flame retardant level can be greatly improved. It is commonly found in automotive parts, information technology equipment and other products. PET, PBT and other polyesters also need to improve flame retardancy in textiles and electronic components. Good results can be obtained by using this masterbatch, but attention needs to be paid to processing temperature and compatibility adjustment.
Ruffe nylon (PA), polyurethane (PU), etc., due to structural and polar differences, need to be supplemented with blending aids to improve the dispersion effect, so as to show the flame retardant function. If not, the masterbatch and resin are prone to delamination, resulting in uneven performance. Overall, this kind of flame retardant masterbatch has a wide range of compatibility, but different materials have different physical and chemical properties. It is necessary to implement policies based on materials, supplemented by corresponding processes and formulations, in order to achieve the best effect. When selecting the masterbatch, consider whether the melting temperature, polarity and the main body are in harmony, and observe the relationship between it and other additives in the system. If it is suitable, it can ensure the stability of quality and the reputation of flame retardancy.
