Equivalent to Exolit OP935
| HS Code | 731178 |
| Chemical Composition | Phosphorus - nitrogen - organic compound |
| Appearance | White powder |
| Particle Size | Typically in the range of a few micrometers |
| Density | Approximately [X] g/cm³ |
| Melting Point | [X] °C |
| Thermal Stability | High thermal stability up to [X] °C |
| Solubility | Insoluble in water, sparingly soluble in some organic solvents |
| Flammability | Acts as a flame retardant, reduces flammability |
| Viscosity Effect | May affect the viscosity of polymer matrices |
| Compatibility | Good compatibility with various polymers |
As an accredited Equivalent to Exolit OP935 factory, we enforce strict quality protocols—every batch undergoes rigorous testing to ensure consistent efficacy and safety standards.
| Packing | Packaging: 25 - kg bags equivalent to Exolit OP935 chemical. |
| Storage | "Equivalent to Exolit OP935" should be stored in a cool, dry place, away from heat sources and direct sunlight. Keep it in a well - sealed container to prevent moisture absorption and contact with reactive substances. Store in an area separate from incompatible chemicals. Adhere to local safety regulations regarding chemical storage to ensure its integrity and safety. |
| Shipping | The chemical "Equivalent to Exolit OP935" is shipped in secure, properly labeled containers. These are designed to prevent leakage during transport, ensuring safe delivery to the destination following all relevant chemical shipping regulations. |
Competitive Equivalent to Exolit OP935 prices that fit your budget—flexible terms and customized quotes for every order.
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Historical Development
Since ancient times, the art of fire prevention has been progressing day by day. In the past, the world tried to use sediment, grass and trees to cover fires, but the effect was minimal. In modern times, many craftsmen, using poor principles, searched for drugs that could cure fires. By the 20th century, chemical technology was in full swing, and many fire retardants followed, many of which were either toxic or difficult to be compatible with various materials. Exolit OP935 originated from the method of fine study of phosphorus series, to remove the disadvantages of halogens, to be content with the environment, and to be in resins and plastics, which were non-flammable and harmless. It is also easier to disperse in the matrix, and its thermal stability is greatly increased. It is suitable for wire, cable, electronic devices and other materials. Its formula has gradually become a standard, and it has been compatible, upgraded, tested, and even on the same track as the international advanced. Equivalent to Exolit OP935 in the industry today, the technology is more perfect. After decades of replacement, it has changed from rough to fine.
Product Overview
Equivalent to Exolit OP935, it is a new halogen-free and environmentally friendly flame retardant. Its well-made method is specially designed for the addition of polymer materials, which can effectively improve the flame retardant performance of materials. It is widely used in engineering plastics, cables, building materials and many other fields. White in color, uniform in particle size, easy to disperse, and has excellent thermal stability and compatibility. When flammable, a dense carbon layer can be formed to resist heat source conduction and reduce the generation of harmful gases, thus ensuring safety. Its halogen-free characteristics, in line with environmental protection standards, are suitable for the needs of green manufacturing. When used in combination with other additives, there is no obvious interaction, which can give the product excellent flame retardant effect, which is beneficial to the progress of modern industrial technology.
Physical & Chemical Properties
Equivalent to Exolit OP935, snow-white fine powder, loose texture, natural odorless, slightly hygroscopic. Its chemical nature is stable, insoluble in water and most organic solvents, slow-release decomposition when heated, and not easy to spontaneous combustion. At high temperatures, trace gases can be precipitated, which has good flame retardant effect, but has no obvious volatilization at room temperature and pressure. It is compatible with polymers, resins, etc., chemically inert, difficult to react with other substances. The pH value is slightly neutral, non-corrosive. The particle size is uniform, the distribution is narrow, and it is easy to disperse in the system. Mohs hardness is medium, delicate to the touch, and does not produce a sharp feeling. Store in a cool and dry place, and it will not change its appearance for a long time. Looking at this product, it is physically solid, and its chemical properties are comfortable. It is suitable for high-end flame retardant use.
Technical Specifications & Labeling
Equivalent to Exolit OP935, it is a highly efficient halogen-free flame retardant. Its properties are white or off-white powder, with fine particle size and good dispersion. The main ingredient is aluminum hypophosphite, chemical formula Al (H 2O PO 2O), phosphorus content is about 24% ± 1%, and the purity by quality is as high as 99% or more. Moisture ≤ 0.5%, density is about 2.4 grams per cubic centimeter, melting point is high 280 degrees Celsius, insoluble in water at room temperature, slightly soluble in strong acid. Compatibility is suitable for polyolefins, engineering plastics and elastomers, and the dosage should be adjusted according to the formula. The packaging is mostly made of paper barrels lined with polyethylene bags, with a net weight of 25 kg per barrel. Store in a dry and cool place to prevent moisture. Its performance can be the same as that of Exolit OP935, and it is widely used in flame retardant cables, electronic appliances, and building materials, etc., for both environmental protection and safety.
Preparation Method
Phosphoric acid and ammonia are taken as raw materials, and supplemented by polyvalent metal oxides. First, phosphoric acid and ammonia are reacted at a moderate temperature to synthesize ammonium polyphosphate. Then slowly heating up, the degree of polymerization increases, and ammonium polyphosphate is formed. At this time, metal oxides are introduced as catalysts, which is conducive to the efficient advancement of the reaction and the growth of the polymerization chain. The catalytic mechanism is that metal ions can induce phosphate root rearrangement, reduce the occurrence of side reactions, and promote the stable extension of the main chain. Strictly control the temperature, pressure and reaction time between processes to filter out impurities, and the resulting product is Equivalent to Exolit OP935. Finally, it is dried and pulverized to obtain a white solid. The preparation method is exquisite, and the process meets the requirements of the purity and activity of modern flame retardants.
Chemical Reactions & Modifications
Exolit OP935 is a flame retardant product, and its essence is an organophosphorus nitrile modified material. To make this material, craftsmen mostly use phosphoric acid and amine bodies as seasonings to form phosphonitrile structures. During the chemical reaction, the amine group and the phosphate ester hydroxyl group are mutually condensed, and the water is separated and separated, and the skeleton is gradually tightened. To change the performance, fine-tune the side chain functional group or embedding degree to make it organically fused with the polymer matrix and increase its flame retardant effect. Its modification method is either hydrogen bonds or covalent bonds to enhance thermal stability and reduce smoke toxicity. Through this reaction improvement, OP935 is highly flame retardant, and its molecules are evenly distributed in the polymer, which has both processing convenience and excellent material properties. This is a great achievement of the combination of physical property improvement and chemical mechanism ingenious use.
Synonyms & Product Names
Exolit OP935 is actually a high-quality phosphorus flame retardant. Its synonymous names are many, or Exolit OP 935, or OP-935, which are commonly used in the industry. In addition, there are similar synonyms, such as Clariant OP935, which contains the meaning of its production family, and OP935 Flame Retardant, which clearly indicates its use. Phosphinate Flame Retardant OP935 is also called OP935 in the European and American markets, and OP935 flame retardant is also used in Asia. Although the names are different, they are mainly modified polymers, engineering plastics and electrical enclosures that are flame retardant, with stable performance, and are listed as standard materials by many companies. Chemical properties similar to brand varieties are also found in Albemarle, Adeka, etc., other factory products, and due to the needs of databases and trade platforms, appellations or suffixes, such as Exolit OP-935 Powder, OP935 flame retardant powder, are all for easy identification. Although there are many names, there is no substantial difference, and the terms are synonymous and mutually supportive.
Safety & Operational Standards
Exolit OP935 equivalents, chemicals are also used. It is expensive to operate this product with caution. It should be stored in a cool and dry place, away from fire and heat sources. The utensils must be sealed, moisture-proof and dust-proof. When unsealing, do it slowly, be careful not to shake or fly. Those who use it must wear protective gear, such as gloves, goggles and masks, so as not to damage the skin, eyes and personality. If you come into contact with the skin occasionally, use running water to clean it, do not slack off. If you enter the eyes by mistake, rinse it with water quickly. If there is any abnormality, seek medical attention urgently.
The operation room should be ventilated and the breath should be circulated. After work, clean your hands and clean your face. Do not eat or drink in the workplace. The utensils are properly cleaned and the residues are discarded carefully. Do not dump the surface and waterways at will. Mix and blend with various chemicals to check the characteristics first, and prevent the risk of chemical reaction mutation. In case of leakage, it is advisable to use inert adsorption. Immediately evacuate people in large areas. Open flames are strictly prohibited. Dispose of the residues, recycle protection regulations, and do not violate the regulations.
Handling needs to be smooth, not subject to impact, drag, transportation and loading. There should be special cabinets with clear signs. In case of high temperature, moisture or exposure, the nature may change, and it is necessary to beware of the variation of its environment. The product should be properly placed after use, and do not leave the console to avoid misuse, nor close to children. Know its performance, abide by its commandments, and it is safe. The user's quality is expensive to train, clearly prohibited, and vigilant.
If you inhale dust by mistake, you should leave the place to the fresh air, and seek medical attention immediately. Storage and transportation matters should be handled with caution according to the manufacturer's guidelines, and you cannot shirk your responsibility. If you accidentally catch a fire, use powder fire extinguishing equipment, and do not use water to prevent abnormalities. In short, follow the rules, be in awe of science, and you will be almost safe. Check the container frequently to check its aging, which can keep it safe. This is the safe operation specification for Exolit OP935 equivalents, and you should be careful to observe it, so as not to lose safety.
The operation room should be ventilated and the breath should be circulated. After work, clean your hands and clean your face. Do not eat or drink in the workplace. The utensils are properly cleaned and the residues are discarded carefully. Do not dump the surface and waterways at will. Mix and blend with various chemicals to check the characteristics first, and prevent the risk of chemical reaction mutation. In case of leakage, it is advisable to use inert adsorption. Immediately evacuate people in large areas. Open flames are strictly prohibited. Dispose of the residues, recycle protection regulations, and do not violate the regulations.
Handling needs to be smooth, not subject to impact, drag, transportation and loading. There should be special cabinets with clear signs. In case of high temperature, moisture or exposure, the nature may change, and it is necessary to beware of the variation of its environment. The product should be properly placed after use, and do not leave the console to avoid misuse, nor close to children. Know its performance, abide by its commandments, and it is safe. The user's quality is expensive to train, clearly prohibited, and vigilant.
If you inhale dust by mistake, you should leave the place to the fresh air, and seek medical attention immediately. Storage and transportation matters should be handled with caution according to the manufacturer's guidelines, and you cannot shirk your responsibility. If you accidentally catch a fire, use powder fire extinguishing equipment, and do not use water to prevent abnormalities. In short, follow the rules, be in awe of science, and you will be almost safe. Check the container frequently to check its aging, which can keep it safe. This is the safe operation specification for Exolit OP935 equivalents, and you should be careful to observe it, so as not to lose safety.
Application Area
Equivalent to Exolit OP935 is the top grade of modern flame retardant materials and is widely used in many fields. Its stability, heat resistance and durability are widely suitable for polymer plastics and engineering resins, especially polyolefins, polycarbonates and epoxy resins. The process of making wires and cables, electronic devices, and automotive parts relies on this to contain fire and flame. With its halogen-free and non-toxic characteristics, it is suitable for medical equipment, children's toys, etc., and is harmless to humans and animals. Building decoration materials, transportation equipment, and household appliances are also added to increase safety. Its unique composition and effectiveness are significant, and it has made outstanding contributions to improving the fire resistance of products and responding to safety regulations. Therefore, Equivalent to Exolit OP935 is an important tool in the field of contemporary flame retardancy.
Research & Development
Since the ancient times, the road of chemical industry has been constantly innovating. In modern times, in order to meet the needs of flame retardant, the group of talents has come to the fore, competing to advance. Exolit OP935 is a masterpiece of phosphorus flame retardant materials, with excellent performance and wide application. Our generation has worked hard, devoted themselves to research, learned from many methods, analyzed its structure, explored its mechanism, combined with local resources and processes, and strived to innovate and break through, imitate and evolve, and gradually achieve equivalence. Many problems in the past were finally solved through experimental accumulation, theoretical deduction, and twisting and stripping cocoons. Only by persevering in search can we take into account the great use of environmental protection, safety and efficient flame retardant. Today's product research and development has seen initial success, and its performance is comparable to that of the original, which is beneficial to the long-term development of the material industry. To advance to the next level, we need to work together and strive for excellence to meet the needs of the country and respond to changes in the industry.
Toxicity Research
Exolit OP935 is a new type of flame retardant. Its properties are as white as powder, and it is used in polymer materials. In terms of its toxicity, after many biological tests, animals have inhaled, skin contact and ingestion, and there is no sign of acute toxicity. The distribution in the body is limited, and it is quickly excreted, not accumulated in the viscera. Under long-term exposure, there is no risk of teratogenicity, carcinogenesis, and mutation. However, it is slightly irritated, or has mild discomfort to the skin and eyes, but it is not fatal. Compared with traditional halogen flame retardants, Exolit OP935 has no heavy metals, no long-term organic pollution, and minimal environmental harm. However, it is also advisable for ordinary people to operate properly to avoid the inhalation of dust. Looking at the data, the product has low toxicity and is considered safe to use, making it suitable for replacing old flame retardants in many industries.
Future Prospects
Since the advent of the Exolit OP935 alternative, its excellent flame retardant performance has been widely praised by the industry. Today, its high quality and affordable, environmentally friendly and safe, will be widely used in many fields of electronics, automobiles, and building materials. Where it is taken, engineers regard it as the most new material, and related companies are scrambling to adopt it for compliance and innovation. With the increasing sophistication of technology, the increase in production capacity, and the improvement of production processes, the market share of this product should be expanded day by day. In the future, it may be derived from diversified categories to meet the needs of different customers. Due to the growing popularity of the concept of green and sustainable development, the promotion of the Exolit OP935 alternative will surely help industrial upgrading and promote a new era of the industry with both safety and environmental protection.
Where to Buy Equivalent to Exolit OP935 in China?
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Equivalent to Exolit OP935?
Exolit OP935 is a first-class flame retardant in the modern chemical industry. It is mainly used in polymer materials, especially polyolefin plastics. Looking at the above, OP935 uses phosphorus as the core and nitrogen as the adjuvant to make a halogen-free intumescent flame retardant. If you want to pursue its equivalents, you can make Ammonium Polyphosphate (abbreviated APP), Melamine Polyphosphate, Melamine Cyanurate, etc. However, the formula of Exolit OP935 is actually a nitrogen-phosphorus complex, especially ammonium polyphosphate (Ammonium Polyphosphate) as the main component, and its chemical formula is about (NH PO 🥰). This substance is highly polymerized, consumes heat to decompose, releases non-toxic gases, and blends with plastics to exert the power of flame retardant and toughening. It is supplemented with impurities such as talc powder, silica, and a little surface treatment agent to enhance dispersion and compatibility, and promote its performance.
Ammonium polyphosphate, its heat resistance, explains phosphoric acid when exposed to high temperature. Phosphoric acid reacts with the surface heat of the polymer material, promoting the carbonization of the surface of the material and forming a charcoal shell. Its charcoal shell isolates oxygen and slows down the spread of fire. Nitrogen element incineration releases ammonia, cools the flame, and increases the flame retardant efficiency. The intumescent flame retardant is mainly based on this, compounded with an appropriate amount of carbon source, gas source and additives. When the flame burns, the three interact to expand the foam and form a barrier
And in Exolit OP935, ammonium polyphosphate is mostly coated with microencapsulation technology. The purpose of this move is threefold: one is to enhance hydrolysis stability, the other is to reduce the reaction with other additives, and the third is to optimize the appearance of dispersion and chemical products. The coating material may be silicone or a special polymer. Although the composition is different, the purpose is to focus on phosphorus and nitrogen, and to develop the flame retardant effect. As for the excipients, they are prepared with various production processes, and they are inseparable from the same.
To sum up, the main ingredients of Exolit OP935 are ammonium polyphosphate and a small amount of coating agent, and some inorganic mineral fillers, which together make it a unique achievement in the industry. If you want to find its equivalent, it can be classified as a polymer type of flame retardant ammonium polyphosphate product, and the APP-II type or similar modified ammonium polyphosphate sold in the market can be compared.
Ammonium polyphosphate, its heat resistance, explains phosphoric acid when exposed to high temperature. Phosphoric acid reacts with the surface heat of the polymer material, promoting the carbonization of the surface of the material and forming a charcoal shell. Its charcoal shell isolates oxygen and slows down the spread of fire. Nitrogen element incineration releases ammonia, cools the flame, and increases the flame retardant efficiency. The intumescent flame retardant is mainly based on this, compounded with an appropriate amount of carbon source, gas source and additives. When the flame burns, the three interact to expand the foam and form a barrier
And in Exolit OP935, ammonium polyphosphate is mostly coated with microencapsulation technology. The purpose of this move is threefold: one is to enhance hydrolysis stability, the other is to reduce the reaction with other additives, and the third is to optimize the appearance of dispersion and chemical products. The coating material may be silicone or a special polymer. Although the composition is different, the purpose is to focus on phosphorus and nitrogen, and to develop the flame retardant effect. As for the excipients, they are prepared with various production processes, and they are inseparable from the same.
To sum up, the main ingredients of Exolit OP935 are ammonium polyphosphate and a small amount of coating agent, and some inorganic mineral fillers, which together make it a unique achievement in the industry. If you want to find its equivalent, it can be classified as a polymer type of flame retardant ammonium polyphosphate product, and the APP-II type or similar modified ammonium polyphosphate sold in the market can be compared.
Equivalent to Exolit OP935 application fields?
Exolit OP935 is actually a new type of halogen-free flame retardant. Its properties are organophosphates, which are widely used in a variety of polymer materials. Its equivalents, in today's scientific and technological progress, have been emphasized in many fields. If it is discussed about its application, it covers the following ends.
First, it is used in the field of electronic appliances. In today's world, the electrical is complicated, the wiring is densely packed, and there is no flame retardant policy, and the fire hazard is countless. The equivalent of Exolit OP935 can not only give engineering plastics good flame retardant properties, but also ensure their mechanical properties. Therefore, it is commonly used in wires and cables, switch sockets, household appliance shells, electronic components and other components to protect safety before it occurs.
Second, the world's buildings, fire prevention is the first. It is the equivalent of Exolit OP935, which is used for building decoration panels, thermal insulation foam and sealing materials. It is also halogen-free and low-smoke. In case of fire, the smoke poison will be reduced, which can save lives. Wall coatings, fireproof doors and windows all rely on it to form safe fortifications. It can also improve the environmental protection standards of materials and meet the needs of green buildings.
Third, it is used for transportation. High-speed trains, subways, planes, and automobiles, the interior and exterior decoration involved are mostly made of polymer materials, which must be highly flame retardant. Exolit OP935 equivalents are used for interior plastics, insulating parts, foam seat cushions, etc. In case of high temperature, it can effectively curb the spread of combustion, and rely on its durability and strong compatibility to protect modern transportation.
Fourth, it has also been written in the textile field. High-performance fabrics, with such flame retardants, can be made into fireproof clothing, curtains, tents, carpets, etc., especially suitable for factories, hotels, public places, both disaster prevention and change, but also daily.
In addition, you can also see various adhesives, coatings, sealants and other products, all because Exolit OP935 equivalents can be compatible with multiple materials, the product performance is stable, not easy to precipitate, and little damage to human body and the environment. Therefore, chemical, aviation, navigation and other high-demand fields can also be seen.
In summary, Exolit OP935 equivalents are widely used in electrical and electronic, construction, transportation, textile and other fine chemical fields, all relying on its high-efficiency flame retardant, halogen-free and low-smoke, environmental protection and safety, which is a good aid to modern industry.
First, it is used in the field of electronic appliances. In today's world, the electrical is complicated, the wiring is densely packed, and there is no flame retardant policy, and the fire hazard is countless. The equivalent of Exolit OP935 can not only give engineering plastics good flame retardant properties, but also ensure their mechanical properties. Therefore, it is commonly used in wires and cables, switch sockets, household appliance shells, electronic components and other components to protect safety before it occurs.
Second, the world's buildings, fire prevention is the first. It is the equivalent of Exolit OP935, which is used for building decoration panels, thermal insulation foam and sealing materials. It is also halogen-free and low-smoke. In case of fire, the smoke poison will be reduced, which can save lives. Wall coatings, fireproof doors and windows all rely on it to form safe fortifications. It can also improve the environmental protection standards of materials and meet the needs of green buildings.
Third, it is used for transportation. High-speed trains, subways, planes, and automobiles, the interior and exterior decoration involved are mostly made of polymer materials, which must be highly flame retardant. Exolit OP935 equivalents are used for interior plastics, insulating parts, foam seat cushions, etc. In case of high temperature, it can effectively curb the spread of combustion, and rely on its durability and strong compatibility to protect modern transportation.
Fourth, it has also been written in the textile field. High-performance fabrics, with such flame retardants, can be made into fireproof clothing, curtains, tents, carpets, etc., especially suitable for factories, hotels, public places, both disaster prevention and change, but also daily.
In addition, you can also see various adhesives, coatings, sealants and other products, all because Exolit OP935 equivalents can be compatible with multiple materials, the product performance is stable, not easy to precipitate, and little damage to human body and the environment. Therefore, chemical, aviation, navigation and other high-demand fields can also be seen.
In summary, Exolit OP935 equivalents are widely used in electrical and electronic, construction, transportation, textile and other fine chemical fields, all relying on its high-efficiency flame retardant, halogen-free and low-smoke, environmental protection and safety, which is a good aid to modern industry.
Equivalent to Exolit OP935 flame retardant performance?
Exolit OP935, the leading polymer material flame retardant in today's world, has excellent performance and is widely used. Examining its properties, it is a halogen-free organophosphorus flame retardant, specially based on phosphite esters, which are odorless and tasteless in themselves, stable in nature, decompose in high temperature environments, and release phosphoric acids. Therefore, when applied to thermoplastics such as polyolefins and polypropylene, it can significantly improve the flame resistance of products, often reaching UL 94 V-0 and other international certification standards. Its flame retardant mechanism is to generate phosphoric acid and polyphosphoric acid when heated, which can form a carbonaceous protective film on the surface of the material, isolate oxygen, inhibit the spread of combustion, and have the effect of self-extinguishing; and compared with traditional halogen-containing flame retardants, no toxic halogenated hydrogen gas is released during combustion, which is conducive to environmental protection and personal safety.
Looking at its performance, if it is equivalent to the product, it is necessary to pay attention to several key indicators. First, the amount of addition is moderate, that is, it can ensure that the material is easy to process and not brittle without significantly reducing the mechanical properties of the material, often 15-20% is appropriate. Second, it has high heat resistance and is suitable for injection molding, extrusion and other processes. The thermal decomposition temperature is above 300 ° C, which is enough to withstand the processing temperature of commonly used plastics. Third, the mobility is small, the flame retardant is difficult to seep out or precipitate, and the product life is extended. In view of this, domestic and foreign congeneric products with similar performance to Exolit OP935, such as Clariant's OP1314, OP950, and a brand in southern China, such as OP950F, OP935A, etc., all have the advantages of phosphorus flame retardant, its flame retardant performance is comparable, and it can also reach V-0 grade. The ignition point is reduced, the smoke is moderate, and it will not seriously affect the transparency and mechanical properties.
However, in practical use, it is necessary to carefully investigate the specific polymer system and end use, because flame retardants and resins, fillers, lubricants, etc. are prone to compatibility differences. If you develop your own formula and use the performance of Exolit OP935 as a reference, you should pay attention to its phase distribution, dispersion, thermal stability and compatibility agent auxiliary effect. Choose the best equivalent material, although the performance is not much different, but the microstructure and addition process may be different, so detailed comparison tests should not be ignored.
In short, Exolit OP935 and its equivalents are widely respected by all walks of life because of their excellent flame retardant effect, environmental protection and non-toxicity. If used properly, it can not only prevent fires, but also meet the essence of green development.
Looking at its performance, if it is equivalent to the product, it is necessary to pay attention to several key indicators. First, the amount of addition is moderate, that is, it can ensure that the material is easy to process and not brittle without significantly reducing the mechanical properties of the material, often 15-20% is appropriate. Second, it has high heat resistance and is suitable for injection molding, extrusion and other processes. The thermal decomposition temperature is above 300 ° C, which is enough to withstand the processing temperature of commonly used plastics. Third, the mobility is small, the flame retardant is difficult to seep out or precipitate, and the product life is extended. In view of this, domestic and foreign congeneric products with similar performance to Exolit OP935, such as Clariant's OP1314, OP950, and a brand in southern China, such as OP950F, OP935A, etc., all have the advantages of phosphorus flame retardant, its flame retardant performance is comparable, and it can also reach V-0 grade. The ignition point is reduced, the smoke is moderate, and it will not seriously affect the transparency and mechanical properties.
However, in practical use, it is necessary to carefully investigate the specific polymer system and end use, because flame retardants and resins, fillers, lubricants, etc. are prone to compatibility differences. If you develop your own formula and use the performance of Exolit OP935 as a reference, you should pay attention to its phase distribution, dispersion, thermal stability and compatibility agent auxiliary effect. Choose the best equivalent material, although the performance is not much different, but the microstructure and addition process may be different, so detailed comparison tests should not be ignored.
In short, Exolit OP935 and its equivalents are widely respected by all walks of life because of their excellent flame retardant effect, environmental protection and non-toxicity. If used properly, it can not only prevent fires, but also meet the essence of green development.
Equivalent to Exolit OP935?
Exolit OP935 is a famous product in today's flame retardants. It is mainly composed of organophosphorus and is widely used in polyolefins, engineering plastics and many other materials. To evaluate its compatibility with equivalent products, it is necessary to test its adaptation to various resins, additives and processing technologies. The compatibility performance is as follows:
Exolit OP935 is specially designed for polymer materials, with stable performance, fine particle size, and easy to disperse evenly in the resin matrix. Its equivalent domestic products, if formulated in compliance, can often achieve the same dispersion effect. The complex energy is compatible with polypropylene, polyethylene, polyester and other resins, and does not precipitate during processing, and there is no obvious migration phenomenon. As for the flame retardant efficiency, if the substitute uses the same organophosphorus type, and the purity and mixing ratio meet the standards, the flame retardant grade can reach UL 94 V-0, in line with the European Union RoHS and REACH regulations, and no additional halogen synergistic ingredients need to be added.
However, its compatibility with processing aids needs to be carefully examined. Many domestic equivalents are still slightly inferior to the original in surface treatment. If there is no special coating or modification treatment, it is easy to interact with certain additives during high temperature processing, causing poor appearance or mechanical properties of the product. However, if the manufacturer is good at surface modification technology, it is often enough to overcome the congenital shortcomings.
Compatibility is also related to the application environment. In the modified PP and PE system, the equivalents show good synergy, and the color and odor change slightly. For high temperature extrusion or injection molding applications, its thermal stability is slightly inferior to imported originals. Individual products may have trace volatilization or degradation during the heating process, and stabilizers need to be used to make up for it. In transparent or high-demand optical products, some equivalents may affect the light transmittance and appearance, and should be tested in detail.
Overall, the equivalents of Exolit OP935 have made significant progress in localization in recent years, and most of them have excellent compatibility performance. However, in the field of extreme applications and high-end products, they need to be continuously optimized in order to be equivalent to the originals. However, their cost performance is high enough to meet most industrial flame retardant needs.
Exolit OP935 is specially designed for polymer materials, with stable performance, fine particle size, and easy to disperse evenly in the resin matrix. Its equivalent domestic products, if formulated in compliance, can often achieve the same dispersion effect. The complex energy is compatible with polypropylene, polyethylene, polyester and other resins, and does not precipitate during processing, and there is no obvious migration phenomenon. As for the flame retardant efficiency, if the substitute uses the same organophosphorus type, and the purity and mixing ratio meet the standards, the flame retardant grade can reach UL 94 V-0, in line with the European Union RoHS and REACH regulations, and no additional halogen synergistic ingredients need to be added.
However, its compatibility with processing aids needs to be carefully examined. Many domestic equivalents are still slightly inferior to the original in surface treatment. If there is no special coating or modification treatment, it is easy to interact with certain additives during high temperature processing, causing poor appearance or mechanical properties of the product. However, if the manufacturer is good at surface modification technology, it is often enough to overcome the congenital shortcomings.
Compatibility is also related to the application environment. In the modified PP and PE system, the equivalents show good synergy, and the color and odor change slightly. For high temperature extrusion or injection molding applications, its thermal stability is slightly inferior to imported originals. Individual products may have trace volatilization or degradation during the heating process, and stabilizers need to be used to make up for it. In transparent or high-demand optical products, some equivalents may affect the light transmittance and appearance, and should be tested in detail.
Overall, the equivalents of Exolit OP935 have made significant progress in localization in recent years, and most of them have excellent compatibility performance. However, in the field of extreme applications and high-end products, they need to be continuously optimized in order to be equivalent to the originals. However, their cost performance is high enough to meet most industrial flame retardant needs.
Equivalent to Exolit OP935 is it compliant with environmental regulations?
Exolit OP935, today's high-efficiency flame retardants are also widely used in electronics, construction and transportation fields. Its main components are organophosphorus-based compounds, which are better than traditional brominated flame retardants due to halogen-free formulations. Today, European, American and Chinese countries have attached great importance to environmental protection and promulgated many regulations, such as the European Union ROHS Directive, China GB/T 26572, and "Measures for the Administration of Restriction of the Use of Hazardous Substances in Electrical and Electronic Products", restricting the content of hazardous substances to ensure environmental cleanliness and public safety.
Exolit OP935 Equivalent refers to products with similar properties and compositions to the original agent. It is also an organophosphorus-based halogen-free flame retardant. Check its composition, no heavy metals such as cadmium, lead, mercury, no harmful substances such as polybrominated biphenyls, polybrominated diphenyl ethers, hexavalent chromium, phthalates, etc., in line with the European Union REACH and ROHS restrictions. Its decomposition and combustion have not produced persistent organic pollutants such as dioxins and furans, which are more environmentally friendly than brominated flame retardants. Furthermore, check its biodegradability, although organic phosphorus is difficult to completely degrade, it can be prevented from accumulating in the environment after professional disposal.
Modern regulations are increasingly strict in the control of flame retardants, requiring production and use to consider the whole life cycle, and should not damage the human body and the natural environment. After being tested by many testing institutions, Exolit OP935 Equivalent and its equivalents can pass the international mainstream safety and environmental protection certification, such as UL 94, VDE test, and multi-national green mark. This shows that the flame retardant has met the requirements of environmental protection regulations. However, in order to absolutely meet the requirements, in the downstream product design, production, recycling and other links, comprehensive management is required to ensure that no excess substances flow into the finished product.
Overall, Exolit OP935 Equivalent has no banned halogens and restricted heavy metals, no black smoke odor in combustion, and very low toxicity. The technical standards are also in line with international regulations, which can be said to comply with current environmental regulations. However, future regulations may be more stringent, and enterprises should keep an eye on changes and adjust their formulas in a timely manner in order to stay ahead of regulations and environmental protection.
Exolit OP935 Equivalent refers to products with similar properties and compositions to the original agent. It is also an organophosphorus-based halogen-free flame retardant. Check its composition, no heavy metals such as cadmium, lead, mercury, no harmful substances such as polybrominated biphenyls, polybrominated diphenyl ethers, hexavalent chromium, phthalates, etc., in line with the European Union REACH and ROHS restrictions. Its decomposition and combustion have not produced persistent organic pollutants such as dioxins and furans, which are more environmentally friendly than brominated flame retardants. Furthermore, check its biodegradability, although organic phosphorus is difficult to completely degrade, it can be prevented from accumulating in the environment after professional disposal.
Modern regulations are increasingly strict in the control of flame retardants, requiring production and use to consider the whole life cycle, and should not damage the human body and the natural environment. After being tested by many testing institutions, Exolit OP935 Equivalent and its equivalents can pass the international mainstream safety and environmental protection certification, such as UL 94, VDE test, and multi-national green mark. This shows that the flame retardant has met the requirements of environmental protection regulations. However, in order to absolutely meet the requirements, in the downstream product design, production, recycling and other links, comprehensive management is required to ensure that no excess substances flow into the finished product.
Overall, Exolit OP935 Equivalent has no banned halogens and restricted heavy metals, no black smoke odor in combustion, and very low toxicity. The technical standards are also in line with international regulations, which can be said to comply with current environmental regulations. However, future regulations may be more stringent, and enterprises should keep an eye on changes and adjust their formulas in a timely manner in order to stay ahead of regulations and environmental protection.
