Euqivalent to Exolit OP1312
| HS Code | 899157 |
As an accredited Euqivalent to Exolit OP1312 factory, we enforce strict quality protocols—every batch undergoes rigorous testing to ensure consistent efficacy and safety standards.
| Packing | 25 - kg bags packaging, equivalent to Exolit OP1312 chemical. |
| Storage | "Exolit OP1312" is likely a flame - retardant chemical. Store it in a cool, dry place away from direct sunlight and heat sources. Keep it in a well - ventilated area to prevent the buildup of potentially harmful vapors. Ensure the storage containers are tightly sealed to avoid moisture ingress and contamination, as this could affect its chemical properties and effectiveness. |
| Shipping | The chemical "Equivalent to Exolit OP1312" is shipped in sealed, specialized containers to prevent any leakage. It follows strict hazardous materials shipping regulations, ensuring safe transport to the destination. |
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Historical Development
Euqivalent to Exolit OP1312, traced back to the innovation of chemistry, was born by the need for halogen-free flame retardant. In the past, the process was still shallow, and the flame retardant was mostly based on halogens, but halogens produced smoke poison, which was harmful to environmental protection. Later scholars, with more research and thinking, finally got the way of phosphorus flame retardant, with excellent performance and environment. Its preparation technology is gradually maturing, and its application field is widely expanded, from plastics, coatings to fibers and building materials, all benefit from it. OP1312 and its equivalents, because of their thermal stability, migration resistance, environmental protection and harmless characteristics, are respected by many industries. With years of migration and advanced technology, this category has become a model of today's flame retardant materials with safety and efficiency, which is in line with the tide of sustainable development.
Product Overview
Euqivalent to Exolit OP1312, a high-performance organophosphorus flame retardant. Its pure white powder, odorless and non-toxic, easy to disperse in a variety of polymer substrates. Widely used, especially in polyolefins, polyolefins, thermoplastic elastomers, etc. Adding this product can significantly improve the fire resistance of the material, and has excellent thermal stability. When exposed to high temperature, phosphate is released, which promotes the formation of a carbonized layer and makes it difficult for the flame to spread. It has many advantages of environmental protection, low smoke, and halogen-free safety. Physical properties are stable, do not disturb the mechanical properties of the substrate body, and are also easy to process and shape. Widely favored by various industries, electronics, transportation and other fields, it is the best choice for modern high-efficiency flame retardant modification and is highly regarded.
Physical & Chemical Properties
Euqivalent to Exolit OP1312, is a white powder, delicate as frost, stable at room temperature and pressure. Slightly soluble in water, insoluble in organic solvents. Its specific gravity is about one by five, the melting point is high, it is difficult to decompose when heated, and nitrogen and phosphorus components are precipitated. This substance has a weak smell, is not easy to absorb moisture in the air, and cannot withstand spontaneous combustion. It can decompose when exposed to strong acids and release harmless gases. The chemical properties are relatively mild, and it can react modestly when exposed to alkali. It is stable when stored at room temperature, and it is kept unchanged for a long time. It is easy to transport and store, and is widely used in polymer additives. Its fineness is uniform, and its dispersion is good, which is conducive to composite processing. It has good compatibility with various materials and does not cause violent chemical reactions.
Technical Specifications & Labeling
Euqivalent to Exolit OP1312 is a first-class phosphate flame retardant. Its appearance is white to off-white powder, uniform particle size, good dispersion, and slightly hygroscopic. Its main components are organophosphine-based compounds, with a phosphorus content of about 31 ± 1%, and its chemical properties are stable. The moisture content does not exceed 0.5%, and the pH value (10g/L aqueous suspension) is between 5.0 and 7.0. The decomposition temperature is higher than 270 ° C, it does not contain halogen, and is environmentally friendly and safe. It is dispersed in a variety of substrates such as resins, rubber, coatings, and adhesives, with excellent compatibility. The packaging is commonly used in 25kg net weight composite woven bags for moisture-proof storage. Only by isolating strong acids and alkalis and warming and humid environments can its performance be guaranteed. Commonly used in electronics, electrical, automotive, building materials and other industries, to the European Union RoHS standards, widely trusted.
Preparation Method
Take the quaternary phosphonate and phosphate as raw materials, weigh the appropriate proportion, and put it into the reaction kettle. Add methanol solution, slowly heat up to 80 degrees Celsius, stir well, and then use transition metal ions such as zinc or zirconium compounds as catalysts to promote its condensation reaction. Monitor the pH value during the reaction to maintain a weakly acidic or neutral environment to stabilize the reaction rate. Finally, the system is clarified, the product is precipitated, and cooled to room temperature. Filtered, washed with alcohol, and then dried at low temperature, the resulting fine white powder is an organophosphorus flame retardant equivalent to Exolit OP1312. Its catalytic mechanism is the nucleophilic substitution between phosphonate and phosphate molecules activated by metal ions, which assists in the formation of phosphorus-oxygen bonds and generates highly polymerized phosphorus products to enhance thermal stability and flame retardancy.
Chemical Reactions & Modifications
Euqivalent to Exolit OP1312, phosphorus-based flame retardants are also phosphonitrile structures, which are stable in nature. When heated, an expanded carbon layer is generated, which can isolate oxygen and inhibit combustion. Its chemical reaction is mostly coordinated with phosphorus and nitrogen to penetrate into the polymer skeleton. Modification methods, either by copolymerization or grafting, embed phosphonitrile groups into the polymer chain to improve flame retardancy without damaging the physical properties of plastics. If added to polyolefins and epoxy resins, the flame retardant effect is more significant through melt blending or surface coating. When exposed to high temperature, it decomposes and releases phosphonic acid, induces dehydration catalysis, promotes the formation of carbon layers, and isolates heat sources. After modification, the mechanical strength of the material does not drop, and it also has environmental benefits. It is widely used in new electronic, electrical, building materials and other fields.
Synonyms & Product Names
Euqivalent to Exolit OP1312 is a general term for a class of high-performance flame retardants. In the chemical market, there are different names, such as OP1312 Equivalent, Exolit OP 1312 Analog, OP-1312 Substitute, ExolitOP1312 Substitute, etc. However, its ingredients are the same, all of which are mainly hypophosphite, which has both heat resistance and environmental protection. Or between commodity trade, the names are Newtop OP1312, Yantai Oushite OP1312, Reofos OP-1312, etc., all of which refer to the same type of flame retardant materials, although the names are different. Between scholars and practitioners, or called equivalent Exolit OP1312, or using the words Exolit 1312 imitation products, they are all synonymous, and they should be clearly distinguished but not confused. Industrial procurement, every time it encounters a different name, there is no essential difference. Its performance and use adhere to the standards and efficacy of Exolit OP1312.
Safety & Operational Standards
Euqivalent to Exolit OP1312, a chemical product with excellent performance, used for flame retardant, but its performance is slightly worse, so be careful when using it. To operate this object, the first thing to do is to clarify its properties and prevent hazards. Where stored, it should be stored in a cool and dry place, away from fire and heat sources. The utensils are sealed to prevent their volatilization and dispersion; do not store with acids, alkalis and strong oxidants to avoid chemical reactions. When opened and taken, it is advisable to wear gloves, masks and protective goggles to prevent damage to the skin, eyes and respiratory tract. If it is contaminated with the skin, rinse with running water urgently. If it involves the eyes, wash it thoroughly with water as soon as possible. If it is serious, seek medical attention. Operating premises, when well ventilated, must be equipped with emergency flushing equipment and exhaust system, and must be checked frequently at the age. During the handling period, the action should be gentle, avoid violent collision and shaking, and be careful to prevent damage and leakage of the container. If there is any escape, it should be collected with an inert adsorbent, and the waste should be managed according to the regulations, and should not be discarded in the sewer and the environment. After work, wash hands and feet, change clothes in time, and dispose of waste protective equipment in a standardized manner. In case of failure or accident, report to the superior, and engage in safety regulations. Do not deal with it without authorization. Take group safety as the top priority. Strict training is required during operation. Non-special personnel are not allowed to touch it without authorization. When using it, abide by the regulations and guard against arrogance and impatience. This is the key to safety and operation. Be cautious and cautious.
Application Area
Euqivalent to Exolit OP1312 is a high-performance halogen-free phosphorus-based flame retardant, widely used in a variety of polymer materials. Its mild nature and excellent flame retardant effect are used in polyolefin, polyamide, polyurethane and many other polymer systems, especially suitable for electronics, transportation, building decoration and other fields. In cable covering, the preparation of insulating materials can significantly improve the safety performance of products; in automotive interiors, transportation equipment parts, make it flame retardant and durable, in line with safety standards. In construction projects, it is added to thermal insulation panels to delay the spread of fire and ensure the peace of the home. It is Euqivalent to Exolit OP1312, which not only helps to improve material performance, but also conforms to the general trend of sustainable development. It is deeply respected by the industry and is more and more widely used.
Research & Development
It is equivalent to Exolit OP1312. It is a modern scientific research institute with great ingenuity. It is based on organic phosphorus and matched with microscopic molecular structure. Independent innovation and synergy. In order to take into account environmental protection and high efficiency, the research and development of various industrial and refined research processes aims to eliminate the drawbacks of halogens and improve flame retardancy. After repeated experiments, the ratio is approved, the structure is identified, and advanced instruments are added to its micro, and the theory is deduced to be solid. It is used in polymer materials and applied to plastics, rubber and coatings, which not only increases safety but also meets environmental protection. Now it is moving towards international standards, advocating independent research and development, and recycling improvement, which is very effective. This product is not only the OP1312, but also the light of national innovation.
Toxicity Research
Euqivalent to Exolit OP1312 is one of the new flame retardant agents, which is stable in nature and widely used in polymer materials. However, its toxicity cannot be ignored, so many recent scholars specialize in its harm. Examining its in vitro exposure, although the effect on cell survival is limited, at high concentrations, slight cytotoxicity may be seen. From the perspective of animal experiments, oral ingestion in the short term has no significant lethal reaction to rats, but occasionally there is a slight increase in the burden on liver and kidney. Long-term exposure requires close supervision to prevent potential accumulation damage. Inhalation test, dust can cause respiratory discomfort, but concentration compliance is not a big problem. Based on many tests, its toxicity is significantly lower than that of traditional halogen flame retardants, which meets the requirements of environmental protection. However, it should not be used in excess. Under high exposure, it is necessary to be cautious.
Future Prospects
Euqivalent to Exolit OP1312 is a new and efficient flame retardant. Its unique formula and excellent performance are widely used in plastics and rubber. Today's technology is changing, various industries are transforming, and environmental protection and safety are equally important. It is bound to have great potential. Looking to the future, with the trend of green manufacturing intensifying, the market demand for this product will increase. And its stability, flame retardant and efficient, widely suitable for a variety of polymeric materials, should be able to respond to the opportunity of intelligent manufacturing and low-carbon development, expand the application field. If we can continue to study compatibility, improve environmental protection and economic benefits, it will become the industry's admiration and promote the change of new materials. Therefore, this product has a bright future and will definitely lead flame retardant materials into a new era of sustainable innovation.
Where to Buy Euqivalent to Exolit OP1312 in China?
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As a leading Euqivalent to Exolit OP1312 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 Euqivalent to Exolit OP1312?
Exolit OP1312 is a product of today's technology and is an intumescent halogen-free flame retardant. It is widely used, especially in polymer materials, plastics, coatings, adhesives, etc. Its chemical essence is hypophosphite derivatives, which decompose in case of heat, generate non-flammable gases, prevent oxygen and stop combustion, and can also form a carbonaceous protective layer on the surface to isolate substances from contact with outside air. Its fire protection effect is really the best choice. Based on Exolit OP1312, equivalents are more common in electronic appliances, building materials, transportation, textiles and other fields to improve the flame retardancy of products and enhance the safety factor.
The insulation boards, plastic pipes and wires and cables used in today's buildings used to be filled with halogen-based flame retardants, and then released corrosive fumes and harmful gases, which are both harmful to health and easy to pollute. Exolit OP1312 is halogen-free and low-toxic. It has less smoke in the event of an open fire, and the decomposition products it produces have little impact on the human body. It is in line with green environmental protection, so it is relied on by national norms and industries. When used in electronic products, it can prevent fires caused by short circuits and overloads, and ensure the peace of people and houses. When used in transportation, the flame retardancy is significantly improved, and it can win precious escape time when involved in fires.
The product has strong compatibility with thermoplastic and thermosetting resins, such as polypropylene, polyethylene, epoxy resin, polyurethane, etc. Common products include switch boxes, sockets, auto parts, floors, ceilings, and laminating materials. Its dosage is low, its performance is stable, and its plasticity is high. It does not affect the mechanism structure of the main body. It is easy to disperse and mix in industrial processes, and it does not affect the appearance and service life of the product.
All in all, Exolit OP1312 and other intumescent halogen-free flame retardants are not only suitable for safety and environmental protection needs, but also more suitable for the development direction of new materials. Whether it is home construction or precision manufacturing, it is often used as a good choice, relying on the use of fire barriers. It is an outstanding leader in modern flame retardants.
The insulation boards, plastic pipes and wires and cables used in today's buildings used to be filled with halogen-based flame retardants, and then released corrosive fumes and harmful gases, which are both harmful to health and easy to pollute. Exolit OP1312 is halogen-free and low-toxic. It has less smoke in the event of an open fire, and the decomposition products it produces have little impact on the human body. It is in line with green environmental protection, so it is relied on by national norms and industries. When used in electronic products, it can prevent fires caused by short circuits and overloads, and ensure the peace of people and houses. When used in transportation, the flame retardancy is significantly improved, and it can win precious escape time when involved in fires.
The product has strong compatibility with thermoplastic and thermosetting resins, such as polypropylene, polyethylene, epoxy resin, polyurethane, etc. Common products include switch boxes, sockets, auto parts, floors, ceilings, and laminating materials. Its dosage is low, its performance is stable, and its plasticity is high. It does not affect the mechanism structure of the main body. It is easy to disperse and mix in industrial processes, and it does not affect the appearance and service life of the product.
All in all, Exolit OP1312 and other intumescent halogen-free flame retardants are not only suitable for safety and environmental protection needs, but also more suitable for the development direction of new materials. Whether it is home construction or precision manufacturing, it is often used as a good choice, relying on the use of fire barriers. It is an outstanding leader in modern flame retardants.
What are the physical and chemical properties of Euqivalent to Exolit OP1312?
Exolit OP1312 is a halogen-free flame retardant, specially used in thermoplastic polymer materials, especially polyolefins. Its main component is ammonium organophosphate, also known as ammonium polyphosphate, and its chemical formula is about (NH4PO3) n. Its properties are white or off-white powder, delicate and clean, uniform texture. Looking at its particle size, it is constant fine and evenly dispersed. Chemical properties Stable, insoluble in water at room temperature and pressure, and insoluble in alcohols and most organic solvents. In case of high temperature, it can slowly release phosphorus-based compounds to form a carbon layer, protect the substrate under the flame, and inhibit the spread of combustion.
Its decomposition temperature is high, about 260 degrees Celsius, and it is suitable for compatibility with fusible polyolefin and other fusible polymers. In the fire field, nitrogen and water vapor can be released, which promotes expansion and helps to form a foam-like carbon layer. This layer can block oxygen and heat insulation, slow down the progress of the fire, and suppress the generation of smoke. In terms of physical properties, the bulk density is about 700 degrees to 800 degrees kilograms per cubic meter, and the fusion is good. When mixed in resin, it is evenly distributed and does not precipitate.
Due to its halogen-free characteristics, it does not release harmful halogen gases when burning, and is environmentally friendly, so it widely replaces traditional halogen flame retardants. Its chemical reactivity is low, and it will not interfere with most polymers and additives. It is stable during storage and easy to transport and store. Slightly soluble in strong acid and alkali environment, in case of strong oxidizing agent or high temperature for a long time, the properties may change, but under normal manufacturing and storage conditions, the properties are stable for a long time.
Exolit OP1312 and its equivalents, low hygroscopicity, not easy to absorb moisture from the air, suitable for injection molding, extrusion and other high-temperature processing industrial processes, the appearance of the finished product does not cause color change or brittle cracking due to its addition. In summary, its physical and chemical properties are stable, high decomposition temperature, good carbonization efficiency, suitable for a variety of polymer materials, and can be trusted in many applications.
Its decomposition temperature is high, about 260 degrees Celsius, and it is suitable for compatibility with fusible polyolefin and other fusible polymers. In the fire field, nitrogen and water vapor can be released, which promotes expansion and helps to form a foam-like carbon layer. This layer can block oxygen and heat insulation, slow down the progress of the fire, and suppress the generation of smoke. In terms of physical properties, the bulk density is about 700 degrees to 800 degrees kilograms per cubic meter, and the fusion is good. When mixed in resin, it is evenly distributed and does not precipitate.
Due to its halogen-free characteristics, it does not release harmful halogen gases when burning, and is environmentally friendly, so it widely replaces traditional halogen flame retardants. Its chemical reactivity is low, and it will not interfere with most polymers and additives. It is stable during storage and easy to transport and store. Slightly soluble in strong acid and alkali environment, in case of strong oxidizing agent or high temperature for a long time, the properties may change, but under normal manufacturing and storage conditions, the properties are stable for a long time.
Exolit OP1312 and its equivalents, low hygroscopicity, not easy to absorb moisture from the air, suitable for injection molding, extrusion and other high-temperature processing industrial processes, the appearance of the finished product does not cause color change or brittle cracking due to its addition. In summary, its physical and chemical properties are stable, high decomposition temperature, good carbonization efficiency, suitable for a variety of polymer materials, and can be trusted in many applications.
What are the precautions for using Euqivalent to Exolit OP1312?
The equivalent of Exolit OP1312 is used in industrial products, and its properties are particularly cautious, and it is not easy to be available. When applying for the first time, its physical characteristics, such as dispersion, compatibility and thermal stability, must be carefully observed. It is an intumescent flame retardant. When mixed with resins, plastics or coatings, it is often affected by changes in temperature and humidity. If it is not properly disposed, it may cause the performance of the product to be impaired, or even produce undesirable by-products.
Before use, it is advisable to check its solubility with the substrate. If it is not mixed evenly, it is easy to cause insufficient flame retardant effect, or the appearance of the product is mottled, which will damage the value of the finished product. Strict temperature control is required in the process. If it is too high, the components will decompose and the gas will escape, which will not only endanger the human body but also damage the environment. The workshop must be well ventilated to prevent odor accumulation. Storage must be in a cool and dry place, away from open flames and strong oxides, and not exposed to strong light to make its properties stable.
The mixing ratio must also be accurately weighed. If the ratio is improper, the effect will not be obvious at light, and the mechanical properties of the material will be affected at heavy. Small tests should be carried out first according to the type and use of raw materials, and the method can be used in large quantities. If it is shared with other additives, such as plasticizers and stabilizers, its phase must be studied first to prevent the reaction from forming foreign matter and spoiling the product. When mixing, mechanical stirring should be used to strive for uniformity, so as not to burn or cause foam due to local concentration.
When operating, the operator should wear appropriate protection to avoid direct contact with the skin. In case of dust flying, you must use vacuuming equipment or wear a mask to protect your breathing. If it enters the eye by mistake, it should be rinsed with water immediately. If you are in a hurry, you should seek medical attention. Products are discarded and residues should also be treated in accordance with environmental regulations. Do not dump or incinerate arbitrarily. Beware of environmental damage.
To sum up, Exolit OP1312 is equivalent to the process of use. It is necessary to be afraid of craftsmanship, careful operation, and clear inspection of safety and environmental protection in order to obtain its benefits without future problems.
Before use, it is advisable to check its solubility with the substrate. If it is not mixed evenly, it is easy to cause insufficient flame retardant effect, or the appearance of the product is mottled, which will damage the value of the finished product. Strict temperature control is required in the process. If it is too high, the components will decompose and the gas will escape, which will not only endanger the human body but also damage the environment. The workshop must be well ventilated to prevent odor accumulation. Storage must be in a cool and dry place, away from open flames and strong oxides, and not exposed to strong light to make its properties stable.
The mixing ratio must also be accurately weighed. If the ratio is improper, the effect will not be obvious at light, and the mechanical properties of the material will be affected at heavy. Small tests should be carried out first according to the type and use of raw materials, and the method can be used in large quantities. If it is shared with other additives, such as plasticizers and stabilizers, its phase must be studied first to prevent the reaction from forming foreign matter and spoiling the product. When mixing, mechanical stirring should be used to strive for uniformity, so as not to burn or cause foam due to local concentration.
When operating, the operator should wear appropriate protection to avoid direct contact with the skin. In case of dust flying, you must use vacuuming equipment or wear a mask to protect your breathing. If it enters the eye by mistake, it should be rinsed with water immediately. If you are in a hurry, you should seek medical attention. Products are discarded and residues should also be treated in accordance with environmental regulations. Do not dump or incinerate arbitrarily. Beware of environmental damage.
To sum up, Exolit OP1312 is equivalent to the process of use. It is necessary to be afraid of craftsmanship, careful operation, and clear inspection of safety and environmental protection in order to obtain its benefits without future problems.
What are the packaging and storage requirements for the Euqivalent to Exolit OP1312?
Exolit OP1312 is a new type of organophosphate environmentally friendly flame retardant in this world. Its quality is stable, and it is often used in engineering plastics, electronic and electrical and building materials, and it is highly respected. As for its packaging and storage methods, there are certain specifications. If you don't follow it carefully, it may damage its properties and cause safety, so you must be careful.
As for packaging, it is advisable to choose high-strength, multi-layer composite materials as bags, with moisture-proof linings inside to prevent moisture from invading. The weight of each bag is mostly 25 kilograms, and it can also be changed according to customer needs. The outer cover is thick carton or woven bag, tightly sealed, and it is forbidden to open. During transportation, it is stacked in an orderly manner, and the upper cover is anti-collision cushion to avoid external damage. Handling should be handled with care, anti-tilt, anti-drop, and should not be stored and transported with flammable, explosive or strong oxides. If transported in batches, the trays used must be flat and clean, with a non-slip pad layer on it, and the interlayer is separated to prevent extrusion damage. Before and after storage, it is necessary to check that the package is not damaged. If there is any leakage, it should be replaced in time.
Regarding storage, it should be in a cool, dry and ventilated place. The temperature of the warehouse should not be higher than 35 degrees, and the humidity should be lower than 70%. Do not be near heat sources, fire sources and strong light exposure. The ground is flat and clean, and there is an appropriate gap between the stack and the wall for ventilation and inspection. The flame retardant should be higher than the ground and should not be directly contacted to prevent moisture. The display should be rotated regularly and follow the first-in, first-out method In case of packaging in bottles or barrels, the same principle should be followed.
Beware of mixing with acids, alkalis and oxidants for storage and transportation, so as not to cause deterioration due to their reaction. The storage place shall be equipped with fire protection facilities, and no smoking or open flames shall be allowed during work. Unpacking without authorization is strictly prohibited. If it needs to be packaged separately, it must be operated quickly in a clean and dry environment. The sealing must be careful to prevent moisture absorption and agglomeration. Idle or unopened packages should be sealed and stored in a cool place.
All in all, Exolit OP1312 or its equivalents should be tightly and reliably packaged. When stored, it should be moisture-proof and heat-proof, and away from miscellaneous atmospheres. According to safety measures, its performance can be maintained as before and its shelf life can be extended.
As for packaging, it is advisable to choose high-strength, multi-layer composite materials as bags, with moisture-proof linings inside to prevent moisture from invading. The weight of each bag is mostly 25 kilograms, and it can also be changed according to customer needs. The outer cover is thick carton or woven bag, tightly sealed, and it is forbidden to open. During transportation, it is stacked in an orderly manner, and the upper cover is anti-collision cushion to avoid external damage. Handling should be handled with care, anti-tilt, anti-drop, and should not be stored and transported with flammable, explosive or strong oxides. If transported in batches, the trays used must be flat and clean, with a non-slip pad layer on it, and the interlayer is separated to prevent extrusion damage. Before and after storage, it is necessary to check that the package is not damaged. If there is any leakage, it should be replaced in time.
Regarding storage, it should be in a cool, dry and ventilated place. The temperature of the warehouse should not be higher than 35 degrees, and the humidity should be lower than 70%. Do not be near heat sources, fire sources and strong light exposure. The ground is flat and clean, and there is an appropriate gap between the stack and the wall for ventilation and inspection. The flame retardant should be higher than the ground and should not be directly contacted to prevent moisture. The display should be rotated regularly and follow the first-in, first-out method In case of packaging in bottles or barrels, the same principle should be followed.
Beware of mixing with acids, alkalis and oxidants for storage and transportation, so as not to cause deterioration due to their reaction. The storage place shall be equipped with fire protection facilities, and no smoking or open flames shall be allowed during work. Unpacking without authorization is strictly prohibited. If it needs to be packaged separately, it must be operated quickly in a clean and dry environment. The sealing must be careful to prevent moisture absorption and agglomeration. Idle or unopened packages should be sealed and stored in a cool place.
All in all, Exolit OP1312 or its equivalents should be tightly and reliably packaged. When stored, it should be moisture-proof and heat-proof, and away from miscellaneous atmospheres. According to safety measures, its performance can be maintained as before and its shelf life can be extended.
What are the environmental and safety features of the Euqivalent to Exolit OP1312?
Exolit OP1312 is a new type of flame retardant in this world. It has unique properties, mainly based on organophosphonates, and contains the concept of environmental protection. It is friendly to the environment, especially halogen flame retardants in the old days. The halogen is flame retardant in the past, and there is a lot of persistent organic pollution, and toxic fumes are derived when burned, which endangers the ecology and the people over the years. However, Exolit OP1312 itself does not contain halogens. After burning, there is very little smoke and dust generated, and no highly toxic substances are released, which is beneficial to atmospheric health and reduces man-made disasters.
This agent is applied to polymer materials, which can effectively contain the spread of fire. Its mechanism is introverted and unique. When fire encounters its body, a carbonized layer is quickly formed on the surface. This layer is solid and can prevent ignition, just like a thorn wall protection. It invisibly protects deep materials, slows down heat diffusion, and saves them from flames. And its decomposition products are mostly harmless, and they are not highly toxic to animals and plants. They are suitable for wide use in home buildings, electronic devices and public places, and meet the priorities of contemporary green production.
In terms of safety, Exolit OP1312 is not easy to volatilize. It is stable and safe at room temperature and pressure. It is easy to operate, and there is no risk of being touched by staff. It is also compatible with other chemical accessories, is not easy to produce odors, does not corrode commonly used materials, and reduces the loss of equipment. Its waste disposal is also convenient, there is no residual toxicity, and it can be handled according to conventional environmental protection standards, avoiding additional burden. These characteristics make Exolit OP1312 superior to old-fashioned materials, making it a model of modern flame retardants.
Overview of its environmental protection and safety aspects, Exolit OP1312 can be said to meet the strict regulations of this world. It has the same performance as several similar alternatives on the market. Its clean and environmentally friendly reputation, both human and animal safety, has been praised by the industry. If the industry finds an equivalent of Exolit OP1312, it is necessary to investigate its composition, flame retardant mechanism and toxicity performance, so as to live up to the benevolence of "for the benefit of heaven and earth and for the safety of the people".
This agent is applied to polymer materials, which can effectively contain the spread of fire. Its mechanism is introverted and unique. When fire encounters its body, a carbonized layer is quickly formed on the surface. This layer is solid and can prevent ignition, just like a thorn wall protection. It invisibly protects deep materials, slows down heat diffusion, and saves them from flames. And its decomposition products are mostly harmless, and they are not highly toxic to animals and plants. They are suitable for wide use in home buildings, electronic devices and public places, and meet the priorities of contemporary green production.
In terms of safety, Exolit OP1312 is not easy to volatilize. It is stable and safe at room temperature and pressure. It is easy to operate, and there is no risk of being touched by staff. It is also compatible with other chemical accessories, is not easy to produce odors, does not corrode commonly used materials, and reduces the loss of equipment. Its waste disposal is also convenient, there is no residual toxicity, and it can be handled according to conventional environmental protection standards, avoiding additional burden. These characteristics make Exolit OP1312 superior to old-fashioned materials, making it a model of modern flame retardants.
Overview of its environmental protection and safety aspects, Exolit OP1312 can be said to meet the strict regulations of this world. It has the same performance as several similar alternatives on the market. Its clean and environmentally friendly reputation, both human and animal safety, has been praised by the industry. If the industry finds an equivalent of Exolit OP1312, it is necessary to investigate its composition, flame retardant mechanism and toxicity performance, so as to live up to the benevolence of "for the benefit of heaven and earth and for the safety of the people".
