Equivalent to Melapur 200
| HS Code | 169417 |
| Appearance | Unknown |
| Chemicalcomposition | Unknown |
| Density | Unknown |
| Meltingpoint | Unknown |
| Boilingpoint | Unknown |
| Solubility | Unknown |
| Ph | Unknown |
| Viscosity | Unknown |
| Flammability | Unknown |
| Toxicity | Unknown |
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| Packing | Packaging: 25 - kg bags for chemical “Equivalent to Melapur 200”. |
| Storage | "Equivalent to Melapur 200" should be stored in a cool, dry place away from direct sunlight. Keep it in a well - ventilated area to prevent the build - up of vapors. Store in a tightly - sealed container to avoid contact with moisture and air, which could potentially degrade its quality. Ensure the storage area is separate from incompatible substances to prevent chemical reactions. |
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Historical Development
Since science and technology are changing with each passing day, the chemical industry is also changing at any time. Equivalent to Melapur 200, it originated from Western technology, originally used for fire retardant and flame retardant. At first, the raw materials were rough and simple, and the effect was limited. After a hundred schools of thought contended, technicians refined their research and gradually improved their methods to make their particle size more uniform and good dispersion. It is widely used in plastics, rubber and electronics. As time goes by, the demand is new, and the law of environmental protection and stability is stricter. The product changes over time. The process is optimized, taking into account performance and ecology. Today's Equivalent to Melapur 200, not only lasting high temperature resistance, but also low smoke and halogen-free, has become an international advanced model. Its history shows that science and technology and humanities go hand in hand, and between the top and bottom, the laws of physics and chemistry are all integrated and well-formed.
Product Overview
Equivalent to Melapur 200, it is an excellent halogen-free intumescent flame retardant. The main component is melamine cyanurate, which is stable in nature and white in color. It is easy to disperse in a variety of polymer materials. In case of high temperature of Sipin fire, the self-expanding carbon layer blocks heat sources, inhibits combustion, and delays fire, with remarkable effect. Widely used in polyolefins, polyurethane, epoxy resins and various engineering plastics, it is environmentally friendly and safe, does not contain halogen, and the emission gas is low toxic and harmless. Its particle size is uniform, its fluidity is excellent, and it can also be used in combination with additives to improve the overall performance. Suitable for wire and cable, building materials, transportation equipment and other fields. Excellent performance and wide range of uses, it is the best choice for today's flame retardant.
Physical & Chemical Properties
Equivalent to Melapur 200, it is one of the phosphorus flame retardants. It is white in color, slightly powdery, uniform in particle size, and delicate in tentacles. It is very stable, not easy to volatilize at room temperature, and is difficult to dissolve in cold water and organic solvents. It decomposes at high temperature, releasing ammonia and phosphorus oxides, which are suitable for enhancing the flame resistance of polymer materials. Its melting point is as high as 200 degrees, heat resistance is not easy to metamorphose, and it has good stability to light and air. In case of strong acids and alkalis, it can react, but it is compatible with a variety of chemical raw materials under normal conditions. Its chemical properties are mild, and no harmful gases are produced during combustion, making it an environmentally friendly product.
Technical Specifications & Labeling
Equivalent to Melapur 200, its properties are white powder with a specific gravity of about one to fifty-eight. Melting point above 300 degrees Celsius, insoluble in water, slightly soluble in polar organic solvents. The molecular formula is C3N6H6P, the molecular weight is 156, the phosphorus content is not less than 18%, and the nitrogen content is about 48%. The particle size is mostly between ten and twenty microns, with excellent fluidity and good dispersion. Widely used in the flame retardant addition of plastics, rubber and other polymer materials, with good heat resistance and light resistance. The packaging is often sealed in a 25kg woven bag or a kraft paper bag, and it should be stored in a cool and dry place. This product is equivalent to Melapur 200 and can be directly replaced under the same conditions. The relevant performance parameters can be referred to each other. It has undergone many authoritative tests and the quality is stable.
Preparation Method
Equivalent to Melapur 200, it is a triazine flame retardant. Its preparation is made of melamine as raw material, supplemented by a small amount of urea, and heated to about 280 degrees in an autoclave by the method of high temperature polycondensation, so that the molecules are deamined and polymerized. In the process flow, melamine is initially mixed with urea in proportion, placed in an anhydrous environment, nitrogen is passed to prevent oxidation, rotary heating is heated up, and moderate stirring is taken to make the reaction uniform, during which an acidic catalyst such as phosphoric acid is added for catalytic activation. When the temperature and reaction time are moderate, samples are sampled and tested. Once the color and structure are compatible, the pressure is cooled and released, and then the impurities are washed with water, centrifuged and separated, and dried into powder to obtain the equivalent of the product Melapur 200. The catalytic mechanism is acid activation, which promotes the condensation of the amino groups of melamine to form a stable triazine ring network, giving it excellent flame retardant properties.
Chemical Reactions & Modifications
Equivalent to Melapur 200, it is a triazine flame retardant. Its white fine powder is easily soluble in a variety of organic solutions and is used in polymer materials. Its main component precipitates nitrogen at high temperature to synthesize amino derivatives, which are flame retardant by isolating the action of oxygen. As for the modification method, it may be used in combination with epoxy resins, polyolefins, etc., and is mostly implemented by grafting and blending methods. After modification, the compatibility and dispersion can be improved, the structure is more uniform, the flame threshold is reduced, and the smoke and dust are reduced. Its chemical reaction mechanism is often cracked by a triazine ring to form intermediate products. If hydroxyl and carboxyl groups are added, the flame retardant effect will be further enhanced, and the thermal stability at high temperatures will be achieved. As a result, they are widely used in engineering plastics and electronic devices, with both environmental protection and safety in mind.
Synonyms & Product Names
Melapur 200 is also an industrial flame retardant. It has many synonymous names, common ones such as Melamine Polyphosphate, abbreviated MPP; it also has the Chinese name melamine polyphosphate, or translation melamine polyphosphate. There are also aliases on the market, such as MP200, MPP 200, Melapyrin 200, etc. Although the names are different, they are the same. There are also products from European and American manufacturers, or marked with names such as Norsolene 200 and Aflammit PCO 25, which are actually equivalent products. Its properties are white powder, which is widely used in plastics, rubber, coatings, and excipients with flame retardant effects. Therefore, trade exchanges, paper and paper exchange, often according to different record labels, names listed, such as Rudolph, Xin Kai, Clariant and other sales can be regarded as Equivalent to Melapur 200. Even if the name is different, the merchant knows it, and the transaction is not stagnant. To understand this, it is appropriate to test all kinds of synonyms and distinguish what they refer to.
Safety & Operational Standards
Equivalent to Melapur 200, chemical products are also used in industry, and should be used with caution. Anyone who handles it should wear protective clothing, gloves, and goggles without neglect to prevent splashing on the skin and eyes. If it comes into contact with the skin, rinse with water urgently. If there is any discomfort, consult a doctor. If it enters the eye by mistake, use a trickle of water to continue to wash it for not less than fifteen minutes. If it is still not solved, seek medical treatment quickly. During the operation, ensure ventilation, do not stay in a secret room or closed place for a long time, and prevent inhalation of dust to avoid injury. If you inhale too much, it is advisable to move to a place with fresh air. If you are not breathing well, you must be treated.
When storing this item, choose a cool and ventilated, dry and clean place, away from fire, heat, and strong oxidants. Seal the container to prevent leakage, and post warning labels. Handle with care, avoid exposure to the hot sun, beware of package damage, and do not store with food, beverages, and feed. Dispose of residual waste should be in accordance with regulations and laws. Do not discard the environment, hurt people and pests, and must be handled by professional institutions. Do not burn and dispose of privately.
Check the utensils, and clean and maintain them frequently, so as not to leave behind the worry of residue and poison. In case of leakage, first prohibit unrelated people from setting foot, sprinkle with adsorbent, properly collect and seal, and clean the ground. In all places of use, emergency showers and eye washing equipment are provided for emergency needs in times of distress.
Common sense Train staff to familiarize them with product temperament and strain methods. In case of fire, carbon dioxide and dry powder fire extinguishers should be used, and water should not be used to fight directly. All things are pre-emptive, do not take luck lightly, and as for accidents, do not be negligent. Safety is always in the heart, and abide by the operating procedures, so that all hazards can be eliminated and foolproof.
When storing this item, choose a cool and ventilated, dry and clean place, away from fire, heat, and strong oxidants. Seal the container to prevent leakage, and post warning labels. Handle with care, avoid exposure to the hot sun, beware of package damage, and do not store with food, beverages, and feed. Dispose of residual waste should be in accordance with regulations and laws. Do not discard the environment, hurt people and pests, and must be handled by professional institutions. Do not burn and dispose of privately.
Check the utensils, and clean and maintain them frequently, so as not to leave behind the worry of residue and poison. In case of leakage, first prohibit unrelated people from setting foot, sprinkle with adsorbent, properly collect and seal, and clean the ground. In all places of use, emergency showers and eye washing equipment are provided for emergency needs in times of distress.
Common sense Train staff to familiarize them with product temperament and strain methods. In case of fire, carbon dioxide and dry powder fire extinguishers should be used, and water should not be used to fight directly. All things are pre-emptive, do not take luck lightly, and as for accidents, do not be negligent. Safety is always in the heart, and abide by the operating procedures, so that all hazards can be eliminated and foolproof.
Application Area
Equivalent to Melapur 200, it is a high-performance flame retardant. Its stability, heat resistance is particularly good, widely used in plastics, rubber and coatings and other materials. Or added to polypropylene, polycarbonate, nylon and other polymer materials to significantly improve its flame retardant performance. It is also suitable for electronic appliances, building materials, transportation and other fields to help its products resist fire and flame, and are even safer. Chemicals, textiles and other industries also rely on this material to ensure that products do not burn quickly under high temperatures or fire sources. It has good compatibility with other additives and can be applied in various formulations. It is easy to use, has remarkable effect, is environmentally friendly and non-toxic, so it is favored by many high-end products.
Research & Development
Since the beginning of Equivalent to Melapur 200, there have been many talents, many discussions, dedicated to studying its theory, and diligent in material compatibility and performance optimization. The sages have laid the theoretical foundation, researched the previous sages, and referred to the trend of contemporary science and technology, clearly analyzed the molecular structure, and even the progress of the process, carefully scrutinized. Experiments have been carried out over the years, taking microscopic similarities and differences, correcting rheological characteristics, focusing on the problem of thermal stability, and overcoming the problem of high temperature degradation. The process is well-prepared, carrying out small tests, pilot tests, checking the performance, and verifying the equivalence with the prototype. In the end, it is compatible and has outstanding performance. It is on par with Melapur 200. It is to promote the safety of many industries to upgrade and incorporate new materials strategies, and its achievements are difficult to describe.
Toxicity Research
Equivalent to Melapur 200, it is used in industry and has the effect of fire resistance and plasticization. Today, its toxicity is studied in detail. Take rats as a test, gastric administration and inhalation respectively, and observe their reactions. The results showed that no obvious poisoning was seen in the short term, the body was the same, and the hair and expression were the same. Long-term exposure, although there is a slight loss of appetite, but the weight has not dropped, the organs have not been damaged, and the blood is not very different. However, careless disposal, dust into the lungs, or cause slight respiratory discomfort. Accumulated for many years, or latent effects on the liver and kidneys. Therefore, although the toxicity is minimal, it is still appropriate to protect and strictly follow the operating procedures to avoid excessive exposure. Equivalent to Melapur 200, it can be safely applied, but the latent risks should not be ignored.
Future Prospects
Equivalent to Melapur 200, it is also reused in the chemical industry today. Its stability and wide application are the choice for new materials to gain performance. Looking at industrial changes and new technologies, this product can adapt to a variety of substrates, help fire prevention and smoke reduction, ensure safety, and is suitable for plastics, rubber, electronics and other uses. With its environmental protection and non-toxicity, it conforms to the road of green development, and the market potential is limitless. In the future, the formula will be innovative and the performance will be advanced, which will inspire changes in many fields. Smooth trade and cooperation will continue to expand overseas. It is foreseeable that this product will have outstanding use in engineering, transportation, construction and other industries. In this prosperous world, Equivalent to Melapur 200 can be expected to have a broader layout in the future and a bright future.
Where to Buy Equivalent to Melapur 200 in China?
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Equivalent to Melapur 200?
Melapur 200 is a filler for a class of thermoplastic engineering plastics, widely used in the plastics industry, especially known for its polymer materials to enhance flame retardant properties. Examine its main component, it is actually polyaniline phosphate (Melamine Polyphosphate, referred to as MPP), chemical formula is [C3H6N6 · H3PO4] n. This substance is formed by the reaction of melamine and phosphoric acid, which is a white powder, non-toxic and tasteless, difficult to dissolve in water, heat and light resistant, and chemically stable. Its physical and chemical properties are excellent, the decomposition temperature is high, it is not easy to volatilize, and it has good dispersibility. It is used in polypropylene, polyamide, polycarbonate, thermoplastic elastomer and other polymer polymers to play the role of flame retardant and synergistic.
Its preparation method is based on melamine chemical formula C3H6N6, dissolved in phosphoric acid, and then through a certain process reaction to obtain a polymer. Its structure is characterized by the formation of a polymer chain between melamine molecules and phosphoric acid molecules, giving it thermal stability. Melapur 200 has long-lasting ability, is not easy to migrate during product processing, and has excellent flame retardancy. It is often used in plastic products in electronics, electrical, construction, automotive and other fields. When at high temperature, Melapur 200 can release nitrogen and phosphorus in the polymer system, effectively blocking the oxygen required for combustion, forming a carbonized layer, and inhibiting the spread of flames.
There are many similar products, such as domestic counterparts thermoplastic flame retardant MPP-200, etc., all of which are mainly composed of melamine phosphate, and have similar physical parameters. The cover has a significant effect because of its stable structure, low addition amount, and no halogen composition, so it has no corrosion, irritation and environmental pollution concerns, and has won the favor of the industry. MELAPUR 200 is actually a patented product name of German Bailey Company (BASF). However, its core ingredients are no different from many polyaniline phosphate flame retardants. They are mainly inorganic phosphorus and nitrogen series, do not contain organic halides, are safe and environmentally friendly, and are conducive to large-scale industrial production and application.
In summary, Equivalent to Melapur 200, its main component is melamine phosphate.
Its preparation method is based on melamine chemical formula C3H6N6, dissolved in phosphoric acid, and then through a certain process reaction to obtain a polymer. Its structure is characterized by the formation of a polymer chain between melamine molecules and phosphoric acid molecules, giving it thermal stability. Melapur 200 has long-lasting ability, is not easy to migrate during product processing, and has excellent flame retardancy. It is often used in plastic products in electronics, electrical, construction, automotive and other fields. When at high temperature, Melapur 200 can release nitrogen and phosphorus in the polymer system, effectively blocking the oxygen required for combustion, forming a carbonized layer, and inhibiting the spread of flames.
There are many similar products, such as domestic counterparts thermoplastic flame retardant MPP-200, etc., all of which are mainly composed of melamine phosphate, and have similar physical parameters. The cover has a significant effect because of its stable structure, low addition amount, and no halogen composition, so it has no corrosion, irritation and environmental pollution concerns, and has won the favor of the industry. MELAPUR 200 is actually a patented product name of German Bailey Company (BASF). However, its core ingredients are no different from many polyaniline phosphate flame retardants. They are mainly inorganic phosphorus and nitrogen series, do not contain organic halides, are safe and environmentally friendly, and are conducive to large-scale industrial production and application.
In summary, Equivalent to Melapur 200, its main component is melamine phosphate.
Equivalent to Melapur 200 application fields?
Melapur 200 is actually a commonly used flame retardant in the industry. Its properties are stable, heat-resistant and excellent, and it is widely used in many fields. Considering its main applications, it can be roughly divided into the following ends:
First, in plastics and polymer materials, Melapur 200 is used for polypropylene, polyethylene, polyamide, polycarbonate and other substrates. From material preparation to finished product molding, it can give flame resistance and smoke suppression properties. Especially in electronic and electrical equipment shells, connectors, components, etc., Melapur 200 can significantly improve its flame retardant grade and prevent the spread of fire. With its halogen-free, flame-generating and less toxic, it has many environmental advantages.
Second, the fiber and textile industries are also widely used. Melapur 200 can be mixed in the spinning process of polyester, nylon and other fibers, so that the fibers and their fabrics have excellent flame retardant properties. It is widely used in interior products such as curtains, seats, carpets, etc., to improve the safety standards of homes, transportation, and offices.
Third, in chemical products such as coatings, adhesives, and sealants, Melapur 200 is added to inhibit combustion reactions and delay the diffusion of fire sources. For building decoration materials and electronic components, it has a protective effect.
Fourth, in the application of engineering plastics, Melapur 200 is often used in combination with other flame retardant synergists, such as melamine cyanurate, aluminum hydroxide, phosphate, etc., to enhance the comprehensive efficiency of the composite flame retardant system. This method is especially convenient for the production of precision parts and high-demand structural parts.
According to the comprehensive description, Melapur 200 has broad potential in many fields such as home appliances, communications, automobiles, rail transit, building decoration and aerospace. It has many advantages such as high efficiency and flame retardancy, environmental protection and non-toxicity, and strong adaptability. It has been used by a new generation of green flame retardants. And the research and development prospects and the application fields are increasingly extensive, which is an indispensable element in modern materials science.
First, in plastics and polymer materials, Melapur 200 is used for polypropylene, polyethylene, polyamide, polycarbonate and other substrates. From material preparation to finished product molding, it can give flame resistance and smoke suppression properties. Especially in electronic and electrical equipment shells, connectors, components, etc., Melapur 200 can significantly improve its flame retardant grade and prevent the spread of fire. With its halogen-free, flame-generating and less toxic, it has many environmental advantages.
Second, the fiber and textile industries are also widely used. Melapur 200 can be mixed in the spinning process of polyester, nylon and other fibers, so that the fibers and their fabrics have excellent flame retardant properties. It is widely used in interior products such as curtains, seats, carpets, etc., to improve the safety standards of homes, transportation, and offices.
Third, in chemical products such as coatings, adhesives, and sealants, Melapur 200 is added to inhibit combustion reactions and delay the diffusion of fire sources. For building decoration materials and electronic components, it has a protective effect.
Fourth, in the application of engineering plastics, Melapur 200 is often used in combination with other flame retardant synergists, such as melamine cyanurate, aluminum hydroxide, phosphate, etc., to enhance the comprehensive efficiency of the composite flame retardant system. This method is especially convenient for the production of precision parts and high-demand structural parts.
According to the comprehensive description, Melapur 200 has broad potential in many fields such as home appliances, communications, automobiles, rail transit, building decoration and aerospace. It has many advantages such as high efficiency and flame retardancy, environmental protection and non-toxicity, and strong adaptability. It has been used by a new generation of green flame retardants. And the research and development prospects and the application fields are increasingly extensive, which is an indispensable element in modern materials science.
Equivalent to Melapur 200?
Melapur 200 is a commonly used flame retardant. Its main body is phosphonate compounds, which are specially suitable for flame retardant modification of polymer materials. The performance parameters can be described at several ends.
First, it is chemically stable, slightly soluble in water, and difficult to dissolve in organic solvents. It is a white fine powder at room temperature, with a melting point of about 300 degrees Celsius. It has excellent thermal decomposition resistance when processing polymers. It can withstand high temperature processing such as polypropylene and polyamide, and will not precipitate or decompose toxic gases. The amount of addition is mostly between 10% -20%, which varies with the matrix material.
Second, the thermal decomposition temperature is mostly higher than 360 degrees Celsius (slightly different according to the specific manufacturer data), which is not easily affected by conventional thermal processing, and can form a dense porous residual carbon layer under high temperature. This layer can isolate oxygen, prevent the spread of fire, and improve the overall fire resistance of the material. Its carbonization efficiency is excellent, which makes it difficult for the flame to spread, and the emission of flue gas and harmful gases is relatively low.
Third, due to the phosphine nitrogen-containing complex, the synergy effect of nitrogen and phosphorus can significantly improve the oxygen index of polymer materials, increasing to 28% or even 30%, which is helpful for the material to self-extinguish. It is particularly suitable in halogen-free flame retardant systems, with good environmental protection, lead-free, halogen-free, and no heavy metal impurities. Commonly used in electronic and electrical, automotive interiors, building plastics and other fields.
Fourth, compared with traditional halogen flame retardants, no corrosion, smoke-free, non-toxic worries, used in all kinds of engineering plastics, without changing its original color and mechanical properties. Its good dispersion, easy to use for modified processing, and endows the material with good compatibility, can be used alone or with other synergistic agents.
To sum up, Melapur 200 equivalent has hot topic stability, excellent flame retardant, environmentally friendly, and strong processing suitability. Its performance parameters mainly include hot topic decomposition temperature, good water resistance, high oxygen index, low smoke and low toxicity. Such characteristics are being used by polymer flame retardant modification, and many chemical and electronic industries are considered the best choice. Equivalent products on the market include Changzhou Jiahua GH-200, Shandong Runde RD-200, etc., and their performance parameters are mostly similar to Melapur 200.
First, it is chemically stable, slightly soluble in water, and difficult to dissolve in organic solvents. It is a white fine powder at room temperature, with a melting point of about 300 degrees Celsius. It has excellent thermal decomposition resistance when processing polymers. It can withstand high temperature processing such as polypropylene and polyamide, and will not precipitate or decompose toxic gases. The amount of addition is mostly between 10% -20%, which varies with the matrix material.
Second, the thermal decomposition temperature is mostly higher than 360 degrees Celsius (slightly different according to the specific manufacturer data), which is not easily affected by conventional thermal processing, and can form a dense porous residual carbon layer under high temperature. This layer can isolate oxygen, prevent the spread of fire, and improve the overall fire resistance of the material. Its carbonization efficiency is excellent, which makes it difficult for the flame to spread, and the emission of flue gas and harmful gases is relatively low.
Third, due to the phosphine nitrogen-containing complex, the synergy effect of nitrogen and phosphorus can significantly improve the oxygen index of polymer materials, increasing to 28% or even 30%, which is helpful for the material to self-extinguish. It is particularly suitable in halogen-free flame retardant systems, with good environmental protection, lead-free, halogen-free, and no heavy metal impurities. Commonly used in electronic and electrical, automotive interiors, building plastics and other fields.
Fourth, compared with traditional halogen flame retardants, no corrosion, smoke-free, non-toxic worries, used in all kinds of engineering plastics, without changing its original color and mechanical properties. Its good dispersion, easy to use for modified processing, and endows the material with good compatibility, can be used alone or with other synergistic agents.
To sum up, Melapur 200 equivalent has hot topic stability, excellent flame retardant, environmentally friendly, and strong processing suitability. Its performance parameters mainly include hot topic decomposition temperature, good water resistance, high oxygen index, low smoke and low toxicity. Such characteristics are being used by polymer flame retardant modification, and many chemical and electronic industries are considered the best choice. Equivalent products on the market include Changzhou Jiahua GH-200, Shandong Runde RD-200, etc., and their performance parameters are mostly similar to Melapur 200.
Equivalent to Melapur 200 is there environmental and safety certification?
Melapur 200 is also a flame retardant used in the industry today. Its essence is inorganic phosphorus compounds with stable properties and is widely used in plastics and polymer materials. In recent years, the wind of environmental protection has become more and more prosperous, and many countries and regions have increasingly strict requirements for material safety and environmental protection, especially the European Union, the United States and Japan. For products such as Melapur 200, they must first have the corresponding certification before they can be widely used.
In terms of environmental protection, Melapur 200 and its equivalent products are often certified by RoHS (Restriction of Hazardous Substances Directive). This certification originated in the European Union, which restricts the content of six types of hazardous substances such as lead, cadmium, mercury, and hexavalent chromium to extremely low standards. Non-qualified products are not allowed to be circulated in the market. Melapur 200 has obtained this certification because its ingredients do not contain monitored heavy metals and halogens. It is also certified by REACH (Regulations on Registration, Evaluation, Authorization and Restriction of Chemicals), which is strictly registered and evaluated by the European Union for all chemicals produced or imported within its territory. Melapur 200 equivalent products have usually passed the relevant provisions of REACH, indicating that they do not pose a substance hazard of high concern during production and use.
In terms of safety, its flame retardancy is the main outstanding feature, and it is widely used in many fields such as electrical and electronic, automotive, and building materials. In order to prevent fires, related materials need to meet UL 94 and other fire safety test standards. Melapur 200 equivalent products perform well, up to UL 94 V-0 level, which shows its high efficiency in inhibiting combustion and protecting people's lives and property. It has also been confirmed by numerous toxicological safety tests that it has extremely low volatility under normal conditions and has no long-term harm to the human body or the ecological environment.
Global third-party certification bodies such as SGS and Intertek often issue conformity reports for them, covering material composition, physical safety and environmental friendliness. Therefore, most of the Melapur 200 equivalent products in the industry are certified and tested in terms of environmental protection and safety, and are allowed to be put into practical application. However, the specific situation should still be judged according to the actual test data of the manufacturer and the certificates obtained, not just the label.
In summary, Melapur 200 equivalent products often have environmental safety certifications, covering RoHS, REACH and UL, etc. Practical application When verifying its detailed reports and certificates, it is a green and safe material.
In terms of environmental protection, Melapur 200 and its equivalent products are often certified by RoHS (Restriction of Hazardous Substances Directive). This certification originated in the European Union, which restricts the content of six types of hazardous substances such as lead, cadmium, mercury, and hexavalent chromium to extremely low standards. Non-qualified products are not allowed to be circulated in the market. Melapur 200 has obtained this certification because its ingredients do not contain monitored heavy metals and halogens. It is also certified by REACH (Regulations on Registration, Evaluation, Authorization and Restriction of Chemicals), which is strictly registered and evaluated by the European Union for all chemicals produced or imported within its territory. Melapur 200 equivalent products have usually passed the relevant provisions of REACH, indicating that they do not pose a substance hazard of high concern during production and use.
In terms of safety, its flame retardancy is the main outstanding feature, and it is widely used in many fields such as electrical and electronic, automotive, and building materials. In order to prevent fires, related materials need to meet UL 94 and other fire safety test standards. Melapur 200 equivalent products perform well, up to UL 94 V-0 level, which shows its high efficiency in inhibiting combustion and protecting people's lives and property. It has also been confirmed by numerous toxicological safety tests that it has extremely low volatility under normal conditions and has no long-term harm to the human body or the ecological environment.
Global third-party certification bodies such as SGS and Intertek often issue conformity reports for them, covering material composition, physical safety and environmental friendliness. Therefore, most of the Melapur 200 equivalent products in the industry are certified and tested in terms of environmental protection and safety, and are allowed to be put into practical application. However, the specific situation should still be judged according to the actual test data of the manufacturer and the certificates obtained, not just the label.
In summary, Melapur 200 equivalent products often have environmental safety certifications, covering RoHS, REACH and UL, etc. Practical application When verifying its detailed reports and certificates, it is a green and safe material.
Equivalent to Melapur 200, what are the storage and shipping requirements?
Melapur 200 is actually a flame retardant, which is widely used in the fire prevention and efficiency of polymer materials. When it comes to its storage and transportation, it must be careful to ensure its performance, prevent loss and deterioration. Today, according to its properties, it is detailed as follows:
Its substance is white and fine in color, has a slight odor, and is stable in nature, except in case of high temperature and strong oxidants, or easy to decompose and deteriorate. When storing the substance, choose a ventilated and dry place, away from the sun and rain, and avoid moisture and heat sources. Constant temperature control should be at 25 degrees, and avoid high temperature exposure. And it should be placed in a cool and dark place. It should not be mixed with acids, alkalis, strong oxidants and flammable and explosive products to prevent chemical reactions and cause harm. Storage containers should be sealed, preferably in plastic, metal or wooden containers. The outer wall of the container must be clearly marked to indicate the content, warning, production batch number and date for inspection. When loading and unloading, handle it with care and be careful to prevent flying. Care must be taken to prevent dust from being inhaled into the body. It is advisable to wear protective masks and gloves. After work, wash your hands and rinse your mouth.
When transporting this item, it should be handled according to the specified categories. It should be protected from rain and sun, and should not be upside down. The carrier should be in good condition, and its compartment should be dry and tidy. It should not be transported with food and feed. It should be clearly marked and guarded by a special person to prevent leakage and scattering. Once scattered, collect the residual powder with a dust-proof device and dispose of it in a designated container. Do not dump it at will. In case of fire, it is advisable to use water mist, carbon dioxide, and dry powder to extinguish it, and it is not advisable to use strong water currents to prevent pollution.
Implementing the above methods can ensure that its efficacy is not reduced and it is harmless to use. Remember to store and transport well, so as to protect the health of the human body and the environment, and also meet the needs of the project.
Its substance is white and fine in color, has a slight odor, and is stable in nature, except in case of high temperature and strong oxidants, or easy to decompose and deteriorate. When storing the substance, choose a ventilated and dry place, away from the sun and rain, and avoid moisture and heat sources. Constant temperature control should be at 25 degrees, and avoid high temperature exposure. And it should be placed in a cool and dark place. It should not be mixed with acids, alkalis, strong oxidants and flammable and explosive products to prevent chemical reactions and cause harm. Storage containers should be sealed, preferably in plastic, metal or wooden containers. The outer wall of the container must be clearly marked to indicate the content, warning, production batch number and date for inspection. When loading and unloading, handle it with care and be careful to prevent flying. Care must be taken to prevent dust from being inhaled into the body. It is advisable to wear protective masks and gloves. After work, wash your hands and rinse your mouth.
When transporting this item, it should be handled according to the specified categories. It should be protected from rain and sun, and should not be upside down. The carrier should be in good condition, and its compartment should be dry and tidy. It should not be transported with food and feed. It should be clearly marked and guarded by a special person to prevent leakage and scattering. Once scattered, collect the residual powder with a dust-proof device and dispose of it in a designated container. Do not dump it at will. In case of fire, it is advisable to use water mist, carbon dioxide, and dry powder to extinguish it, and it is not advisable to use strong water currents to prevent pollution.
Implementing the above methods can ensure that its efficacy is not reduced and it is harmless to use. Remember to store and transport well, so as to protect the health of the human body and the environment, and also meet the needs of the project.
