Melamine Flame Retardant Coating
| HS Code | 742851 |
| Flammability | Highly flame - retardant |
| Chemical Resistance | Good resistance to many chemicals |
| Adhesion | Strong adhesion to various substrates |
| Hardness | Relatively hard coating |
| Abrasion Resistance | Good abrasion resistance |
| Thermal Stability | High thermal stability |
| Weather Resistance | Fair to good weather resistance |
| Colorfastness | Good colorfastness |
| Toxicity | Low toxicity in cured state |
| Drying Speed | Moderate to fast drying speed |
As an accredited Melamine Flame Retardant Coating factory, we enforce strict quality protocols—every batch undergoes rigorous testing to ensure consistent efficacy and safety standards.
| Packing | Melamine Flame Retardant Coating: Packed in 5 - kg containers for easy handling. |
| Storage | Melamine Flame Retardant Coating should be stored in a cool, dry place away from direct sunlight and heat sources. Keep it in a well - ventilated area to prevent the buildup of vapors. Store it in its original, tightly - sealed containers to avoid contamination. The storage temperature should be maintained between 5 - 35°C to ensure product stability. |
| Shipping | Melamine Flame Retardant Coating is shipped in well - sealed containers to prevent spills. It's transported with strict adherence to chemical safety regulations, ensuring secure delivery to the destination. |
Competitive Melamine Flame Retardant Coating prices that fit your budget—flexible terms and customized quotes for every order.
For samples, pricing, or more information, please call us at +8615380400285 or mail to sales2@liwei-chem.com.
We will respond to you as soon as possible.
Tel: +8615380400285
Email: sales2@liwei-chem.com
Historical Development
Melamine flame retardant coatings originated in the middle of the last century. At the beginning of human industry flourished, fires occurred frequently, and craftsmen used various paints to resist fires. However, traditional flame retardants contain more halogens and smoke toxins, which is really harmful to the environment and people's health. By the 1970s, scholars explored new materials, and Melamine came into being. Its material is solid, foaming in case of fire, forming a barrier, and the flame is difficult to invade. Jiahui Engineering. Today, technological innovation, nanotechnology and environmental protection concepts are combined to enhance its weather resistance, expand its scope of application, and are widely used in construction, transportation, and electronics. Melamine flame retardant coatings have become an important tool in the modern fire protection industry, protecting the prosperity of all industries and benefiting all people.
Product Overview
This product is based on melamine, supplemented by a variety of additives, Seiko synthetic flame retardant coating. Its toughness, applied to various materials, its surface layer is firmly protected, difficult to extend in case of fire, and the flame and smoke are small, which can effectively curb the spread of fire. And the coating has strong adhesion, excellent weather resistance, and does not peel off for a long time. It is suitable for wood, metal, and concrete substrates. The smell is elegant, environmentally friendly and non-toxic, and does not damage human health. It is widely used, especially in areas where fire protection is required in construction, transportation, and home furnishings. Well-made, stable in quality, and easy to operate. It is a good choice for modern engineering fire protection.
Physical & Chemical Properties
Kouchao Technology promotes new materials, known as Melamine flame retardant. If it is white and fine powder, it is easy to develop, often fixed, soluble in water, and oil is also soluble. It is made of melamine-based, chemical method compatibility, very high melting, non-flammable in case of fire, can create a large amount of nitrogen and ammonia, oxygen barrier to support combustion. When added, it is not harmful and toxic, so it has high safety. Each substrate has good compatibility, strong coating, and moisture resistance. Its molecules stick to the wall and are difficult to solve. The more high the temperature, the surface generates swelling carbon, which can protect the base. Light resistance and aging resistance are low, chemical resistance is low, and acid invasion is low. It is the best replacement for flame retardant materials with a wide range of applications.
Technical Specifications & Labeling
It is called Melamine Flame Retardant Coating. The main material is melamine, which has the effect of flame retardant. The color is white, delicate as powder, stable in temperament, not easy to absorb moisture, and difficult to spontaneous combustion. The specific gravity is about 1.5-1, and the fineness is more than 200 mesh. The melting point is as high as 345 degrees Celsius, and it is not easy to decompose in case of fire. There is very little smoke and dust; the oxygen index is above 28, indicating excellent flame retardant properties. It is soluble in water and alcohol and is suitable for a variety of shapes. Sealed and packaged according to the weight of each package of 25 kilograms, with the production batch number and the production date attached. Store in a dry and ventilated place, avoid moisture and heat. The inspection standard is in accordance with the ISO9001 quality system and complies with international environmental protection and safety standards. Suitable for wood, plastic, fiber and building material surface coatings, both security and beauty can be adjusted according to demand.
Preparation Method
The preparation of melamine flame retardant coating takes melamine as the main raw material, ammonium phosphate and ammonium polyphosphate as the adjuvant, supplemented by plasticizing and dispersing agents. First, melamine and phosphoride are mixed in a certain proportion, placed in a reaction kettle, an appropriate amount of solvent is added, and stirred at low temperature to cause the raw materials to be fully dissolved and dispersed. Gradually raise the temperature to about 80 degrees Celsius, slowly add a cross-linking agent to make the molecular chains interlace into a network and enhance the adhesion. With the increase of temperature, a condensation reaction occurs, and melamine and phosphorus components cooperate to form a dense protective film on the surface. Its catalytic mechanism depends on the synergistic effect of phosphorus and nitrogen inspired by acidic or alkaline intermediates, which promotes dehydration and carbonization, so that the coating can generate charcoal in case of fire, inhibit external inflammation, and improve flame retardant After the reaction is completed, it is filtered and dried, ground into a fine powder, and transferred into the coating matrix to obtain the required flame retardant coating material with outstanding performance.
Chemical Reactions & Modifications
Melamine flame retardant coating, its chemical reaction and modification are quite delicate. Melamine molecules are rich in nitrogen, which can release non-flammable gases at high temperatures, isolate oxygen, and inhibit the spread of fire. If melamine formaldehyde resin is reacted with formaldehyde to form melamine formaldehyde resin, its structure and adhesion can be enhanced. In order to improve the flame retardant efficiency, or introduce phosphorus, nitrogen and other elements, it is modified by copolymerization or grafting to make the coating have synergistic flame retardant effect, and improve thermal stability and mechanical properties. Supplemented by nano-material modification, the coating can be dense and pores reduced, thereby improving the barrier performance and wear resistance. Coated on the surface of wood and metal, it can not only prevent fire, but also prevent corrosion, and take into account the appearance. Therefore, the performance of melamine flame retardant coatings depends on precise chemical reactions and ingenious molecular structure modification, which is the key to modern material safety.
Synonyms & Product Names
The flame retardant coating of Melamine board is often sold in today's market. Its synonymous name, or melamine fire retardant coating, or melamine flame retardant coating, is also called melamine refractory coating. The market is competing to introduce new names, such as "Melamine FR Coating", "Melamine-based Flame Retardant", and even "Melamine Flame Anti-Covering Film" and "Flame Retardant Melamine Paint" are different names, but in fact they come from the same source. Its effect is to prevent flames and contain the spread of fire, and it is widely used in building materials and furniture finishes. Businesspeople each hold their strengths and create ingenious names, or use "Sheng'an", "Flame Resistance", and "Hengdun" as brand calls to ensure that Yiming is amazing. However, upon closer inspection of its quality, it is ultimately due to the essence of melamine, which has the same name and is required to win credibility.
Safety & Operational Standards
When using Melamine Flame Retardant Coating, the first thing to do is to be safe. When using this paint for the first time, you must first know its performance, check the details of its instructions, and avoid confusion. For construction operations, you must choose a ventilated and spacious place, and avoid pyrotechnic heat sources. Anyone who uses paint, stirring, or brushing, should wear work clothes, goggles, and protective gloves to prevent skin and eye contamination. If it accidentally touches the skin, it is advisable to rinse with water urgently; if it enters the eye, rinse it quickly without delaying treatment.
When preparing paint, avoid mixing with acids, alkalis, and oils to avoid losing its fire resistance and deterioration. Brushing utensils, wash with water immediately after use, do not leave traces. When storing paint, it is advisable to store it in a cool place away from light, away from children and pets, and do not eat or drink near to prevent the risk of accidental ingestion. When the paint is unsealed, it should be used as soon as possible and sealed tightly. Handling and unloading should be handled with care, so that the utensils should not be damaged and leaked. If it is unfortunate to spill, it should be covered with sand and properly disposed of.
Where there is a fire, it should be put out with fire extinguishers such as carbon dioxide and dry powder. Burning waste should be in accordance with the law. Workplace, to prepare first aid medicines, always check ventilation and temperature and humidity to prevent gas accumulation. Operators, etc., must be trained to understand emergency plans; in case of abnormal situation, quickly report to the person in charge and deal with it according to regulations. To contain accidents in cute teeth, long-term safety can also be caused. In short, follow the rules and conduct yourself carefully, and you will have no worries about a few things.
When preparing paint, avoid mixing with acids, alkalis, and oils to avoid losing its fire resistance and deterioration. Brushing utensils, wash with water immediately after use, do not leave traces. When storing paint, it is advisable to store it in a cool place away from light, away from children and pets, and do not eat or drink near to prevent the risk of accidental ingestion. When the paint is unsealed, it should be used as soon as possible and sealed tightly. Handling and unloading should be handled with care, so that the utensils should not be damaged and leaked. If it is unfortunate to spill, it should be covered with sand and properly disposed of.
Where there is a fire, it should be put out with fire extinguishers such as carbon dioxide and dry powder. Burning waste should be in accordance with the law. Workplace, to prepare first aid medicines, always check ventilation and temperature and humidity to prevent gas accumulation. Operators, etc., must be trained to understand emergency plans; in case of abnormal situation, quickly report to the person in charge and deal with it according to regulations. To contain accidents in cute teeth, long-term safety can also be caused. In short, follow the rules and conduct yourself carefully, and you will have no worries about a few things.
Application Area
Melamine flame retardant coating has excellent flame retardant properties and is suitable for surfaces of various materials. It is widely used in building walls, ceilings and pillars, which can effectively prevent the spread of fire and ensure the safety of human settlements. It is also used in important facilities such as ships and rail transit equipment to increase its heat resistance and flame resistance and delay fires. Factories, warehouses, storage places and other flammable places also rely on this coating to strengthen protection to ensure the stability of production operations. In addition, the electronic equipment, furniture and decorative goods industries also use this coating because it is flame retardant and environmentally friendly, which can not only restrict fires, but also do not harm people. The selection of materials in various fields and the application of materials to the ground can increase its safety effect, which is the essential material for modern fire protection.
Research & Development
Since ancient times, the technology has been refined and there is no end. Today's chemical technology is increasingly advanced, and scientific researchers are committed to the creation of new materials. Melamine flame retardant coatings have attracted worldwide attention in recent years. The material is based on melamine, supplemented by a variety of inorganic flame retardants, combined with a unique preparation method, the film is dense and has outstanding flame resistance. During its development process, it not only studies the ratio of components, but also focuses on the verification of performance, striving to achieve both environmental protection and practical beauty. Looking at its heat resistance, fire resistance, and strong adhesion, it can be widely used in wood, construction, and electronics. Future research and development requires breakthroughs in innovation, or the incorporation of nanotechnology, or the optimization of technological processes, in order to achieve higher flame retardant efficiency and extend product life, and to help green materials be widely used in society and benefit the public.
Toxicity Research
Melamine flame retardant coatings have been commonly used for fire protection in recent years. Their chemical properties and safety are well-known. The cover melamine is stable in nature and can copolymerize with a variety of organic substances, giving the material the effect of late combustion. However, its toxicity cannot be ignored. Studies have shown that under high temperature combustion or long-term exposure, it may decompose and release trace amounts of melamine and nitrogen oxides, and fine particles can be suspended in air and inhaled into the body, which will damage the respiratory system and potentially cause kidney involvement. If used in indoor environments, special attention should be paid to ventilation and appropriate application to reduce the risk of accumulation. There have been many explorations on its toxicity mechanism, but no significant acute poisoning has been found. However, the chronic effects and cumulative effects need to be further investigated. External coatings, which migrate into food or drinking water, should also be prevented. Therefore, when applying melamine flame retardant coatings, consider the benefits of flame retardancy and potential harm, and use caution to ensure safety.
Future Prospects
In recent years, science and technology are changing with each passing day, and the study of materials is also advancing at any time. Melamine flame retardant coatings have excellent performance and are widely respected in engineering, construction and other fields. Looking to the future, the way of harmonious coexistence between man and nature is becoming more and more apparent, and flame retardant safety is increasingly valued. Melamine coatings are bound to replace traditional flame retardants and become the mainstream of the market because of their environmentally friendly, low-toxicity and high-efficiency flame retardant characteristics. With the improvement of the composite process, product performance will be perfected, and weather resistance, anti-corrosion, adhesion and other aspects can also be achieved simultaneously. Coupled with favorable national policies, the concept of green development will be deeply rooted in the hearts of the people, and the promotion and application will be more widely used. It is expected that this coating can be extended to emerging fields such as intelligent buildings, new energy facilities, transportation, etc., to help build a safe society and escort the path to sustainable development.
Where to Buy Melamine Flame Retardant Coating in China?
As a trusted Melamine Flame Retardant Coating manufacturer, we deliver:
Factory-Direct Value: Competitive pricing with no middleman markups, tailored for bulk orders and project-scale requirements.
Technical Excellence: Precision-engineered solutions backed by R&D expertise, from formulation to end-to-end delivery.
Whether you need industrial-grade quantities or specialized customizations, our team ensures reliability at every stage—from initial specification to post-delivery support.
As a leading Melamine Flame Retardant Coating supplier, we deliver high-quality products across diverse grades to meet evolving needs, empowering global customers with safe, efficient, and compliant chemical solutions.
What are the main ingredients of Melamine Flame Retardant Coatings?
Melamine Flame Retardant Coating is a coating commonly used in modern industry to prevent fires. Its main ingredient is melamine. Melamine is an organic compound with high nitrogen content, strong structure and heat resistance. Craftsmen combine it with phosphorus and nitrogen flame retardants to enhance the flame retardant effect. Melamine decomposes when heated, releasing non-flammable gases, diluting oxygen in the air, making the combustion reaction unsustainable. It can also form a porous carbon layer at high temperatures, blocking the input of heat and oxygen, and inhibiting the expansion of flames. This is the use of melamine.
In addition, this coating is often supplemented by ammonium polyphosphate, pentaerythritol, etc. as synergistic components. Ammonium polyphosphate is extremely rich in phosphorus, which explains phosphoric acid in case of fire, forming a protective layer that carbonizes the surface of the substrate for self-defense and inhibits heat transfer. Pentaerythritol can help the carbon layer to densify and strengthen the flame retardant barrier. However, if the coating only contains melamine and synergists, the film performance is not smooth and flexible, and it must be based on synthetic resins. Resins such as acrylic resins, epoxy resins, polyurethane, etc., give the coating good film formation and adhesion, so that the flame retardant substances are evenly dispersed and prevent their precipitation. In pigments and dispersants, both are indispensable and are additives to give the coating color and consistency.
In summary, the main components of Melamine Flame Retardant Coating can be divided into three categories: one is melamine as the main body, specializing in flame retardant; the other is synergistic additives such as ammonium polyphosphate and pentaerythritol to enhance the synergistic flame retardant effect; the third is resin carrier, such as acrylic resin, epoxy resin, etc., to ensure the film formation and adhesion of the coating, supplemented by a small amount of additives such as pigments and dispersants. The combination of the three makes an efficient flame retardant industrial coating.
In addition, this coating is often supplemented by ammonium polyphosphate, pentaerythritol, etc. as synergistic components. Ammonium polyphosphate is extremely rich in phosphorus, which explains phosphoric acid in case of fire, forming a protective layer that carbonizes the surface of the substrate for self-defense and inhibits heat transfer. Pentaerythritol can help the carbon layer to densify and strengthen the flame retardant barrier. However, if the coating only contains melamine and synergists, the film performance is not smooth and flexible, and it must be based on synthetic resins. Resins such as acrylic resins, epoxy resins, polyurethane, etc., give the coating good film formation and adhesion, so that the flame retardant substances are evenly dispersed and prevent their precipitation. In pigments and dispersants, both are indispensable and are additives to give the coating color and consistency.
In summary, the main components of Melamine Flame Retardant Coating can be divided into three categories: one is melamine as the main body, specializing in flame retardant; the other is synergistic additives such as ammonium polyphosphate and pentaerythritol to enhance the synergistic flame retardant effect; the third is resin carrier, such as acrylic resin, epoxy resin, etc., to ensure the film formation and adhesion of the coating, supplemented by a small amount of additives such as pigments and dispersants. The combination of the three makes an efficient flame retardant industrial coating.
Which substrates are Melamine Flame Retardant Coatings suitable for?
Melamine Flame Retardant Coating is a flame retardant coating based on melamine. In the field of modern technology manufacturing, it has been a long-standing priority. This coating is fine in texture and excellent in performance, and can give a variety of materials excellent flame retardant performance. From wood, metal to polymer synthetic materials, it can benefit from its use for surface finishing.
Even if it is wood, it is flammable and has always been the first to be used in fires. Applying this coating can significantly improve its fire resistance, making it difficult to burn and easy to extinguish. Whether it is furniture, construction, or transportation, it is used as a protection, safe from the flames.
Although metal is a non-combustible material, its surface often needs to be protected from fire transmission. This coating is attached to the surface of steel and aluminum alloys. Every time it encounters high temperature, it expands and expands, isolates heat flow, and delays damage to metal structures. The load-bearing skeleton of large buildings, or heavy facilities in the petroleum and chemical industries, all rely on this to increase safety.
As for polymer synthetic materials, such as polyvinyl chloride, polystyrene, polypropylene and other plastics, it is known to be flammable. At this time, the application of flame retardant coatings can significantly reduce the flammability of the material itself, ensuring the safety of cable coatings, transportation vehicle interiors, electronic device shells and other fields.
In addition, cloth fibers such as cotton, linen, wool, etc., can also benefit from melamine flame retardant coatings. It is attached to the surface of the fiber by dipping or spraying, which can cause textiles to self-extinguish in time when fireworks strike, without spreading into disasters. It is widely suitable for drapes, curtains, carpets and public places decoration.
The coating can also be applied to the surface of inorganic materials such as concrete and gypsum board. Although these materials have their own fire resistance, they are coated with a flame retardant layer to prevent the surface from crisping and peeling, so as to enhance the durability of their overall structure under the scorching fire. Therefore, buildings, fire doors, tunnel linings, etc. are suitable for use.
In summary, melamine flame retardant coatings are suitable for wood, metal, plastic, fiber, concrete and other types of substrates. Where fire resistance needs to be enhanced, materials can be selected to avoid danger. Its wide application makes it an indispensable choice for modern fire protection and security.
Even if it is wood, it is flammable and has always been the first to be used in fires. Applying this coating can significantly improve its fire resistance, making it difficult to burn and easy to extinguish. Whether it is furniture, construction, or transportation, it is used as a protection, safe from the flames.
Although metal is a non-combustible material, its surface often needs to be protected from fire transmission. This coating is attached to the surface of steel and aluminum alloys. Every time it encounters high temperature, it expands and expands, isolates heat flow, and delays damage to metal structures. The load-bearing skeleton of large buildings, or heavy facilities in the petroleum and chemical industries, all rely on this to increase safety.
As for polymer synthetic materials, such as polyvinyl chloride, polystyrene, polypropylene and other plastics, it is known to be flammable. At this time, the application of flame retardant coatings can significantly reduce the flammability of the material itself, ensuring the safety of cable coatings, transportation vehicle interiors, electronic device shells and other fields.
In addition, cloth fibers such as cotton, linen, wool, etc., can also benefit from melamine flame retardant coatings. It is attached to the surface of the fiber by dipping or spraying, which can cause textiles to self-extinguish in time when fireworks strike, without spreading into disasters. It is widely suitable for drapes, curtains, carpets and public places decoration.
The coating can also be applied to the surface of inorganic materials such as concrete and gypsum board. Although these materials have their own fire resistance, they are coated with a flame retardant layer to prevent the surface from crisping and peeling, so as to enhance the durability of their overall structure under the scorching fire. Therefore, buildings, fire doors, tunnel linings, etc. are suitable for use.
In summary, melamine flame retardant coatings are suitable for wood, metal, plastic, fiber, concrete and other types of substrates. Where fire resistance needs to be enhanced, materials can be selected to avoid danger. Its wide application makes it an indispensable choice for modern fire protection and security.
How effective is Melamine Flame Retardant Coating?
Melamine, translated as melamine, is an organic compound rich in nitrogen and is well-known in the field of flame retardancy. Its flame retardant coating, especially for paper, wood, fiber and plastic surfaces, is widely respected. When it is exposed to high temperature of fire, it can precipitate inert gases nitrogen and ammonia, quickly dilute the surrounding oxygen, inhibit combustion, and is a good recipe for suppressing smoke and flame. And its pyrolysis reproduces a porous carbon film, which adheres to the substrate, isolates external heat and oxygen, and prevents the spread of fire. Whether it is short-term high temperature or long-term smoldering, it has excellent flame retardant effect.
Melamine coating is mostly compatible with phosphate, ammonium polyphosphate, additives, etc., and is made into an intumescent flame retardant system. At the beginning of the fire, the coating dries and foams when heated, and the bubble layer rises gradually. The thickness increases sharply, which not only prevents heat transfer, but also prevents the generation of harmful gases, and enhances protection. Experiments have proved that the limiting oxygen index of wood coated with melamine-based flame retardant coating increases significantly compared with ordinary wood, the ignition point increases, and the smoke density decreases sharply. Furthermore, the decomposition temperature of melamine is moderate, which does not damage the mechanical properties of the substrate. It has excellent results in actual buildings, traffic, tunnels and other scenarios, and is widely used.
The flame retardant precipitation of melamine itself does not produce toxic substances, and has the reputation of environmental protection. Its chemical properties are stable, and it will not fail for a long time, and its function will not be reduced after weathering. However, its preparation and dispersion require a good compatible agent to ensure that the coating is uniform and firm. If the ratio is not good, it is easy to cause shedding, shrinkage, and anti-damage protection. Therefore, the process is essential and cannot be neglected.
Overall, Melamine Flame Retardant Coating has excellent flame retardant performance, blocking heat sources and preventing inflammation. It has multiple advantages of purifying smoke, environmental protection and durability. It is actually the leader of fire retardant coatings in this world. Supplemented by scientific compatibility and standardized construction, its effectiveness is enhanced, helping all things to stay safe in the fire.
Melamine coating is mostly compatible with phosphate, ammonium polyphosphate, additives, etc., and is made into an intumescent flame retardant system. At the beginning of the fire, the coating dries and foams when heated, and the bubble layer rises gradually. The thickness increases sharply, which not only prevents heat transfer, but also prevents the generation of harmful gases, and enhances protection. Experiments have proved that the limiting oxygen index of wood coated with melamine-based flame retardant coating increases significantly compared with ordinary wood, the ignition point increases, and the smoke density decreases sharply. Furthermore, the decomposition temperature of melamine is moderate, which does not damage the mechanical properties of the substrate. It has excellent results in actual buildings, traffic, tunnels and other scenarios, and is widely used.
The flame retardant precipitation of melamine itself does not produce toxic substances, and has the reputation of environmental protection. Its chemical properties are stable, and it will not fail for a long time, and its function will not be reduced after weathering. However, its preparation and dispersion require a good compatible agent to ensure that the coating is uniform and firm. If the ratio is not good, it is easy to cause shedding, shrinkage, and anti-damage protection. Therefore, the process is essential and cannot be neglected.
Overall, Melamine Flame Retardant Coating has excellent flame retardant performance, blocking heat sources and preventing inflammation. It has multiple advantages of purifying smoke, environmental protection and durability. It is actually the leader of fire retardant coatings in this world. Supplemented by scientific compatibility and standardized construction, its effectiveness is enhanced, helping all things to stay safe in the fire.
What are the construction methods of Melamine Flame Retardant Coatings?
Melamine Flame Retardant Coating, that is, melamine flame retardant coating, has many exquisite construction methods. It aims to resist fire and maintain material safety with a thin coating posture. If you want to construct it properly, you should follow the material properties, adapt to the situation, and choose the process carefully. There are probably the following methods:
One day, brush, use a wool brush, a roller to dip the paint, and evenly apply it to the surface of the substrate. Suitable for small areas or special-shaped structures, easy to reconcile, simple process, often used for walls and wood. To brush without marks, you must have a uniform force, apply it evenly in fractions, so that the thickness is consistent, and do not make the accumulation wrinkle.
The second is spraying. With the help of an air compressor, the paint is atomized and sprayed evenly on the surface. It is suitable for large-scale construction and has high efficiency. Before spraying, the substrate should be thoroughly cleaned to remove floating dust and keep it dry. It should be divided into several times, and each interval should be moderate to make the coating firm. This method has delicate film formation and good adhesion. However, there are a little more consumables, and it is necessary to prevent splash pollution.
The third is dipping coating. Small components or plates are immersed in melamine flame retardant paint, fully infiltrated, and wait for it to dry naturally. This method makes the paint fully wrapped and is often used for the protection of furniture and indoor structural parts. Although dipping coating can ensure comprehensive coverage, it is inconvenient for large-scale and on-site construction operations.
In the fourth day of roller coating, take a roller coating tool and dip it in the paint. Repeatedly roll over the flat surface, and apply the film evenly. Suitable for regular planes such as floors and door panels. Roll coating saves labor and materials, and has high work efficiency. Only the corners and details need to be covered with meticulous brushing.
As for the construction points, the first substrate treatment must be dusted, degreased, and dried. Secondly, prepare the paint, dilute it according to the ratio, and stir well. The application environment should be constant temperature and humidity, and strictly prevent open flames. When applying multiple layers, every other layer must be dried to prevent blistering and peeling. Self-check after completion, do not be negligent. By following these methods, melamine flame retardant coatings will be as solid as a rock, protecting all peace.
One day, brush, use a wool brush, a roller to dip the paint, and evenly apply it to the surface of the substrate. Suitable for small areas or special-shaped structures, easy to reconcile, simple process, often used for walls and wood. To brush without marks, you must have a uniform force, apply it evenly in fractions, so that the thickness is consistent, and do not make the accumulation wrinkle.
The second is spraying. With the help of an air compressor, the paint is atomized and sprayed evenly on the surface. It is suitable for large-scale construction and has high efficiency. Before spraying, the substrate should be thoroughly cleaned to remove floating dust and keep it dry. It should be divided into several times, and each interval should be moderate to make the coating firm. This method has delicate film formation and good adhesion. However, there are a little more consumables, and it is necessary to prevent splash pollution.
The third is dipping coating. Small components or plates are immersed in melamine flame retardant paint, fully infiltrated, and wait for it to dry naturally. This method makes the paint fully wrapped and is often used for the protection of furniture and indoor structural parts. Although dipping coating can ensure comprehensive coverage, it is inconvenient for large-scale and on-site construction operations.
In the fourth day of roller coating, take a roller coating tool and dip it in the paint. Repeatedly roll over the flat surface, and apply the film evenly. Suitable for regular planes such as floors and door panels. Roll coating saves labor and materials, and has high work efficiency. Only the corners and details need to be covered with meticulous brushing.
As for the construction points, the first substrate treatment must be dusted, degreased, and dried. Secondly, prepare the paint, dilute it according to the ratio, and stir well. The application environment should be constant temperature and humidity, and strictly prevent open flames. When applying multiple layers, every other layer must be dried to prevent blistering and peeling. Self-check after completion, do not be negligent. By following these methods, melamine flame retardant coatings will be as solid as a rock, protecting all peace.
What is the environmental performance of Melamine Flame Retardant Coatings?
Melamine Flame Retardant Coating is mainly composed of melamine, accompanied by a variety of additives, which are applied to the surface to prevent patients from fire. Its production and use are related to the current environmental protection affairs, so it is necessary to consider the facts in detail. Melamine is a nitrogen-containing high compound, which can release nitrogen cover when burned, isolate oxygen, and slow down the spread of fire. Compared with halogen flame retardants, it has no risk of releasing harmful halic acid gases. And its decomposition products are mostly non-toxic or low-toxic substances, such as carbon dioxide and water, which are harmless to the world. When preparing, the auxiliary materials used are often inorganic or low-organic toxins to reduce the burden on the environment. And the construction is simple, the emission of volatile organic compounds is low, and it is not a big obstacle to air pollution.
Considering the whole life cycle of "source-production-use-disposal", melamine flame retardant coatings can be recycled or safely disposed of, and there is no worry about the accumulation of persistent organic pollutants. Compared with traditional flame retardants such as bromine and phosphorus, nitrogen-based flame retardants are not easy to accumulate in organisms, and the environmental behavior is more friendly. However, if the raw material melamine leaks a lot, it can also generate a small amount of cyanamide at high temperature, which may have potential effects on water bodies and organisms. Therefore, production management must be strict, and disorderly discharge should be avoided.
Its waste disposal is mainly suitable for incineration or landfill. The decomposition product during incineration is halogen-free acid gas, and no long-lasting toxic gas escapes; if the landfill is properly managed, it is not easy to leak and the risk is controllable. Today, many countries around the world regard it as a model of new environmentally friendly flame retardant technology. Looking at the above, the environmental performance of Melamine Flame Retardant Coating is better than that of the ancient method, which is both fireproof and environmentally friendly. Only improper management has disadvantages, and it should be regulated throughout the process to ensure green sustainability. In this way, it can be said: "Those who are also fireproof and cause ecological harmony really rely on the wisdom of this new coating."
Considering the whole life cycle of "source-production-use-disposal", melamine flame retardant coatings can be recycled or safely disposed of, and there is no worry about the accumulation of persistent organic pollutants. Compared with traditional flame retardants such as bromine and phosphorus, nitrogen-based flame retardants are not easy to accumulate in organisms, and the environmental behavior is more friendly. However, if the raw material melamine leaks a lot, it can also generate a small amount of cyanamide at high temperature, which may have potential effects on water bodies and organisms. Therefore, production management must be strict, and disorderly discharge should be avoided.
Its waste disposal is mainly suitable for incineration or landfill. The decomposition product during incineration is halogen-free acid gas, and no long-lasting toxic gas escapes; if the landfill is properly managed, it is not easy to leak and the risk is controllable. Today, many countries around the world regard it as a model of new environmentally friendly flame retardant technology. Looking at the above, the environmental performance of Melamine Flame Retardant Coating is better than that of the ancient method, which is both fireproof and environmentally friendly. Only improper management has disadvantages, and it should be regulated throughout the process to ensure green sustainability. In this way, it can be said: "Those who are also fireproof and cause ecological harmony really rely on the wisdom of this new coating."
