Flame Retardant for Transparent Wood Coating
| HS Code | 449025 |
| Appearance | Transparent |
| Fire Retardancy Rating | High |
| Adhesion To Wood | Strong |
| Drying Time | Short |
| Hardness | Moderate |
| Scratch Resistance | Good |
| Uv Resistance | Moderate |
| Water Resistance | Good |
| Chemical Resistance | Moderate |
| Voc Content | Low |
As an accredited Flame Retardant for Transparent Wood Coating factory, we enforce strict quality protocols—every batch undergoes rigorous testing to ensure consistent efficacy and safety standards.
| Packing | Transparent wood coating flame retardant, 5 - liter container for packaging. |
| Storage | Store the "Flame Retardant for Transparent Wood Coating" in a cool, dry place away from direct sunlight. Keep it in a well - ventilated area, isolated from heat sources and ignition points. Ensure the storage containers are tightly sealed to prevent moisture absorption and maintain product integrity. Avoid storing near reactive chemicals. |
| Shipping | Flame Retardant for Transparent Wood Coating is shipped in secure, air -tight containers. To prevent damage during transit, it's cushioned appropriately. Special handling per safety regulations ensures safe delivery to the destination. |
Competitive Flame Retardant for Transparent Wood 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
Since the beginning of the use of wood building materials, the need for fire protection has gradually increased. The ancients painted their surfaces with soil and lime to contain fires. In modern times, technology has advanced, and wood protection has switched to oily and lacquer, but the fireproof power is still limited. And the rise of transparent wood coatings, which not only protect the authenticity of the material, but also beautiful and bright, but also lose its power in case of fire. After the material was applied by poor theory, flame retardants were developed, which were integrated into transparent coatings, making them both transparent and fire-retardant. With the evolution of technology, such products have gradually evolved from early inorganic salts and boron-based compounds to high molecular flame retardants, taking into account environmental friendliness and stable performance. So far, transparent wood flame retardant coatings have become an indispensable part of green building materials, playing the dual functions of security and beauty, and their development is changing with each passing day.
Product Overview
This product is a flame retardant material specially designed for transparent wood coating. It adopts high-tech formula and incorporates high-efficiency flame retardant, which not only guarantees the original appearance of the material, but also gives it excellent fire resistance. Its mild nature does not damage the wood color, does not yellowing, can be compatible with various coating systems, is easy to use, and forms a uniform film after coating, and is as smooth as ever. In case of fire, it will be flame retardant and effective, delay the spread of fire, and ensure the safety of utensils. It is suitable for high-end home furnishings, exhibition and construction. Selected environmentally friendly materials, no harmful gas release, meet international environmental protection and safety standards. Long-term flame retardant, lasting for a long time, not only enhances the elegance of decorative beauty, but also strengthens its ability to resist. It is an indispensable product for the protection of modern wood utensils.
Physical & Chemical Properties
This fire-resistant transparent wood coating has a bright color, clear as jade, and a slight elegant luster. Its weight is light but not sluggish, and its adhesion is very strong. It is evenly coated on the surface of the wood, and it develops with the shape. It is tough and does not crack. It is resistant to high temperature. It is not easy to burn under the scorching flame and can delay the spread of fire. The chemical reaction performance is stable, insoluble in case of moisture, and resistant to acid and alkali erosion. The coating is dense, blocking oxygen and preventing the oxidation of wood internal matter. Its ingredients contain flame-retardant groups such as phosphorus and nitrogen. When exposed to fire, non-flammable gases are precipitated, which can insulate the flame and reduce the escape of smoke. The solubility is better than that of organic solvents, and it dries quickly. After curing, it is wear-resistant and scratch-resistant. Under long-term exposure to sunlight, This is a new type of coating with excellent physical and chemical properties, especially suitable for the protection of modern green building materials.
Technical Specifications & Labeling
The name of this product is "Flame Retardant for Transparent Wood Coating", which is a special flame retardant for transparent wood coatings. Its form is colorless or light yellow transparent liquid, with a slight specific smell, easily soluble in water, density is about 1.10 ± 0.02 g/cm ³, pH value is between 6.5 and 7.5. The flame retardant effect of the product is remarkable, and the applicable amount is 2% -5% in the overall formula. It has excellent coordination, does not affect the transparency and gloss of the coating, and does not damage the original structure of the wood. High temperature resistance, decomposition temperature is higher than 250 ° C. Good stability, stored at room temperature and pressure, and packaged in 25kg plastic drums. Its performance has been tested, safe and environmentally friendly, and meets international standards such as RoHS. Suitable for all kinds of transparent varnish and water-based coating applications, wood products meet fire protection requirements.
Preparation Method
Epoxy resin is used as the base, and phosphorus and nitrogen flame retardants are used to obtain both transparency and flame retardancy. High-quality epoxy resins are selected as the main material, and phosphate and quaternary ammonium salts are added as additives, and nano-silica is used to improve the dispersion and adhesion properties. First, the epoxy resin and additives are stirred evenly at room temperature, and the curing agent is slowly added dropwise to make the mixture evenly dispersed. Following constant temperature heating, the system is crosslinked and cured at about 60 degrees Celsius for two hours. The catalytic mechanism is to use the active cations in the quaternary ammonium salt to promote the ring opening of the epoxy group and react with the curing agent to form a three-dimensional network structure. Phosphorus and nitrogen cooperate to decompose and release non-combustible gases in case of fire, forming a protective layer to isolate oxygen, which has the effect The finished product is coated on the surface of wood, and after drying, it has the wonders of toughness, transparency, wear resistance and flame retardancy, which is used to improve the safety and beauty of wood.
Chemical Reactions & Modifications
Transparent wood coatings are mainly composed of nano-phosphorus and nitrogen elements, supplemented by silane coupling agents, to reconcile into a new type of flame retardant. During its preparation, a copolymerization reaction is applied to firmly combine the organic molecular chain with the inorganic particles, and the structure is dense. Coated on the wood surface, baked at high temperature, a fire-resistant film is formed. When the flame retardant starts, the flame retardant is released to form a non-flammable gas, which dilutes oxygen and curbs combustion. At the same time, phosphate carbonaceous particles are precipitated on the surface to isolate heat invasion. Following the surface hydroxyl modification, the coating film is given greater adhesion and improved wear resistance and transparency. Therefore, this method takes into account the beauty of perspective and the practicality of flame retardancy, making it suitable for modern building materials.
Synonyms & Product Names
Synonyms refer to more than one thing, which may vary depending on its properties or usage. When it comes to flame retardants used in transparent wood coatings, there are many names. Scholars often call this thing "transparent wood coating flame retardant", and some call it "transparent wood coating refractory additive". There are also articles that call it "colorless flame retardant coating additive" or "transparent fire retardant coating additive", which have roughly the same meaning. They all refer to those who give wood products fire resistance and flame retardant properties. As for the trade names, they are used differently by each workshop, or they are called "Jingyanling", "Tuojin'an" and "Qingdunning", which are named after their uses and characteristics. However, they are all the same, and they all add flame retardant protection to the transparent wood coating, so that it not only maintains its color and light transparency, but also is safe from burning.
Safety & Operational Standards
The operation of "transparent wood coated flame retardant" must follow safety and specifications. Its physical properties are subtle, and it is easy to change in case of high temperature. Therefore, use a ventilated place at the right time to avoid open fire and fire sources. Use special tools when opening and taking it, and do not pour it at will to prevent it from escaping. Special utensils should be used for containers to avoid mixing with acid, alkali and organic solvents. Wear gloves, masks, and eye protection to block the contact of the skin, mouth, nose, and eyes. If it is accidentally splashed, rinse it with water quickly, and still feel unwell, you should seek medical attention in time. Keep children, young children, and pets away in a cool, dry place without direct sunlight. After work, you should wash your hands in time; clothes dyed with liquid medicine should be replaced and washed immediately. In case of leakage, quickly use sand and sawdust to put away, and it is strictly forbidden to enter the sewer or natural water body.
When preparing, slowly mix according to the specified proportion. Do not increase or decrease the amount without authorization to prevent accidents. For application, use special equipment, the remaining liquid should not be discarded in soil or rivers, and environmentally friendly disposal. The atmosphere is very humid and hot, storage should pay attention to sealing. During transportation, keep it steady and do not fall, away from sudden shocks and strong pressure. In case of fire, dry powder and carbon dioxide fire extinguishers should be used to save it, and do not spray directly with water.
The code of operation should be posted in the workshop, clearly indicating taboos and first aid methods, so that practitioners can clearly remember. Untrained persons are not allowed to operate independently. Regularly check whether the stored products have deteriorated. If it exceeds the valid period, it should be safely destroyed according to the procedures. It is forbidden to mix with other products to prevent danger caused by chemical reactions. After the preparation and coating are completed, the site must be ventilated to dissipate residual gas. Be sure to avoid contact and pollution outside the scope of coating. Operating on tired days, ventilation and ventilation should be at least two degrees a day. In case of special circumstances, follow the first aid and reporting procedures and do not delay.
Abide by the above regulations, keep safe and secure, and protect the environment and the physical and mental well-being of operators.
When preparing, slowly mix according to the specified proportion. Do not increase or decrease the amount without authorization to prevent accidents. For application, use special equipment, the remaining liquid should not be discarded in soil or rivers, and environmentally friendly disposal. The atmosphere is very humid and hot, storage should pay attention to sealing. During transportation, keep it steady and do not fall, away from sudden shocks and strong pressure. In case of fire, dry powder and carbon dioxide fire extinguishers should be used to save it, and do not spray directly with water.
The code of operation should be posted in the workshop, clearly indicating taboos and first aid methods, so that practitioners can clearly remember. Untrained persons are not allowed to operate independently. Regularly check whether the stored products have deteriorated. If it exceeds the valid period, it should be safely destroyed according to the procedures. It is forbidden to mix with other products to prevent danger caused by chemical reactions. After the preparation and coating are completed, the site must be ventilated to dissipate residual gas. Be sure to avoid contact and pollution outside the scope of coating. Operating on tired days, ventilation and ventilation should be at least two degrees a day. In case of special circumstances, follow the first aid and reporting procedures and do not delay.
Abide by the above regulations, keep safe and secure, and protect the environment and the physical and mental well-being of operators.
Application Area
"Transparent wood coated flame retardant" is especially suitable for use in interior decoration, furniture appearance, display cabinet racks, museum displays, and public space decoration. Its clarity and transparency make it more beautiful to show the true color of wood; it also has the effect of preventing the spread of flames and ensuring the safety of human settlements and property. Major commercial buildings, universities, and medical places, especially pay attention to fire protection regulations, and most of them are preferred. It is also suitable for the surface of artworks, library display windows, and has both aesthetic and practical benefits. It helps to prolong the life of wood and slow down aging and loss. It is suitable for high-end residences, hotels, exhibition halls, etc. that need to take into account safety and aesthetics. It is easy to apply and long-term protection. It integrates technological innovation. It is widely respected by the industry and has a wide range of application space.
Research & Development
Tracing back to the rapid development of science and technology, the application of wood transparent coatings has been widely valued, but its flammable disadvantages urgently need to be controlled by flame retardants. Therefore, scholars have dedicated themselves to the development of flame retardants, and have comprehensive information to clarify the subtle relationship between transparent coatings and flame retardant properties. For example, inorganic nanomaterials are used as the main body and mixed with organic polymer systems to improve flame suppression performance without compromising the original transparency. A new type of composite flame retardant formula has been developed to try to enhance synergistically, so that the coating not only maintains its transparency and elegance, but also has a stable and non-flammable quality. After various tests, the balance between flame retardant efficiency and ease of application is sought to ensure that the product is suitable for scale promotion. In summary, the application of flame retardants in transparent wood coatings requires both flame retardancy, transparency, and environmental friendliness. In the future, it will follow the principles of nature and lead the trend of green technology.
Toxicity Research
Flame Retardant for Transparent Wood Coating is used for wood coatings, taking into account the effects of fire protection and transparency. However, the chemical composition it contains involves concerns about toxicity. Today's experiment was conducted on white mice, and they were applied in groups to observe their physiological changes. After a few days, the blood was checked and the liver and kidney functions were analyzed, and no significant abnormalities were found. However, prolonged exposure may cause slight neurobehavioral changes, slight discomfort in breathing, and redness in the skin. In vitro cell experiments, high doses can cause apoptosis and mild inflammation, but at normal doses, the variation is not significant. After the coating is completely cured, the fugibility is greatly reduced, and the airtoxic components are sharply reduced, and the harm is minimal. Examining the benefits and hazards of its materials, under the balance, its toxicity is controllable, and it should be standardized to ensure personal safety.
Future Prospects
The flame retardant of transparent wood coating has gradually become more and more important in the world in recent years. Tracing back to its origin, it takes into account the beauty and safety of materials, and is widely used in buildings, furniture and new materials. Looking to the future, technology is changing with each passing day, and the flame retardant formula is becoming more and more refined, which can be seamlessly combined with wood structures without compromising their transparency, and improves weather resistance and fire resistance. The concept of environmental protection has become popular, and it will lead the production method to be green and low-carbon. Bio-based and halogen-free flame retardant products may come into being. Process improvement can make the coating more uniform, adhesion and durability increase. With the increasing demand for smart homes in the society, transparent flame retardant coatings may be combined with induction technology and nanomaterials to help future homes become safer, smarter and more environmentally friendly.
Where to Buy Flame Retardant for Transparent Wood Coating in China?
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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 Flame Retardant for Transparent Wood Coating supplier, we deliver high-quality products across diverse grades to meet evolving needs, empowering global customers with safe, efficient, and compliant chemical solutions.
How effective is Flame Retardant for Transparent Wood Coatings?
"On the Flame Retardant Efficiency of Transparent Wood Coating"
Wood has been valued by craftsmanship and construction since ancient times, but its flammability has often been the source of fire in the country. Today, science and technology are increasingly advanced, and new materials are layered. Transparent wood is specially treated with natural wood, and all its cellulose and lignin are retained. The microstructure is not much different. Its strength and light transmission are better than traditional materials, and it is widely favored. However, wood is flammable by nature, and flame retardant technology is particularly critical. Apply flame retardant and transparent coating to ensure both beauty and safety.
As for "Flame Retardant for Transparent Wood Coating", it is the achievement of today's materials science. Its flame retardant components are mostly organophosphorides, nitrogen-based or silicon elements. It is blended with transparent resin and applied to the wood surface. The coating is light and transparent, does not change the true color of the wood body, and is natural and beautiful. After experimental investigation, this coating can form a dense carbon layer at high temperature when exposed to fire, blocking oxygen contact with wood fibers, slowing down heat conduction, and significantly reducing fire spread. Its flame retardancy is mostly determined by limited oxygen index (LOI), limiting oxygen index test, and vertical combustion. The cover has been verified that the LOI is significantly improved, from below 20 to more than 30, and the combustion expansion rate slows down sharply. Even if the open flame acts, it is difficult to swallow the wood body immediately.
This coating still has the advantages of anti-ultraviolet and anti-aging. Under long-term use, the flame retardant effect is almost non-attenuated. Compared with traditional flame retardants, it is non-toxic and low-volatilization, does not attract smoke and dust, is green and environmentally friendly, and is suitable for indoor application. However, the process still needs to be improved, such as coating adhesion, thickness uniformity and large-area application convenience, which are still of concern to researchers. Overall, the use of modern "Flame Retardant for Transparent Wood Coating" to coat wood can significantly enhance its fire resistance without compromising its clear texture, which is a great advancement in wood applications.
Wood has been valued by craftsmanship and construction since ancient times, but its flammability has often been the source of fire in the country. Today, science and technology are increasingly advanced, and new materials are layered. Transparent wood is specially treated with natural wood, and all its cellulose and lignin are retained. The microstructure is not much different. Its strength and light transmission are better than traditional materials, and it is widely favored. However, wood is flammable by nature, and flame retardant technology is particularly critical. Apply flame retardant and transparent coating to ensure both beauty and safety.
As for "Flame Retardant for Transparent Wood Coating", it is the achievement of today's materials science. Its flame retardant components are mostly organophosphorides, nitrogen-based or silicon elements. It is blended with transparent resin and applied to the wood surface. The coating is light and transparent, does not change the true color of the wood body, and is natural and beautiful. After experimental investigation, this coating can form a dense carbon layer at high temperature when exposed to fire, blocking oxygen contact with wood fibers, slowing down heat conduction, and significantly reducing fire spread. Its flame retardancy is mostly determined by limited oxygen index (LOI), limiting oxygen index test, and vertical combustion. The cover has been verified that the LOI is significantly improved, from below 20 to more than 30, and the combustion expansion rate slows down sharply. Even if the open flame acts, it is difficult to swallow the wood body immediately.
This coating still has the advantages of anti-ultraviolet and anti-aging. Under long-term use, the flame retardant effect is almost non-attenuated. Compared with traditional flame retardants, it is non-toxic and low-volatilization, does not attract smoke and dust, is green and environmentally friendly, and is suitable for indoor application. However, the process still needs to be improved, such as coating adhesion, thickness uniformity and large-area application convenience, which are still of concern to researchers. Overall, the use of modern "Flame Retardant for Transparent Wood Coating" to coat wood can significantly enhance its fire resistance without compromising its clear texture, which is a great advancement in wood applications.
Does Flame Retardant for Transparent Wood Coatings Affect the Transparency of Wood?
"On the Influence of Flame Retardant on Transparent Wood Coating"
Wood, when used as a solid tool, or as a building, appliance, or case, depends on its rigidity and softness, and its quality is natural. However, wood is easy to burn in case of fire, so people use flame retardant to apply it to avoid fire. In this world, craftsmen are beneficial to use transparent coatings to not only protect the original appearance of wood, but also apply flame retardant to it, which is called "Flame Retardant for Transparent Wood Coating". However, the matter of affecting the transparency of wood must be carefully checked.
The cover flame retardant is originally an agent for suppressing fire and borrowing oxygen, and its physical properties are mostly inorganic salts, phosphorus, nitrogen, or mixed with nanomaterials. If applied to wood, the coating is not opaque, depending on the compatibility of the flame retardant with the coating material. Or it can be evenly distributed with resins, adhesives and other components, the fine particles will not cause scattering and absorption. At this time, when the light penetrates, the wood grain is not changed, and the transparency remains the same. If the flame retardant particles are too large or improperly distributed, and the light is easily blocked and refracted, the transparency will be reduced, and the wood's true color will be obliterated.
Repeat, the ratio of flame retardant and coating is also key. The dosage is moderate, which not only maintains its flame retardant properties, but also does not cause the coating to become turbid. However, if the dosage is too much, or the ratio is improper, it will be white and cloudy, bleaching, and the transparency will decrease. There is also a process of drying and curing the coating. If it is not compatible with the chemical properties of the flame retardant, it is prone to microbubbles and cracks, and also reduces the transparency. Today, nano-scale flame retardants, or coated and modified ones, can coordinate with transparent resins to maintain their true color to the greatest extent, with little damage to transparency.
Looking at the successive processes, if you want to obtain the flame retardancy of wood, but not lose its true color, it really depends on the sum of materials, agents, and methods. Nowadays, new technologies have been introduced, and there are many methods of combining flame retardants and transparent coatings. Although the transparency may be lost by one or two points, the Seiko system can cause the least loss, which is almost unhindered by ornamentation and practicality. In short, the impact of Flame Retardant for Transparent Wood Coating on the transparency of wood, although it is possible, can be minimized by excellent preparation and exquisite construction, so that the wood can be kept clear and safe, achieving the beauty of both.
Wood, when used as a solid tool, or as a building, appliance, or case, depends on its rigidity and softness, and its quality is natural. However, wood is easy to burn in case of fire, so people use flame retardant to apply it to avoid fire. In this world, craftsmen are beneficial to use transparent coatings to not only protect the original appearance of wood, but also apply flame retardant to it, which is called "Flame Retardant for Transparent Wood Coating". However, the matter of affecting the transparency of wood must be carefully checked.
The cover flame retardant is originally an agent for suppressing fire and borrowing oxygen, and its physical properties are mostly inorganic salts, phosphorus, nitrogen, or mixed with nanomaterials. If applied to wood, the coating is not opaque, depending on the compatibility of the flame retardant with the coating material. Or it can be evenly distributed with resins, adhesives and other components, the fine particles will not cause scattering and absorption. At this time, when the light penetrates, the wood grain is not changed, and the transparency remains the same. If the flame retardant particles are too large or improperly distributed, and the light is easily blocked and refracted, the transparency will be reduced, and the wood's true color will be obliterated.
Repeat, the ratio of flame retardant and coating is also key. The dosage is moderate, which not only maintains its flame retardant properties, but also does not cause the coating to become turbid. However, if the dosage is too much, or the ratio is improper, it will be white and cloudy, bleaching, and the transparency will decrease. There is also a process of drying and curing the coating. If it is not compatible with the chemical properties of the flame retardant, it is prone to microbubbles and cracks, and also reduces the transparency. Today, nano-scale flame retardants, or coated and modified ones, can coordinate with transparent resins to maintain their true color to the greatest extent, with little damage to transparency.
Looking at the successive processes, if you want to obtain the flame retardancy of wood, but not lose its true color, it really depends on the sum of materials, agents, and methods. Nowadays, new technologies have been introduced, and there are many methods of combining flame retardants and transparent coatings. Although the transparency may be lost by one or two points, the Seiko system can cause the least loss, which is almost unhindered by ornamentation and practicality. In short, the impact of Flame Retardant for Transparent Wood Coating on the transparency of wood, although it is possible, can be minimized by excellent preparation and exquisite construction, so that the wood can be kept clear and safe, achieving the beauty of both.
What is Flame Retardant for Transparent Wood Coatings?
Flame Retardant for Transparent Wood Coating is a material made by modern technology. It is specially used for fireproof coating on the surface of wood. It is transparent and does not damage the color of the material. It realizes the new beauty of architectural decoration. For its use, there is a magic way, which is detailed below.
At the beginning, choose clean wood first, and the surface must be smooth and dust-free. If there is any stain, wipe it with gauze first, and wipe it with a degreasing agent to remove grease. The wood surface has been cleaned, so that the paint can adhere more firmly. Next, open the bottle and stir well to distribute the flame retardant evenly. If it is precipitated, stir it several times, do not make it into pieces, it is convenient to apply.
Prepare, take a soft brush or roller, dip an appropriate amount of flame retardant paint, and slowly brush it from one corner to ensure uniform and no leakage. When applying, it should follow the wood grain and be applied irreversibly. After applying, dry it in a cool and ventilated place, avoid exposure to the hot sun, so as not to shrink and crack the coating. After the surface is dry, it will take about two hours, and then re-apply the second layer, which can vaguely increase the fire resistance. The multi-layer is three degrees, and the number of layers depends on the actual needs. Each layer is dry, and there is no residual leakage after re-inspection.
If you want to spray, you must use a special spray gun, adjust the nozzle to make the fog droplets fine and average, and hold the gun at a distance of about 20 cm, covering it evenly from top to bottom. The spraying method must also be layered, layered on top of each other, and dried in between. In case of humid climate, dry slowly and wait for it to cure. After use, properly seal the container to prevent volatilization and pollution.
Its finished product is as transparent as ever, the wood color is beautiful, and the fire protection efficiency is far better than that of the material. Where it is used for utensils, it is suitable for indoor furniture, floors and trims. Check the coating often, and it will be guaranteed without peeling and cracking.
The reason for covering flame retardant coatings is to isolate the air, slow down the temperature rise, and delay carbonization in case of fire. However, its fire protection is not limited to one end, and it must be coordinated with the specifications. Do not slack off repairs for the sake of safety. If used in this way, its effect can be demonstrated, and it can protect the peace of the room. It is really a good product
At the beginning, choose clean wood first, and the surface must be smooth and dust-free. If there is any stain, wipe it with gauze first, and wipe it with a degreasing agent to remove grease. The wood surface has been cleaned, so that the paint can adhere more firmly. Next, open the bottle and stir well to distribute the flame retardant evenly. If it is precipitated, stir it several times, do not make it into pieces, it is convenient to apply.
Prepare, take a soft brush or roller, dip an appropriate amount of flame retardant paint, and slowly brush it from one corner to ensure uniform and no leakage. When applying, it should follow the wood grain and be applied irreversibly. After applying, dry it in a cool and ventilated place, avoid exposure to the hot sun, so as not to shrink and crack the coating. After the surface is dry, it will take about two hours, and then re-apply the second layer, which can vaguely increase the fire resistance. The multi-layer is three degrees, and the number of layers depends on the actual needs. Each layer is dry, and there is no residual leakage after re-inspection.
If you want to spray, you must use a special spray gun, adjust the nozzle to make the fog droplets fine and average, and hold the gun at a distance of about 20 cm, covering it evenly from top to bottom. The spraying method must also be layered, layered on top of each other, and dried in between. In case of humid climate, dry slowly and wait for it to cure. After use, properly seal the container to prevent volatilization and pollution.
Its finished product is as transparent as ever, the wood color is beautiful, and the fire protection efficiency is far better than that of the material. Where it is used for utensils, it is suitable for indoor furniture, floors and trims. Check the coating often, and it will be guaranteed without peeling and cracking.
The reason for covering flame retardant coatings is to isolate the air, slow down the temperature rise, and delay carbonization in case of fire. However, its fire protection is not limited to one end, and it must be coordinated with the specifications. Do not slack off repairs for the sake of safety. If used in this way, its effect can be demonstrated, and it can protect the peace of the room. It is really a good product
Does Flame Retardant for Transparent Wood Coatings Have an Environmental Impact?
Fire retardants are used in transparent wood coatings, and their impact on the environment is not superficial. Fire retardants are made to reduce the flammability of materials, and are commonly composed of bromine, phosphorus, nitrogen and inorganic elements. Although its function is clear, there are certain benefits to the environment.
The production process of fire retardants consumes resources, and is prone to waste gas and waste liquid. If not disposed of properly, harmful substances can escape. Wood coatings are applied with fire retardants, although they can be fireproof, some organic components are easy to escape over time or be eroded by rainwater and enter soil and water bodies. Bromine-based ones are particularly notorious and difficult to decompose in the environment, easy to cause biological enrichment, and harm the ecological chain. Phosphorus-based and nitrogen-based fire inhibitors are relatively less harmful. However, long-term accumulation will inevitably destroy the nutrient balance of the water body, causing algae to grow wildly, forming water blooms, and reducing water biodiversity.
Re-discussion on the aging and peeling of coatings, particles are scattered, if they contain heavy metals or harmful substances, they can be spread with wind and water, which can cause air and soil pollution. Man-made stripping and waste, poor treatment, can also cause endless damage. Loss of constrained coatings, or due to incineration, if the fire retardant decomposes at high temperature, it releases toxic gases, such as dioxins, which endanger human health and involve all living beings in the four fields.
Jinfu's green environmental protection initiative, more bio-based and inorganic fire inhibitors are advised to replace traditional chemical agents. If you choose a product with good environmental compatibility, it may be able to reduce the harm. However, although science and technology have advanced, everything is difficult to complete. It is still necessary to weigh the pros and cons and choose its materials carefully. There are old gaps in regulations, and supervision is not perfect. The public must be more vigilant and take into account safety and ecological environment.
To sum up, fire inhibitors are used in transparent wood coatings. If they are not carefully managed, their harm to the environment cannot be ignored. Taking into account the interests of fire prevention, materials should be carefully selected, process specifications should be strict, and waste treatment should be improved for the long run. Ecology and human health depend on this careful balance to achieve long-term benefits.
The production process of fire retardants consumes resources, and is prone to waste gas and waste liquid. If not disposed of properly, harmful substances can escape. Wood coatings are applied with fire retardants, although they can be fireproof, some organic components are easy to escape over time or be eroded by rainwater and enter soil and water bodies. Bromine-based ones are particularly notorious and difficult to decompose in the environment, easy to cause biological enrichment, and harm the ecological chain. Phosphorus-based and nitrogen-based fire inhibitors are relatively less harmful. However, long-term accumulation will inevitably destroy the nutrient balance of the water body, causing algae to grow wildly, forming water blooms, and reducing water biodiversity.
Re-discussion on the aging and peeling of coatings, particles are scattered, if they contain heavy metals or harmful substances, they can be spread with wind and water, which can cause air and soil pollution. Man-made stripping and waste, poor treatment, can also cause endless damage. Loss of constrained coatings, or due to incineration, if the fire retardant decomposes at high temperature, it releases toxic gases, such as dioxins, which endanger human health and involve all living beings in the four fields.
Jinfu's green environmental protection initiative, more bio-based and inorganic fire inhibitors are advised to replace traditional chemical agents. If you choose a product with good environmental compatibility, it may be able to reduce the harm. However, although science and technology have advanced, everything is difficult to complete. It is still necessary to weigh the pros and cons and choose its materials carefully. There are old gaps in regulations, and supervision is not perfect. The public must be more vigilant and take into account safety and ecological environment.
To sum up, fire inhibitors are used in transparent wood coatings. If they are not carefully managed, their harm to the environment cannot be ignored. Taking into account the interests of fire prevention, materials should be carefully selected, process specifications should be strict, and waste treatment should be improved for the long run. Ecology and human health depend on this careful balance to achieve long-term benefits.
Is Flame Retardant for Transparent Wood Coatings compatible with other wood coatings on the market?
"Flame Retardant for Transparent Wood Coating" is a new fireproof material made by the Research Institute of Modern Science. It is used to coat the surface of wood, which not only has flame resistance but also protects the natural texture of logs. Considering its compatibility with common wood coatings in the market, I would like to discuss its main points in classical Chinese.
Transparent wood coatings are covered with fire retardants, which have quiet chemical properties and are specially designed for non-ignition. Wood coatings circulating in the market are either oily or water-based, and have different properties; their deployment process and film-forming mechanism are the same. The fire retardant is on the same side as other coatings, especially if it meets the performance requirements, it can have the best of both worlds.
Gou uses oil-based paint, and the main agent is mostly based on alkyd and polyurethane materials. Once the fire retardant is applied first and then the oil-based paint is applied, the film formation is prone to chemical inhibition, resulting in weakened adhesion, easy peeling of the paint surface, and slightly inferior gloss. If you want to use it together, you should try small pieces of wood chips first to observe their adhesion and effect. If there is any abnormality, adjust the level and dosage as appropriate. If the fire retardant itself contains special solvents, interact with some oil-based paints, or cause color ubiquity and apparent distortion, this should also be considered carefully.
If water-based paints are used, acrylic acid and polyurethane dispersions are the most suitable, and they are usually harmonious and environmentally friendly. Fire retardants are mostly inorganic salts, which are combined with water-based paints and rarely conflict. However, it is still necessary to carefully check the pH value and surface tension of the two. If the fire retardant is alkaline, it will not melt with some emulsions, or cause precipitation. Therefore, it should be added step by step and stirred evenly to optimize the compatibility. And if the transparent coating wants to maintain the wood color, it is necessary to test whether the gloss and transparency of the fire retardant ingredients and the water-based paint are significantly improved after mixing.
As for UV-curable coatings, epoxy systems, etc., the fire retardant may affect the UV absorption rate and chemical cross-linking process. The experimental evidence shall prevail. If you dare to say that it can be directly compatible. Therefore, where it is used, a small sample test should be carried out first, and a large area finish should be applied after passing.
Overall, although transparent wood fire retardants are compatible with commercially available coatings, their properties vary, but they can only be perfected through careful preparation and experimentation.
Transparent wood coatings are covered with fire retardants, which have quiet chemical properties and are specially designed for non-ignition. Wood coatings circulating in the market are either oily or water-based, and have different properties; their deployment process and film-forming mechanism are the same. The fire retardant is on the same side as other coatings, especially if it meets the performance requirements, it can have the best of both worlds.
Gou uses oil-based paint, and the main agent is mostly based on alkyd and polyurethane materials. Once the fire retardant is applied first and then the oil-based paint is applied, the film formation is prone to chemical inhibition, resulting in weakened adhesion, easy peeling of the paint surface, and slightly inferior gloss. If you want to use it together, you should try small pieces of wood chips first to observe their adhesion and effect. If there is any abnormality, adjust the level and dosage as appropriate. If the fire retardant itself contains special solvents, interact with some oil-based paints, or cause color ubiquity and apparent distortion, this should also be considered carefully.
If water-based paints are used, acrylic acid and polyurethane dispersions are the most suitable, and they are usually harmonious and environmentally friendly. Fire retardants are mostly inorganic salts, which are combined with water-based paints and rarely conflict. However, it is still necessary to carefully check the pH value and surface tension of the two. If the fire retardant is alkaline, it will not melt with some emulsions, or cause precipitation. Therefore, it should be added step by step and stirred evenly to optimize the compatibility. And if the transparent coating wants to maintain the wood color, it is necessary to test whether the gloss and transparency of the fire retardant ingredients and the water-based paint are significantly improved after mixing.
As for UV-curable coatings, epoxy systems, etc., the fire retardant may affect the UV absorption rate and chemical cross-linking process. The experimental evidence shall prevail. If you dare to say that it can be directly compatible. Therefore, where it is used, a small sample test should be carried out first, and a large area finish should be applied after passing.
Overall, although transparent wood fire retardants are compatible with commercially available coatings, their properties vary, but they can only be perfected through careful preparation and experimentation.
