Intumescent Coating APP660
| HS Code | 186053 |
As an accredited Intumescent Coating APP660 factory, we enforce strict quality protocols—every batch undergoes rigorous testing to ensure consistent efficacy and safety standards.
| Packing | Intumescent Coating APP660 comes in 5 - gallon containers for easy use. |
| Storage | Intumescent Coating APP660 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 build - up of fumes. Store containers tightly sealed to avoid moisture ingress, which could affect its performance. The storage temperature should be maintained between 5 - 35°C to ensure product stability. |
| Shipping | Intumescent Coating APP660 is shipped in sealed, corrosion - resistant containers. Adequate cushioning is used to prevent damage. Shipment follows strict chemical transport regulations to ensure safety during transit. |
Competitive Intumescent Coating APP660 prices that fit your budget—flexible terms and customized quotes for every order.
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Historical Development
In the past, the fire raged, the buildings were damaged, and the losses were heavy. Craftsmen sought a way to avoid disasters, because it was the art of fire prevention that flourished. In modern times, science flourished, and Western craftsmen combined materials to create an expansive fireproof coating, called Intumescent Coating. Its APP660 began with material innovation, and it appreciated the wonderful use of polymers and auxiliaries. When applied to steel structures, they would expand in case of fire, and the shell would be hardened to resist high temperature and protect the structure. At first, the formula was still coarse. After testing, the performance gradually improved. Manufacturers need to use the latest technology to align with international standards, and the protection, durability, and environmental protection characteristics of APP660 have been greatly improved. Widely used in high-rise buildings and transportation facilities to protect people. Its development process, in the joint promotion of technology and demand, has become a trend, and has now become a must-use material for fire protection projects.
Product Overview
Intumescent Coating APP660 is a special intumescent fire retardant coating. Its material is based on polymer compounds and contains phosphorus and nitrogen elements. It expands rapidly in case of high temperature flames, forming a dense carbonized heat insulation layer, which effectively blocks heat transfer, delays the temperature rise of the substrate, and protects the structure. Its quality is strong and easy to apply, and it is also disturbed by corrosion, water immersion, and ultraviolet rays, which is enduring. It is suitable for steel structures in industries and buildings, especially in places involving explosion and combustion such as petroleum and chemical industries. APP660 is well-prepared, green and environmentally friendly, with a light smell, and conforms to modern environmental protection regulations. Where it is used, it is necessary to improve the fire protection level and ensure the safety of people and money. It is really the leader of today's fire retardant coatings.
Physical & Chemical Properties
Intumescent Coating APP660 is also a fine product of fireproof coating. It is like a cream, the color is clean, and the gel is slightly sticky. It is tough, swells in case of pressure, and does not burn. It thickens in case of self-generated foam in case of fire. Its foam is firm and isolates heat sources. It partially dissolves in contact with water, is resistant to acid and alkali but does not rot, and is difficult to be invaded by various substances. It has a slight odor and is comfortable at room temperature. If the temperature is moderate, the performance will remain unchanged; if the high temperature is approaching, it will precipitate the expansion by itself to form a porous carbon layer to protect the substrate. The specific gravity is uniform, the density is moderate, and it is easy to apply. The chemical structure is stable, and various ions and solvents are not easy to decompose. Easy to store for a long time, easy to stir, and safe to transport. It is widely used in buildings and ships to
Technical Specifications & Labeling
Intumescent Coating APP660 is a Miocene fire-resistant coating with modern technology, which is specially used for the protection of steel structures. Its main components are polymer resins and expansion agents, which rapidly foam and expand in case of high temperature to form a dense carbon layer to isolate the fire source. The standard color is white, with a glossy matte surface, and the dry film thickness is 120 to 500 microns. The specific gravity is about 1.4, the solid content is as high as 70%. The surface dry time is one hour at room temperature, and the recoating interval is as short as six hours. It is resistant to moisture and heat, corrosion, and has excellent adhesion. It is suitable for many types of buildings. The net weight of the package is 25 kilograms. Store in a cool and dry place. The shelf life is December. The application should be in accordance with the specifications, with primer and topcoat. The operating temperature is 5 to 35 degrees, and the fire performance is up to the first-class standard.
Preparation Method
Aminophosphoric acid, ammonia water and hydrogen peroxide are taken as raw materials, mixed in a certain proportion, slowly heated to a suitable temperature, and stirred to make it uniform. After adding ammonium phosphate and caprolactam, it is moved into the reactor to control temperature and pressure to promote its polycondensation. In this process, the catalyst is sodium tripolyphosphate as the first to accelerate the conversion of intermediates. Gas escapes, water evaporates, and white solids precipitate. Then filtered, washed, and dried to obtain crystal APP660. This reaction mechanism first uses amino groups to carry out nucleophilic attack on phosphate intermediates, followed by chain polymerization to form a three-dimensional network of inorganic polymers. Sodium tripolyphosphate plays the role of energy barrier and profit bond in the conversion process. The final product has a dense structure, expands in case of fire, and has greatly increased adiabatic and fireproof properties.
Chemical Reactions & Modifications
Intumescent Coating APP660 is an inorganic phosphorus-based compound, which is refractory to combustion. In case of fire, its structure is thermally conductive, and it contains amino-organic acid salts that react with carbon sources to precipitate a swelling-induced porous carbon layer. The carbon layer blocks gas and heat, so that the underlying substrate can be safe. Modification methods are mostly self-crosslinking or hybrid blending, such as introducing polymer functional groups, or doping silicon-based and aluminum-based particles to increase its thermal stability, improve its weathering and water resistance. After surface treatment, it is changed to be hydrophilic and hydrophobic, making the coating dense and more firmly attached. Chemical reactions control the release of ammonia, phosphorus release, synergistic carbonization, and form a carbon curtain to suppress combustion. Therefore, after the modification of APP660, its performance is more perfect, and it is widely used in engineering buildings to meet the fire protection requirements of multiple environments.
Synonyms & Product Names
Fire retardant coatings sold in the market are called intumescent coatings and flame retardant coatings. Their meanings all refer to expanding in case of fire, turning into foam, shielding fire, and protecting objects from flames. If you take Intumescent Coating APP660 as an example, its synonymous name is very complex, or it is called intumescent fire retardant coating, or intumescent flame retardant coating, and it is also called fire-resistant coating, flame-resistant film coating, and foaming protective paint. However, in essence, they all use polymers as carriers, which will release gas and evolve in case of high temperature, generating a dense carbon layer to isolate heat sources. The trade names on the market may be simplified to APP660 fire retardant coating, or the label Intumescent Paint APP660, indicating its characteristics and models. Although the names are different, they are all designed to ensure structural safety and delay the spread of fire. So they are synonymous and dissimilar, and they are all used by the market to identify objects, and the material merchants and craftsmen choose them to use them, no big difference.
Safety & Operational Standards
Intumescent Coating APP660 is a fire-resistant coating for modern buildings. It can expand into charcoal when roasted at high temperature, and the protective material will not be burned by flames. When handling this product, be sure to follow safety and operating specifications to be effective and harmless. Its nature is mild, and it should be placed between storage to prevent moisture from invading. It must be sealed and stored in a cool and dry place, away from fire and high temperature. If the indoor temperature is lower than five degrees, it should not be used. The humidity exceeds 80%, and it should not be painted. During operation, the operator should wear goggles, masks and gloves to prevent volatile particles and odors from damaging the body. If it touches the skin, it should be rinsed with clean water. If it enters the eye by mistake, seek medical attention immediately. Open the can and brush. Before each use, carefully mix with a wooden stick or mixer to make its ingredients uniform and do not mix with other products. The operation area should be well ventilated, and the painting operation should be far away from open flames. Smoking is strictly prohibited. If excessive inhalation of gas occurs, leave the scene quickly and breathe fresh gas. Applying tools should be cleaned with water every day. Before the coating is dry, do not touch it with your fingers. Avoid rain and sun exposure. The containers and residual paint used should not be discarded in rivers and ditches, and must be properly disposed of in accordance with local environmental protection laws. In case of leakage, containment should be carried out first, absorbed in dry sand or harmless adsorbents, contained in bags, properly handled, and should not be dumped arbitrarily. During transportation, the loading must be firmly fixed and avoid falling over. Warehouses need to be set up with warning signs. Without permission, do not touch the test without authorization. Please note that although this product is not highly toxic, it can also cause harm if it accumulates or is eaten by mistake. Children must stay away. Operate in compliance with the law and abide by the regulations, the benefits of fire prevention are outstanding, and people are safe and secure.
Application Area
Intumescent Coating APP660 is the leader of the Pliocene fire protection coating. It is based on phosphorus and nitrogen, expands in case of fire, and can isolate heat sources. It is widely used in buildings, factories, warehouses, steel structures, tunnels, high-speed rail, power facilities, petrochemical equipment and other important places. In high-rise buildings in cities, beams and columns are used to prevent problems before they occur; in airport docks, to protect people and ensure peace. It is also suitable for rail hubs, subway platforms, and underground projects to prevent the spread of fire. Its application is simple, suitable for a variety of substrates, and weather and corrosion resistance, with a long lifespan. Where the fire risk is located, physical buildings and heavy-duty facilities can rely on this coating to increase protection. Due to its excellent performance, it is a key safety feature and is widely used as a fire barrier.
Research & Development
Intumescent Coating APP660 is a newcomer in this world of coatings. Its research began with the innovation of materials, using polymers as bones, supplemented by advanced catalysts, and inorganic fillers to synergistically generate a show of different expansion effects. Researchers have dedicated themselves to studying the fire protection mechanism, using multiple thermal analysis and mechanical testing to carefully observe its expansion and foaming at high temperatures to form a dense thermal insulation carbon layer, which effectively prevents the spread of fire and ensures structural stability. In the past, coatings may have resisted fire for a short time, or are easy to fall off. Today's APP660 has a refined formula, excellent performance, and easy construction. During the research and development process, taking into account the needs of environmental protection, reducing harmful volatiles, in order to conform to the way of green development. It can be called an innovative model of the coating industry, a strong shield in the field of safety protection, and the future can be looked forward to.
Toxicity Research
Intumescent Coating APP660 is a newly made fireproof coating. Its main use is widely applied to building structures to increase its fire resistance. Scientists collected samples and conducted heterogeneous toxicity tests, such as acute oral, percutaneous and inhalation tests. Experiments have shown that the acute toxicity of APP660 is minimal, rodents ingested high doses without significant adverse effects, and there is no acute irritation and allergic reaction to the skin and respiratory tract. Detailed investigation of subacute and subchronic exposure, mainly to investigate its effects on the liver, kidney and blood system, but most of them did not show obvious organic damage. Cell genetic toxicity analysis, no obvious gene mutations or chromosomal abnormalities. However, long-term exposure should be cautious, it is necessary to continue to observe or further carry out chronic toxicity verification. Overall, its toxicity is low, but the construction and application should still follow the procedures to prevent inhalation and percutaneous exposure to ensure safety.
Future Prospects
Intumescent Coating APP660 is of high quality and wide use, and is specially designed for fire protection. Its formula is exquisite, the craftsmanship is exquisite, it can expand in case of high temperature, generate an insulating layer, protect the steel structure, and prevent disasters before they occur. Today's market demand is increasing day by day, and construction, petrochemical, and rail transit all rely on it. With the increasing of technology, researchers are dedicated to improving, or increasing environmental protection performance, or enhancing durability, but they have not been successful. Advanced high-tech materials, continue the past, and work together to innovate, or develop new coatings that combine intelligent monitoring and anti-corrosion, so that APP660 will be more perfect and dominate the world in the future. Looking forward to the future, both safety and green are important. APP660 should follow the trend, advance with the times, and add brilliance to human well-being.
Where to Buy Intumescent Coating APP660 in China?
As a trusted Intumescent Coating APP660 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 Intumescent Coating APP660 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 application fields of Intumescent Coatings APP660?
Intumescent Coating APP660 is caused by the progress of science and technology in this world, and is dedicated to the field of fire protection. Its physical properties are peculiar, and in case of fire, it expands to form a carbonized heat insulation layer to prevent the rapid spread of fire. It is highly respected in the petroleum, chemical, construction, aerospace, and electric power industries.
All high-rise buildings and buildings, or residential or commercial buildings, need to take fire protection measures. Applying APP660, the steel structure will not be unstable at high temperature, and the structure of the sheltered building is complete. It is scattered on the key forces of beams, trusses, and floor slabs. When it encounters flames, it will melt thick carbon, refuse heat disturbance, and win valuable rescue opportunities. Another example is petrochemical storage tanks, oil and gas pipelines, refinery reaction towers and other dangerous projects. Its metal shell is easily deformed in case of fire, and the coke oven will be broken. If APP660 is applied, although the fire is blazing, the temperature of the inner wall will rise slowly, and the equipment will be comprehensive, which will effectively curb the disaster of deflagration.
And traffic masterpieces, such as subway tunnels, airport terminals, and high-speed rail stations, are all places where people gather and lurk hidden dangers. Manual coating of this melt layer not only blocks the fire, but also prevents the spread of toxic smoke. It is worthy of the shield of public safety. See also the cabinets of aerospace electronics and electric power communication, with intricate lines, the danger of fire is particularly severe. Although they are all tightly sealed and protected by APP660, the flame will not invade the device, protect the chip data, and ensure the continuous use of energy and communication.
In summary, Intumescent Coating APP660 is all-inclusive and versatile. It can be used for armor alone or in combination to enhance its performance. Its energy saving and emission reduction, green and environmentally friendly, are used in modern industrial and civil buildings, which can be called a good material and promote social peace and economy for a long time. It is used in steel structures, oil storage, subway tunnels, and power facilities, all of which are suitable. This is the main application field of APP660.
All high-rise buildings and buildings, or residential or commercial buildings, need to take fire protection measures. Applying APP660, the steel structure will not be unstable at high temperature, and the structure of the sheltered building is complete. It is scattered on the key forces of beams, trusses, and floor slabs. When it encounters flames, it will melt thick carbon, refuse heat disturbance, and win valuable rescue opportunities. Another example is petrochemical storage tanks, oil and gas pipelines, refinery reaction towers and other dangerous projects. Its metal shell is easily deformed in case of fire, and the coke oven will be broken. If APP660 is applied, although the fire is blazing, the temperature of the inner wall will rise slowly, and the equipment will be comprehensive, which will effectively curb the disaster of deflagration.
And traffic masterpieces, such as subway tunnels, airport terminals, and high-speed rail stations, are all places where people gather and lurk hidden dangers. Manual coating of this melt layer not only blocks the fire, but also prevents the spread of toxic smoke. It is worthy of the shield of public safety. See also the cabinets of aerospace electronics and electric power communication, with intricate lines, the danger of fire is particularly severe. Although they are all tightly sealed and protected by APP660, the flame will not invade the device, protect the chip data, and ensure the continuous use of energy and communication.
In summary, Intumescent Coating APP660 is all-inclusive and versatile. It can be used for armor alone or in combination to enhance its performance. Its energy saving and emission reduction, green and environmentally friendly, are used in modern industrial and civil buildings, which can be called a good material and promote social peace and economy for a long time. It is used in steel structures, oil storage, subway tunnels, and power facilities, all of which are suitable. This is the main application field of APP660.
How to choose the thickness of Intumescent Coating APP660?
On the Thickness Selection of APP660 Expansion Coating
Expansion coating APP660 is a masterpiece of modern fire protection technology. Its protection responsibility is significant and subtle, but the thickness is directly related to the protection grade, component type, bearing condition and fire resistance limit. If you want to match the actual needs, you must refer to many factors, and cannot reach the same goal.
The choice of fire protection coating thickness, the first heavy steel structure type, such as beams, columns, trusses, floor slabs, and the location of the structure such as beam-column handover and the four corners of the wall, need to be carefully identified. Secondly, relying on the fire resistance judgment standard, the state-owned specification clearly states that the fire resistance limit is divided into one hour, two hours, and three hours, and the thickness of the coating is increased to ensure that the components are heated slowly in the fire and the core structure does not collapse. The high-rise buildings, general merchandise malls, public clubs, and regulations are many different, all of which are measured by fire hazards and personnel density.
APP660 has excellent performance, but the thickness needs to be adapted to local conditions, and cannot be generalized. Common fire resistance limit standards for one hour, steel beams should be coated with 4 to 6 mm. If it reaches two hours, the constant need to be thickened to 8 to 13 mm. If three hours of protection, the thickness or more than 16 mm. This data not only meets the specifications, but also can fluctuate with the cross-sectional factors of the components. If the section is thick and the expansion ratio is large, the coating can be slightly reduced, and vice versa, it should be moderately thickened.
The implementation of the process should not be ignored. The putty is uniform, the substrate is clean, and it is coated in different layers. The thickness of each pass should not be increased sharply. It can be reapplied after the previous one is dry. Otherwise, it may cause bubbling to fall off and lose its protective intention. In addition, the ambient temperature and humidity must be matched with the construction process. When it is rainy and humid, the operation should be suspended, and the storage should be cool and protected from the sun.
Therefore, the thickness of the APP660 expansion coating must be based on the type of structure, safety requirements, and fire resistance limit. According to the national specifications, the manufacturer's manual and engineer's judgment shall prevail. Only by adapting to local conditions can we improve its safety and If you don't think about it, you may lose it and give up all your previous efforts.
Expansion coating APP660 is a masterpiece of modern fire protection technology. Its protection responsibility is significant and subtle, but the thickness is directly related to the protection grade, component type, bearing condition and fire resistance limit. If you want to match the actual needs, you must refer to many factors, and cannot reach the same goal.
The choice of fire protection coating thickness, the first heavy steel structure type, such as beams, columns, trusses, floor slabs, and the location of the structure such as beam-column handover and the four corners of the wall, need to be carefully identified. Secondly, relying on the fire resistance judgment standard, the state-owned specification clearly states that the fire resistance limit is divided into one hour, two hours, and three hours, and the thickness of the coating is increased to ensure that the components are heated slowly in the fire and the core structure does not collapse. The high-rise buildings, general merchandise malls, public clubs, and regulations are many different, all of which are measured by fire hazards and personnel density.
APP660 has excellent performance, but the thickness needs to be adapted to local conditions, and cannot be generalized. Common fire resistance limit standards for one hour, steel beams should be coated with 4 to 6 mm. If it reaches two hours, the constant need to be thickened to 8 to 13 mm. If three hours of protection, the thickness or more than 16 mm. This data not only meets the specifications, but also can fluctuate with the cross-sectional factors of the components. If the section is thick and the expansion ratio is large, the coating can be slightly reduced, and vice versa, it should be moderately thickened.
The implementation of the process should not be ignored. The putty is uniform, the substrate is clean, and it is coated in different layers. The thickness of each pass should not be increased sharply. It can be reapplied after the previous one is dry. Otherwise, it may cause bubbling to fall off and lose its protective intention. In addition, the ambient temperature and humidity must be matched with the construction process. When it is rainy and humid, the operation should be suspended, and the storage should be cool and protected from the sun.
Therefore, the thickness of the APP660 expansion coating must be based on the type of structure, safety requirements, and fire resistance limit. According to the national specifications, the manufacturer's manual and engineer's judgment shall prevail. Only by adapting to local conditions can we improve its safety and If you don't think about it, you may lose it and give up all your previous efforts.
What is the fire performance rating of the Intumescent Coating APP660?
APP660 is a fireproof coating called Intumescent Coating in this world. It has excellent craftsmanship and exquisite material. When heated by fire, it will bubble up and expand several times to form a solid carbonized layer. This layer is impervious to flames and isolates high temperatures. It can effectively delay the temperature rise of the substrate and protect the structure from instant collapse.
The ancients said: "Be prepared for danger in times of peace, and be prepared when you think about it." How can you be careless when building fire protection is tied? APP660 is coated on the surface of steel structures. In case of fire, it rapidly foams and expands in a short time. The original thickness is several millimeters, and it can reach several centimeters thick after intense reaction. Its carbonized shell is sealed and insulated, flame retardant and coke resistant, which not only protects the inside, but also prevents the spread of fire. If according to the national standard "GB14907-2018 Fireproof Coatings for Steel Structures", APP660 can reach the first level of fire protection limit, that is, the fire resistance can last up to three hours. If the steel structure is coated with this, the fire will be hot, even if the flame is thousands of degrees, there will be no intrusion gap. Within three hours, the internal temperature does not exceed the standard limit, and the integrity of the steel frame is maintained, so that the safety of the building can be temporarily safe.
However, it is suitable for the field, not only for buildings, but also for bridges, tunnels, and storage plants. It can be used in all kinds of advanced projects. In addition to lasting fire resistance, APP660 also has the convenience of good adhesion to a variety of substrates, moisture resistance and durability, and does not peel or crack. It is easy and agile to operate, saves effort in construction, and is unique in the process and performance. If it is evaluated by British and American international standards, it can also reach the first-class or Class A level in the fire resistance test listed in BS476 or UL263.
All in all, APP660 fire retardant coating can protect the key points and delay the spread of fire. At a critical moment, it can escort safety, which is the top grade of Baigong. If you ask about its fire performance, it can rank among the top of similar coatings, reaching the fire limit of three hours, which is enough to make a turnaround in times of crisis. When it is a gentleman who lives in buildings, builds bridges, and camps, it is really wise to choose this as a barrier.
The ancients said: "Be prepared for danger in times of peace, and be prepared when you think about it." How can you be careless when building fire protection is tied? APP660 is coated on the surface of steel structures. In case of fire, it rapidly foams and expands in a short time. The original thickness is several millimeters, and it can reach several centimeters thick after intense reaction. Its carbonized shell is sealed and insulated, flame retardant and coke resistant, which not only protects the inside, but also prevents the spread of fire. If according to the national standard "GB14907-2018 Fireproof Coatings for Steel Structures", APP660 can reach the first level of fire protection limit, that is, the fire resistance can last up to three hours. If the steel structure is coated with this, the fire will be hot, even if the flame is thousands of degrees, there will be no intrusion gap. Within three hours, the internal temperature does not exceed the standard limit, and the integrity of the steel frame is maintained, so that the safety of the building can be temporarily safe.
However, it is suitable for the field, not only for buildings, but also for bridges, tunnels, and storage plants. It can be used in all kinds of advanced projects. In addition to lasting fire resistance, APP660 also has the convenience of good adhesion to a variety of substrates, moisture resistance and durability, and does not peel or crack. It is easy and agile to operate, saves effort in construction, and is unique in the process and performance. If it is evaluated by British and American international standards, it can also reach the first-class or Class A level in the fire resistance test listed in BS476 or UL263.
All in all, APP660 fire retardant coating can protect the key points and delay the spread of fire. At a critical moment, it can escort safety, which is the top grade of Baigong. If you ask about its fire performance, it can rank among the top of similar coatings, reaching the fire limit of three hours, which is enough to make a turnaround in times of crisis. When it is a gentleman who lives in buildings, builds bridges, and camps, it is really wise to choose this as a barrier.
What are the requirements for the construction method of Intumescent Coating APP660?
Intumescent Coating APP660 is also used for special coatings for fire protection of steel structures. In order to maximize its function, all construction methods must follow the rules and not be lax. Before coating, the surface of the steel to be coated must be carefully inspected to ensure that it is clean and free of rust, grease and dust. Often sandblasted or sanded to Sa2.5 or St3 standards, the surface layer can be attached. If there is welding slag, burrs, oil stains, it must be completely removed, and the process should not be simplified.
When applying, it should be determined according to the ambient temperature and humidity limits set out in the product technical manual. The temperature should not be lower than 5 degrees Celsius, and the humidity should not be higher than 85%. If there is rain, snow, thick fog, strong wind, or condensation of water vapor on the surface of the steel, the operation should be suspended. After the paint is opened, stir evenly, especially with special machinery, stir slowly to prevent precipitation. Harmonize the solvent, must not exceed the recommended ratio, to prevent affecting the performance of the coating film.
Coating method, often spray, roll coating, brush coating three appropriate. Large areas should be sprayed airless to make the coating uniform; fine interface, can be small brush or roll coating reinforcement. For each coating, the thickness should not exceed the regulations, and the drying time between layers should be sufficient, otherwise it will affect the subsequent adhesion. The total thickness of the coating varies according to the fire resistance limit, and it should be applied gradually, not overnight. During the application period, it is necessary to avoid direct sunlight and strong wind to avoid excessive water transpiration, cracking film or bulging.
After the coating is completed, it must wait for drying and curing, and it must not be pressed, hit or touch water during this period. If the topcoat is applied, it is also necessary to wait for the fireproof layer to dry thoroughly. Store the paint in a cool place, keep it away from the fire source, prevent moisture and dampness, and avoid sun exposure. After the tool is used, wash it with a special solvent as soon as possible.
In summary, the construction of APP660 needs to strictly abide by the methods of rust removal, cleansing, environment, mixing, thick coating in separate channels, protection and maintenance to ensure its fireproof effect. The years are long, and it depends on the rules and circles.
When applying, it should be determined according to the ambient temperature and humidity limits set out in the product technical manual. The temperature should not be lower than 5 degrees Celsius, and the humidity should not be higher than 85%. If there is rain, snow, thick fog, strong wind, or condensation of water vapor on the surface of the steel, the operation should be suspended. After the paint is opened, stir evenly, especially with special machinery, stir slowly to prevent precipitation. Harmonize the solvent, must not exceed the recommended ratio, to prevent affecting the performance of the coating film.
Coating method, often spray, roll coating, brush coating three appropriate. Large areas should be sprayed airless to make the coating uniform; fine interface, can be small brush or roll coating reinforcement. For each coating, the thickness should not exceed the regulations, and the drying time between layers should be sufficient, otherwise it will affect the subsequent adhesion. The total thickness of the coating varies according to the fire resistance limit, and it should be applied gradually, not overnight. During the application period, it is necessary to avoid direct sunlight and strong wind to avoid excessive water transpiration, cracking film or bulging.
After the coating is completed, it must wait for drying and curing, and it must not be pressed, hit or touch water during this period. If the topcoat is applied, it is also necessary to wait for the fireproof layer to dry thoroughly. Store the paint in a cool place, keep it away from the fire source, prevent moisture and dampness, and avoid sun exposure. After the tool is used, wash it with a special solvent as soon as possible.
In summary, the construction of APP660 needs to strictly abide by the methods of rust removal, cleansing, environment, mixing, thick coating in separate channels, protection and maintenance to ensure its fireproof effect. The years are long, and it depends on the rules and circles.
What are the shelf life and storage conditions of Intumescent Coating APP660?
APP660 intumescent coating is the top grade of fire protection coating. Its properties are stable, but due to different raw materials, climate and storage methods, it is advisable to observe storage regulations carefully. The paint is ready, and it should be stored in a closed container. It must be protected from strong light exposure, away from fire sources, and strictly prohibited from moisture. It should be kept in a dry and ventilated place, and should not be mixed with chemicals such as water and acid and alkali. If it is stored in an indoor room of 5 to 35 degrees Celsius, if the temperature is too high, the paint may deteriorate easily and lose its protective effect; if the temperature is too low, it is easy to agglomerate and precipitate, which will damage the uniform application. When the container is opened, it must be airtight to prevent the solvent from dissipating, and it should not be connected with the air for a long time to avoid self-drying and change its properties.
The shelf life of APP660 expansion coatings depends on the manufacturer's production specifications and the actual storage environment. It is often sealed and stored in a suitable standard environment according to the original packaging. The shelf life is usually one to one and a half years. After this time, its performance should be re-checked. If there is any delamination, precipitation or abnormal odor, it is especially necessary to stop the verification to ensure the integrity of the building's fire protection. Once the paint is used up, it is best to use it up in a short period of time. If it is left for a long time, it may be lost in protection and affect the effectiveness of use.
The place where the paint is stored should be placed away from the ground to prevent moisture from invading. In case of rain and snow, especially to prevent leakage. The packaging barrel must be intact. Do not tip over or bump to prevent cracking and spilling. In addition, there should be fireproof and fire-extinguishing appliances in the warehouse for safety. Do not mix with toxic, harmful, flammable and explosive materials to ensure safety.
To sum up, the storage of APP660 expansion coatings should follow the above principles. If it can be adhered to, the shelf life can be safely limited and the performance can be preserved. Otherwise, negligence may cause the paint to deteriorate, and the fire protection will be ineffective. If it is light, it will be reworked, and if it is heavy, it will cause disaster. It is advisable to be cautious.
The shelf life of APP660 expansion coatings depends on the manufacturer's production specifications and the actual storage environment. It is often sealed and stored in a suitable standard environment according to the original packaging. The shelf life is usually one to one and a half years. After this time, its performance should be re-checked. If there is any delamination, precipitation or abnormal odor, it is especially necessary to stop the verification to ensure the integrity of the building's fire protection. Once the paint is used up, it is best to use it up in a short period of time. If it is left for a long time, it may be lost in protection and affect the effectiveness of use.
The place where the paint is stored should be placed away from the ground to prevent moisture from invading. In case of rain and snow, especially to prevent leakage. The packaging barrel must be intact. Do not tip over or bump to prevent cracking and spilling. In addition, there should be fireproof and fire-extinguishing appliances in the warehouse for safety. Do not mix with toxic, harmful, flammable and explosive materials to ensure safety.
To sum up, the storage of APP660 expansion coatings should follow the above principles. If it can be adhered to, the shelf life can be safely limited and the performance can be preserved. Otherwise, negligence may cause the paint to deteriorate, and the fire protection will be ineffective. If it is light, it will be reworked, and if it is heavy, it will cause disaster. It is advisable to be cautious.
