Silicone High Heat Industrial Equipment Coating High Temperature Paint
About Product
Silicone high temperature paint are usually composed of the following main components: silicone resin, pigment, diluent and curing agent.
- Silicone resin is the main substrate of silicone high temperature paint, which has excellent high temperature resistance and chemical stability, and can maintain the integrity of the coating under high temperature environment.
- Pigments are used to give the film the desired color and appearance characteristics, while also providing additional protection and weatherability.
- Thinner is used to regulate the viscosity and fluidity of the paint to facilitate construction and painting.
- Curing agents play a role in the coating after construction, through a chemical reaction to cure the silicone resin into a hard and wear-resistant paint film, thereby providing long-lasting protection and durability.
The reasonable proportion and use of these components can ensure that the silicone high temperature paint has excellent high temperature resistance, corrosion resistance and weather resistance, and is suitable for the coating protection of various high temperature equipment and surfaces.
Product Features
- One of the main features of our silicone high temperature coatings is its ability to withstand temperatures up to [specific temperature ranges], making it suitable for use in environments such as industrial ovens, exhaust systems, boilers and other high temperature equipment. This heat resistance ensures that the industrial paint maintains its integrity and appearance even under extreme thermal stress, contributing to the service life and performance of the coated surface.
- In addition to high temperature resistance, our silicone coatings offer excellent durability and weather resistance for both indoor and outdoor applications. Its resistance to UV exposure, chemicals and corrosion ensures that the coated surface remains protected and visually appealing in challenging industrial environments.
- The versatility of our silicone high heat paint allows application to a variety of substrates, including metals, concrete and other heat resistant materials. Its adhesion properties and ease of application make it a reliable choice for high-heat surfaces in industrial facilities seeking lasting protection and aesthetic enhancement.
- In addition, our silicone high temperature coatings are available in a variety of colors and finishes, allowing flexibility to meet specific aesthetic and functional requirements. Whether it's equipment brands, safety marks or general surface coatings, our silicone coatings offer customizable solutions to meet different industrial needs.
Application area
Application
Silicone high temperature paint is widely used in industry. One of its main uses is to paint the surface of high-temperature equipment to provide high temperature resistance, corrosion resistance and weather resistance.
This includes protective coating of equipment such as industrial furnaces, boilers, chimneys, heat exchangers and heat pipes. Silicone high temperature paint is also commonly used in the surface coating of high-temperature components such as automotive engines and exhaust pipes to provide wear and high temperature protection.
In the chemical industry, silicone high temperature paint is also widely used to protect the surface of containers, pipes and chemical equipment to resist the erosion of high temperatures and corrosive media. In addition, silicone high-temperature paints can also be used in the aerospace field, such as for the protection of aircraft engines and spacecraft surfaces.
In short, the use of silicone high temperature paint covers many industrial equipment and surface coating protection areas that require high temperature resistance, corrosion resistance and weather resistance.
Product parameter
| Appearance of coat | Film leveling | ||
| Color | Aluminum silver or a few other colors | ||
| Drying time | Surface dry ≤30min (23°C) Dry ≤ 24h (23°C) | ||
| Ratio | 5:1 (weight ratio) | ||
| Adhesion | ≤1 level (grid method) | ||
| Recommended coating number | 2-3, dry film thickness 70μm | ||
| Density | about 1.2g/cm³ | ||
| Re-coating interval | |||
| Substrate temperature | 5℃ | 25℃ | 40℃ |
| Short time interval | 18h | 12h | 8h |
| Time length | unlimited | ||
| Reserve note | When over-coating the rear coating, the front coating film should be dry without any pollution | ||
Product Specifications
| Color | Product Form | MOQ | Size | Volume /(M/L/S size) | Weight/ can | OEM/ODM | Packing size/ paper carton | Delivery Date |
| Series color/ OEM | Liquid | 500kg | M cans: Height: 190mm, Diameter: 158mm, Perimeter: 500mm,（0.28x 0.5x 0.195） Square tank： Height: 256mm, Length: 169mm, Width: 106mm,（0.28x 0.514x 0.26） L can: Height: 370mm, Diameter: 282mm, Perimeter: 853mm,（0.38x 0.853x 0.39） |
M cans: 0.0273 cubic meters Square tank： 0.0374 cubic meters L can: 0.1264 cubic meters |
3.5kg/ 20kg | customized accept | 355*355*210 | stocked item: 3~7 working-days customized item: 7~20 working days |
Coating method
Construction conditions: substrate temperature above at least 3°C to prevent condensation, relative humidity ≤80%.
Mixing: First stir the A component evenly, and then add the B component (curing agent) to blend, thoroughly stir evenly.
Dilution: Component A and B are evenly mixed, appropriate amount of supporting diluent can be added, stirred evenly, and adjusted to the construction viscosity.
Storage and packaging
Storage: must be stored in accordance with national regulations, the environment is dry, ventilated and cool, avoid high temperature and away from fire.
