Crown Brand High-Temperature Resistant Water-Based Paint / High-Temperature Resistant Water-Based Coating [Keguan Manufacturer - Manager Sun: 152^0825^6966] (Supplied to Sichuan, Chengdu, Yunnan, and other regions). High-temperature resistant water-based paint is a special coating that uses water as the dispersion medium and maintains stable performance in high-temperature environments. It employs heat-resistant resins (such as silicone resin, water-based epoxy resin, polyurethane, etc.) as the base material, combined with high-temperature resistant pigments and fillers, and is manufactured through special processes, offering both environmental friendliness and excellent thermal stability.

Main Features
High-Temperature Resistance: Can withstand temperatures of 200~600°C for extended periods and up to 800°C or higher for short durations, suitable for protecting high-temperature equipment.

Environmental Safety: Water-based system with low VOC content, no toxic solvent emissions, compliant with environmental regulations.

Corrosion and Rust Prevention: Effectively isolates oxygen and corrosive media even in high-temperature environments, protecting metal substrates.

Strong Adhesion: Bonds firmly to substrates such as steel and aluminum alloy, resistant to peeling under high temperatures.

Excellent Weather Resistance: Some products also offer resistance to UV rays and thermal cycling.

Application Areas
Industrial Equipment: High-temperature components such as boilers, chimneys, heat exchangers, and engine casings.

Automotive Industry: Heat-resistant parts like exhaust pipes, mufflers, and turbochargers.

Household Appliances: High-temperature household appliances such as ovens, grills, and heaters.

Application Guidelines
Substrate Preparation: Thoroughly remove oil and rust (e.g., through sandblasting or phosphating).

Application Methods: Can be sprayed, brushed, or dipped; multiple thin coats are recommended to enhance temperature resistance.

Curing Conditions: Some products require high-temperature baking (150~250°C) to achieve optimal performance.
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