Choose from our two standard stainless steel enamel powders. Both are suitable for wet dipping and wet spraying processes on heating pipe surfaces.
| MODEL NO. | Product Type | Advantages | Enameling Process | Firing Temperature |
| L03-A697 | Enamel Powder | Cobalt Blue; excellent adhesion; fine and smooth enamel surface with excellent glossiness; excellent flowability and retentivity | Wet Dipping Enameling Wet Spraying Enameling | 850～860℃ |
| L03-A57 | Enamel Powder | Cobalt Blue; excellent flowability and retentivity | Wet Dipping Enameling Wet Spraying Enameling | 850～860℃ |
The enamel coating forms a protective barrier on the heating element surface, helping resist water corrosion, mineral attack, and chemical exposure. This protection significantly improves the durability of heating components operating in challenging conditions.
Enamel-coated surfaces are smoother and less susceptible to limescale accumulation compared with untreated metal surfaces. Reduced scale formation helps maintain heating efficiency and lowers maintenance requirements over time.
Formulated specifically for stainless steel substrates, the enamel frit provides excellent bonding performance and coating stability during repeated heating and cooling cycles.
By protecting the heating element from corrosion and surface degradation, enamel coatings contribute to longer operational life and improved equipment reliability.
The enamel coating maintains excellent performance under continuous temperature fluctuations, making it suitable for both residential and industrial heating applications.
Burnt pitting is mainly caused by insufficient sandblasting (leaving contaminants on the steel surface) or low firing temperature (below 840°C), which prevents complete vitrification. Proper surface preparation and maintaining 850-860°C firing eliminates this defect.
The key advantages are excellent adhesion to stainless steel substrate and a high thermal expansion coefficient (≈12-14×10⁻⁶/K), which matches the steel’s expansion. This prevents cracking or spalling during repeated heating/cooling cycles in electric heating pipe applications.
Localised shrinkage or island-like patterns may result from incomplete surface preparation or excessive local enamel thickness.
Caused by insufficient firing temperature or inadequate holding time, leading to dull surfaces, bubbles, and poor adhesion.
Stainless steel enamel for heat elements is a specialized enamel frit designed to coat stainless steel heating components, improving corrosion resistance, durability, and operational performance.
Enamel coatings protect heating elements from corrosion, mineral deposits, and environmental exposure while extending service life and improving reliability.
Yes. The smooth enamel surface helps minimize limescale accumulation, supporting better heat transfer efficiency and easier maintenance.
Applications include electric water heaters, storage water heating systems, boilers, immersion heaters, industrial heating equipment, and household appliances.
Yes, our L03-A697 and L03-A57 enamel powders are suitable for wet dipping and wet spraying, making them ideal for complex shapes like bent, U-shaped, or helical heating elements. The good flowability ensures uniform coverage even on curved surfaces. Please ensure proper drying before firing to avoid thickness variations.
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