Packing: PE plastic bags and placed in paper drums Net Weight: 25KG per drum Storage:Store n a clean and dry environment at 5-30 °C to prevent impurities such as dust and water vapor from mixing in. Transportation: Non-dangerous goods.
FEP Coating Powder for Electrostatic Spraying is a fluoroplastic powder primarily composed of Fluorinated Ethylene Propylene (FEP). It forms a clear protective layer with excellent corrosion resistance, heat resistance, and non-stick properties. This material is widely used for surface treatments requiring high-performance protection, such as in chemical equipment, electronic components, and food processing tools. Through electrostatic spraying, the FEP powder adheres to the substrate and, when heated, melts and cures into a smooth, transparent coating that resists high temperatures and chemical exposure while providing superior durability.
Item | Unit | EF201 |
Appearance | / | White power |
Particle Size D50 | μm | 30-50 |
Melting index | g/10min | 4-8 (5Kg, 372°C) |
Melting Point | ℃ | 260±10 |
Applicable Film Thickness | μm | 30-200 |
Bulk Density | g/mL | 0.8 |
Contact Angle (Water/Hexadecane) | o | 102/48 |
Maximum Operating Temperature | ℃ | 204 |
Chemical equipment: corrosion-resistant protective coatings for storage tanks, reactors, and pipelines.
Food processing: coatings for baking molds and anti-stick tools.
Electronic components: housing for electronic parts requiring high temperature resistance and insulation.
Medical devices: chemical resistance and anti-pollution protection.
Pre-treatment:The substrate must be thoroughly cleaned and roughened to ensure proper coating adhesion. Surface contaminants like oil, grease, and oxides should be completely removed before spraying.
Environmental Control:Maintain a dry environment during the spraying process to prevent the powder from absorbing moisture and caking, which can affect the coating's uniformity and quality.
Curing Temperature:Strictly control the melting temperature and curing time to avoid over-burning or under-curing. Proper curing ensures the formation of a smooth, durable, and transparent protective layer with optimal performance.
Temperature Limit:Do not process or use FEP powder at temperatures exceeding 420°C to prevent decomposition and the release of toxic gases, ensuring both safety and product integrity.
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