Specification |
CAS No.: 000000;
Formula: 000000;
Color: Medium Grey;
Appearance: Liquid;
Main Raw Material: Epoxy;
Method: Spray/Brush/Roller;
Level: Intermediate Paint;
Drying Method: Air Drying;
Substrate: Steel;
Components: Epoxy Resin, Gray Mica Iron Oxide, Curing Agent;
Formation Mechanism: Conversion Type;
Flash Point: 27ºC;
Weight Ratio: a:B=6:1;
Aging Time: 20ºC, 30min;
Applicable Period: 20ºC, 8h;
Storage Period: 1 Year;
Wft: 110-220μm;
Dft: 50-100μm;
Surface Drying: 25ºC, ≤2h;
Actual Drying: 25ºC, ≤24h;
Fully Cured: 25ºC, 7D;
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CAS No.: 9004-65-3;
Color: Sub-White, White;
Appearance: Powder;
Main Raw Material: Refined Cotton;
Method: Spray;
Level: Primer;
Drying Method: Drying;
Substrate: Ceramic;
Components: Film Forming Matter;
Formation Mechanism: Conversion Type;
Model No.: HPMC;
pH: 5-8;
Bulk Density: 0.40-0.70 g/cm3;
Ash Content: 3-10%;
Particle Size: 98.5% Passes Through 100 Mesh;
Viscosity: 60000-200000;
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CAS No.: 9004-65-3;
Color: Sub-White, White;
Appearance: Powder;
Main Raw Material: Refined Cotton;
Method: Spray;
Level: Primer;
Drying Method: Drying;
Substrate: Ceramic;
Components: Film Forming Matter;
Formation Mechanism: Conversion Type;
Model No.: HPMC;
pH: 5-8;
Bulk Density: 0.40-0.70 g/cm3;
Ash Content: 3-10%;
Particle Size: 98.5% Passes Through 100 Mesh;
Viscosity: 60000-200000;
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CAS No.: 9004-65-3;
Color: Sub-White, White;
Appearance: Powder;
Main Raw Material: Refined Cotton;
Method: Spray;
Level: Primer;
Drying Method: Drying;
Substrate: Ceramic;
Components: Film Forming Matter;
Formation Mechanism: Conversion Type;
Model No.: HPMC;
pH: 5-8;
Bulk Density: 0.40-0.70 g/cm3;
Ash Content: 3-10%;
Particle Size: 98.5% Passes Through 100 Mesh;
Viscosity: 60000-200000;
|
CAS No.: 9004-65-3;
Color: Sub-White, White;
Appearance: Powder;
Main Raw Material: Refined Cotton;
Method: Spray;
Level: Primer;
Drying Method: Drying;
Substrate: Ceramic;
Components: Film Forming Matter;
Formation Mechanism: Conversion Type;
Model No.: HPMC;
pH: 5-8;
Bulk Density: 0.40-0.70 g/cm3;
Ash Content: 3-10%;
Particle Size: 98.5% Passes Through 100 Mesh;
Viscosity: 60000-200000;
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