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RAL1001 beige electrostatic thermoset powder coating with more resistant against high temperature.
Growing demand from automotive industry is expected to drive the thermosetting powder coatings market. Automotive components including interior and external metal parts require coatings to protect them from weathering conditions. Polyesters are major type of powder coatings used in the automotive due to their better outdoor weathering properties. Epoxies are used as functional coatings for interiors where adhesion, impact resistance and corrosion resistance is necessary. Automotive industry is driven by changing lifestyle and rising disposable income in developing countries of Asia Pacific. Further growing demand for thermosetting powder coatings in various industrial component manufacturing is anticipated to boost the market.
POLYESTER powder coats are the most used of all powder coatings in the U.S. market. Polyester's offer a broad application field and many different chemistries including: Polyester/TGIC (triglycidyl isocyanurate); Polyester/TGIC-free; Super-durable Polyester and Polyester Hybrids. Some Super-durable and Hybrid Polyester resin systems meet the AAMA 2604 specification.
Thermoset Pros
Thermoset Cons
Product Details | |
Type | Epoxy Polyester Powder Coating |
Gloss Level | Gloss 90% |
Surface Finish | Smooth |
Powder Property | |
Appearance | Fine powder |
Particle Size | Average 32-40μm |
Specific Gravity | 1.3-1.5g/cm3 |
Coverage | 7-8 square meter per Kg at 80μm film thickness |
Application Recommendation | |
Applicatoin | Corona |
Application Voltage | 60-90 KV |
Gun to Component Distance | 15-30 CM |
Film Thickness | 80-90μm |
Curing Temperature | 190℃(Object temperature) for 15 minutes |
Powder Coated Film Mechanical Properties | |
Adhesion | Cross-cut (2mm), no loss of adhesion |
Impact Resistance | Direct & Indirect 50kg/cm |
Pencil Hardness | 2H |
Flexibility | 7mm Mandrel |
Bending Test | 3mm |
Powder Coated Film Chemical Resistance | |
Salt Spray Test | 5% NaCl Solution for 1000 hours - No change |
Acid Resistance | 5% HCL for 48 hours dip test - No change |
Alkali Resistance | 5% NaOH for 48 hours dip test - No change |