Smooth Finish Powder Coating for Internal Use
Smooth gloss finish epoxy polyester powder coating
- Smooth satin finish epoxy polyester powder coating
- Smooth matt finish epoxy polyester powder coating
Main Features a. Good mobility, smooth coating surface.
b. High toughness, durability and adhesion.
c. Our smooth finish powder coating for internal use has an excellent heat resistance and outstanding mechanical and physical properties.
Applications This type of powder coating is suitable for use in household appliances, furniture, filing cabinets, table ware, electrical and mechanical equipment, metal products, instrument shells, and copper or aluminum shells.
Main Technical Indexes
Appearance (visual) | Porous without particle agglomerate, homogeneous color |
Fineness (180 mesh sieve residue) | Less than 0.5% |
Storage stability | 18 months |
Curing conditions | 180℃-20min or 200℃-10min (can be set according to special condition) |
Coating Properties
Appearance of coating (visual) | Smooth, allow slight orange peel |
Coating thickness | 60~80μm |
Glossiness (60° light source) | High light >85% |
Mid light 50%~84% | |
Matte 20%~50% | |
Matt <20% | |
Impact resistance (drop hammer) | 50kg (4.9Nm) pass |
Cupping test | >7mm |
Cross adhesion | 0 |
Surface hardness | 2H |
Salt spray test | 500hr. Pass |
Humidity resistance | 500hr. Pass |
Water immersion test | 240hr. Pass |
Acid resistance (5% HCL) | 240hr. Pass |
Alkali resistance (5%NaOH) | 240hr. Pass |
Notes:
1. Powder coatings have a high standard for the working environment. The environment should have excellent ventilation and a temperature of less than 35°C.
2. The smooth finish powder coating should be stored in a cool, dry place, avoiding powder caking or solidification while spraying.
3. Our coating is 100% solid powder. Workers must take protective measures and wear protective clothing and avoid skin contact with the powder coating. If the skin does come into contact, was immediately with soap and water.
4. After the spraying process, the powder will be exposed to static electricity and create a coating layer on the workpiece in order to achieve the desired effect. The spraying device should be grounded, eliminating the static electricity from touching the device. By doing so, users ensure the entire coating and spraying process won’t be affected by static electricity.
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