Sublimation Heat Transfer Print Wood Finish Polyester Powder Coating for Aluminium/Security Door

• Customization: Available
• Usage: Powder Coating, Wood Finish Polyester Powder Coating
• Color: Brown
• Model NO.: Wood Finish Polyester Powder Coating
• Method: Spray
• Components: Pigment
• Main Raw Material: Epoxy
• Level: Finish Coat
• Certification: ISO14001, RoHS, ISO9001
• Substrate: Steel
• Expiration Date: 1 year
• Formation Mechanism: Conversion Type
• Packaging: Carton
• Application: Electrostatic Spraying
• Colors: Ral Color
• Powder System: Epoxy Polyester
• Curing Condition: 180-200c/ 10-20minutes
• Transport Package: 25kg/Carton
• Specification: SGS
• Trademark: EVER
• Origin: China
• HS Code: 39070000
• Production Capacity: 450ton/Month

Product Description

Sublimation Heat Transfer Print Wood Finish Polyester Powder Coating for Aluminium/Security Door




DESCRIPTION

• Sublimation Heat Transfer Powder Coating is also called Heat Transfer Powder Coating because of the process of heat transfer printing.This process is a sublimation process,which is a phisycal-chemical transition of a pattern from transfer paper or film to a substrate which is pre-coated with a special powder designed to be as the base color of this sublimation.
• Through this sublimation process countless effects and patterns such as woodgrain, marble, granite, fancies, pictures can be transferred on substrate surfaces.
• This series is available in a variety of color, gloss, finishes and shapes.
• The coating is flexible and non-sticky paper, so that the prefabricated steel could be coated with this products before post-forming.

STORAGE                                                                      
 
Under dry conditions,good ventilation at a temperature not exceeding 30 C,humidity<60%
2.Storage period recommended should not exceed 12 months,in case exceeding 12 months without affecting their free flowing properties, the powder will still have optimal characteristics.
3.Should be protected from excessive heat,humidity,water and contamination with foreign materials such as powder, dust, dirt, etc.
4.Any leftover powder should be kept in an appropriate area that is cool and dry. 
Do not expose to the air too long as the powder properties may deteriorate with the moisture.