Heat Resistance Fluorescent Thermoplastic Paint Powder Coating

Heat Resistance Fluorescent Thermoplastic Paint Powder Coating

Brief description:

Mainly made of polyester resin and epoxy resin. It has both epoxy and polyester decorative properties, mechanical properties and good corrosion resistance

Features:

1, excellent adhesion, impact resistance and other mechanical properties are excellent

2, good chemical and corrosion resistance

3, better than heat and light stability of pure epoxy powder

4, high gloss, high leveling

Mainly used for: suitable for indoor use, it is widely used in furniture, household appliances, industrial equipment, sports equipment, toys, hardware machinery, store shelves, lamps and other indoor products.

Available in standard and low temperature curing

Can be made into a variety of glossy and colorful colors: A-type highlights (greater than 85%), B-type flat light (50%-85% or less), C-type matte (25%-50%), D-type semi-matte (10 %-25% or less), E-type matte (10% or less). The specific gloss color is subject to the user's designation; it can be made into a variety of fine art texture products such as sand, wrinkles, netting, cotton, hammer, moire, point spread, anti-stone, metal powder, antique copper.

Application condition

Epoxy-polyester powder coatings are available for the following equipment:

1. High-voltage electrostatic spraying

2. Friction and electrification spraying

3. Electrostatic fluidized bed

Coating thickness: 40-150 microns, recommended film thickness 50-80 microns

Average coverage: 10-12 square meters / kg, film thickness 60 microns (calculated at 100% usage)

Bake curing conditions: 120 ° C -150 ° C, 30 minutes 180 ° C, 15 minutes

Film properties: All tests were carried out using a 0.8 mm thick degreasing and rust-removed cold-rolled steel sheet with a film thickness of 50-80 μm.

Powder physical properties

Specific gravity: 1.4~1.8g/cm3 (depends on formula and color)

Particle size distribution: varies depending on the application, the standard type is an average particle size of 35-40 microns, less than 10 microns powder no more than 10%, greater than 90 microns powder no more than 0.5%.