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Epoxy polyester hybrid powder coating

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Epoxy polyester hybrid powder coating Specification

Chemical Name
Epoxy Polyester Hybrid Powder Coating

CAS No
Not applicable (mixture)

Type
Thermosetting Powder

Standard
Industry Standard / Custom Specific

Grade
Industrial Grade

Usage
Protective and decorative finishes for metal surfaces

Appearance
Fine powder, various colors available

Physical Form
Powder

Pack Size
25 kg

Pack Type
HDPE-lined bag or drum

Shelf Life
12 months from date of manufacture

Coverage
8-10 m2/kg at 60-80 micron thickness

Toxicity
Non-toxic under recommended conditions

Application Method
Electrostatic spray, fluidized bed

Curing Time
10-20 minutes

Storage Condition
Cool, dry, well-ventilated area

Adhesion
Excellent adhesion to ferrous substrates

Curing Temperature
160-200C

Chemical Resistance
Good resistance to solvents, acids, alkalis

Gloss Level
Glossy, Semi-gloss, Matt options

Epoxy polyester hybrid powder coating About

MT-3048

Metallic blue powder coating

MT-3046

Rose gold powder coating

MT-3039

Champagne gold powder coating

MT-3026

Gray silver powder coating

MT-3056

Brown gray pearl powder coating

MT-3017

Sky blue high gloss powder coating

MT-3009

Rose red high gloss powder coating

MT-3001

Milky white high gloss powder coating

MT-3006

Copper powder coating

MT-3004

Grass green matte powder coating

Versatility in Finish and Application

Epoxy polyester hybrid powder coating is available in an array of finishes-glossy, semi-gloss, and matt-to suit aesthetic requirements. Application methods include the use of electrostatic spraying or fluidized bed techniques, making it ideal for industrial and specialized use on metal substrates. This powder coating is suitable for both protective and decorative purposes.

Performance and Protective Qualities

Designed to withstand harsh environments, this powder coating provides robust protection against chemicals, solvents, acids, and alkalis. Its excellent adhesion to ferrous substrates ensures a long-lasting, uniform finish that resists peeling and chipping, extending the service life of metal components.

Safe Storage and Long Shelf Life

With a shelf life of 12 months from the manufacturing date, the powder must be stored in cool, dry, and well-ventilated conditions. When kept in HDPE-lined bags or drums, the coating maintains its quality, ensuring consistent application results throughout its usable life.

FAQ's of Epoxy polyester hybrid powder coating:

Q: How is epoxy polyester hybrid powder coating applied?

A: This powder coating is typically applied using electrostatic spray or by fluidized bed dipping. Both techniques ensure even distribution and strong adhesion to ferrous metal surfaces for optimal durability and appearance.

Q: What surfaces are best suited for this powder coating?

A: Epoxy polyester hybrid powder coating is specifically formulated for ferrous substrates, such as steel and iron, offering both protective and decorative finishes for a variety of metal surfaces.

Q: When should the powder coating be cured, and at what temperature?

A: The coating should be cured after application at temperatures between 160C and 200C for 10 to 20 minutes to ensure proper cross-linking and optimal performance.

Q: Where should the powder coating be stored to maintain its quality?

A: Store the powder in a cool, dry, and well-ventilated area. Proper storage extends the shelf life to 12 months and preserves the coating's effectiveness and appearance.

Q: What are the main benefits of epoxy polyester hybrid powder coating compared to other finishes?

A: This hybrid powder coating combines strong chemical resistance, excellent adhesion, a wide range of finishes, and non-toxic properties under recommended conditions. It delivers both protection and enhancement to metal components, ensuring long-lasting performance.

Q: How much surface area can be covered with one kilogram of powder?

A: One kilogram of epoxy polyester hybrid powder coating typically covers 8-10 m2 at a recommended film thickness of 60-80 microns, maximizing material efficiency in industrial applications.

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