Matte Gray Powder Coating

Name: Matte Gray Powder Coating
Brand: Standard
Price: 2950.0 USD
Availability: InStock

Price 2950.0 USD ($)/ Ton

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MOQ : 1 Ton

Matte Gray Powder Coating Specification

Chemical Name
Matte Gray Powder Coating

CAS No
N/A (Mixture)

Type
Thermosetting Powder

Standard
ISO 8130 / ASTM D3451

Grade
Industrial Grade

Usage
Metal Surface Coating, Protection and Aesthetics

Appearance
Matte Gray Finish

Physical Form
Free-flowing Powder

Pack Size
20 kg

Pack Type
Polyethylene Bag

Curing Temperature
180C - 200C

Hardness
2H Pencil

Shelf Life
12 Months (Unopened Container)

Salt Spray Resistance
>500 Hours (ASTM B117)

Adhesion
Excellent (Cross Hatch: 0/1 mm)

Coating Thickness
60 - 80 Microns

Curing Time
10 - 15 Minutes

Storage Conditions
Cool & Dry Storage, Avoid Direct Sunlight

Gloss Level
<20 GU (at 60)

Impact Resistance
>50 kg/cm

Matte Gray Powder Coating About

Introduction

Key attributes

Items	Information
CAS No.	53808-41-6
Place of Origin	China
Main Raw Material	EPOXY
Usage	Furniture Paint, Car Paint, Appliance Paint, Boat Paint
Other Names	Powder Coating Paints
Application Method	Spray
State	Powder coating
Model Number	H2NL-0391A RAL7000
Model / Color	H2NL-0391A RAL7000 / Gray
Material	Polyester Resin
Cure Time	200 * 15 Min
Film Thickness	60-80um
Theoretical Coverage	8/kg
Sault Spray Result	250 Hours
Pencil Hardness	4H
Impact Resistance	50Kg
Function	Metal Surface Protection and Decoration

Superior Protective Finish

Matt Gray Powder Coating not only elevates the appearance of metal surfaces with its contemporary matte finish but also provides a steadfast barrier against corrosion, chipping, and external wear. Its exceptional adhesion and hardness ratings ensure long-lasting performance in industrial settings.

Compliant with International Standards

Formulated as a thermosetting powder, this coating meets the stringent quality requirements of ISO 8130 and ASTM D3451. Its remarkable impact resistance and salt spray endurance make it ideal for demanding applications where reliability is paramount.

Easy and Efficient Application

The free-flowing powder is applied to clean metal surfaces using standard electrostatic spray equipment. After application, curing at 180C to 200C for 10-15 minutes produces a uniform, matte gray coating ranging from 60-80 microns in thickness, ensuring a consistently high-quality result.

FAQ's of Matte Gray Powder Coating:

Q: How should Matte Gray Powder Coating be applied to achieve the best results?

A: For optimal performance, apply the free-flowing powder using electrostatic spray equipment on clean metal surfaces. Cure the coating at temperatures between 180C and 200C for 10 to 15 minutes to attain a uniform layer of 60-80 microns thickness with excellent adhesion and durability.

Q: What are the primary benefits of using this powder coating?

A: This coating offers a modern matte gray finish with outstanding corrosion and impact resistance. It also provides exceptional adhesion, high hardness (2H pencil), and long-lasting protection, making it ideal for industrial applications that demand both durability and aesthetic appeal.

Q: When should the coated surface be exposed to harsh environments after application?

A: Allow the coated surface to fully cool after the prescribed curing process. Once cooled, the surface can be exposed to demanding conditions, as the coating provides proven protection against corrosion for over 500 hours in salt spray tests (ASTM B117).

Q: What storage conditions are recommended for Matte Gray Powder Coating?

A: To maintain its quality, store the powder in cool, dry areas and protect it from direct sunlight. Unopened containers have a shelf life of 12 months under these conditions.

Q: Where is this powder coating typically used?

A: This product is commonly employed for industrial metal surface applications requiring a blend of protection and aesthetics, such as machinery, automotive parts, and architectural metalwork.

Q: Can this coating be used for non-metal surfaces?

A: No, this formulation is specifically optimized for metal surfaces. Using it on non-metal substrates may lead to inadequate adhesion and performance.

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