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Flame-Retardant Powder Coating

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Flame-Retardant Powder Coating Specification

Chemical Name
Flame-Retardant Powder Coating

CAS No
N/A (Mixture of several components)

Type
Thermosetting Powder Coating

Standard
ISO/ASTM/GB Standard Compliant

Grade
Industrial Grade

Usage
Surface protection and decoration for metals, appliances, structures, electrical components

Appearance
Various solid colors (yellow, orange, red, blue, green, aqua, silver grey, white)

Physical Form
Fine Powder

Pack Size
20 kg, 25 kg bags or as required

Pack Type
Sealed Polyethylene-lined Bags/Cartons

Hardness
2H (Pencil Hardness, ASTM D3363)

Toxicity
Non-toxic, meets RoHS & EN71-3 requirements

Resistant To
Chemicals, UV, abrasion, humidity, chipping

Gloss Level
Gloss, Semi-gloss, Matt (customizable)

Fire Retardancy Standard
UL94 V-0 or equivalent

Application Methods
Electrostatic spray, fluidized bed

Weather Resistance
Excellent-suitable for indoor and outdoor applications

Film Thickness
60-120 m (microns)

Substrate Compatibility
Aluminum, steel, galvanized steel, zinc etc.

Color Options
Customizable; RAL, Pantone & custom shades available

Curing Condition
200C for 10-15 minutes (typical)

Adhesion
Excellent-rated 0 (cross hatch ASTM D3359)

Density
1.3-1.8 g/cm3

Shelf Life
12 months (stored below 25C and dry conditions)

Flame-Retardant Powder Coating About

Glass state/ceramic state rubber plastic flame retardant is an environmentally friendly glass/ceramic state, flame retardant, fire-resistant, and smokeless and halogen-free functional powder product. Product features: reduced formula cost, flame retardant up to V0 level, ceramic hard shell.

Parameters

Product Grade	Microstructure	Appearance	Service Temperature / Application Direction	Major Function	Suggested Formulation
MT500	Nano mixture	White / translucent	500 C, electrical sheets, metal substrates	Functional main filler	Total formulation content: 4555%
MT650	Nano mixture	White	650 C, electrical sheets, metal substrates	Functional main filler	Total formulation content: 5563%
MT690	Nano mixture	White	800 C, iron-based enamel coatings	Functional main filler	Total formulation content: 8792%
MT360	Nano spheroidal	White / translucent	Materials operating at 650 C	Crack resistance improver	Total formulation content: 818%
MT460	Nano spheroidal	White / translucent	Materials operating at 730 C	Crack resistance improver	Total formulation content: 818%

The conditions that flame retardants should have:

High flame retardant efficiency, no or slightly lowering the original physical, mechanical and electrical properties of the flame-retarded material.

2. The flame retardant should match the decomposition temperature of the flame-retarded substrate and meet the processing conditions.

3. It has good thickness resistance.

4. Low migration, that is, it can maintain the flame retardant effect for a long time in the product and does not lose its effectiveness during the service life.

5. Good compatibility with the substrate resin and easy to disperse.

6. No pollution and low toxicity.

7. Reasonable price.

Exceptional Fire Safety

This powder coating fulfills the UL94 V-0 fire retardancy standard, providing outstanding protection against flame propagation. Its formulation ensures surfaces are less likely to ignite, making it suitable for environments where high fire safety is crucial, such as electrical components and public installations.

Versatile Color and Finish Options

Tailor your project's appearance with a broad range of solid colors and customizable gloss levels, including gloss, semi-gloss, and matt. Match any RAL or Pantone shade, or request custom colors, ensuring both aesthetic flexibility and compliance with branding or design requirements.

Robust Protection and Easy Application

With a film thickness of 60-120 microns and excellent crosshatch adhesion, this coating protects metal surfaces from chemical, mechanical, and environmental damage. Application by electrostatic spray or fluidized bed is straightforward and ensures a durable, even finish suitable for diverse industrial uses.

FAQ's of Flame-Retardant Powder Coating:

Q: How does the Flame-Retardant Powder Coating achieve fire resistance?

A: The coating contains flame-retardant additives that meet UL94 V-0 or equivalent fire retardancy standards, meaning it effectively slows or prevents the spread of fire on coated surfaces. This feature is essential for areas requiring enhanced fire safety, such as electrical panels and structural components.

Q: What application surfaces are suitable for this powder coating?

A: It is engineered for use on various metal substrates, including aluminum, steel, galvanized steel, and zinc. The excellent-rated adhesion ensures secure coverage and durability on these materials, making it broadly adaptable across industries.

Q: When should the powder coating be cured, and under what conditions?

A: After application, the coated substrate should be cured in an oven at 200C for 10-15 minutes. This process ensures the coating fully crosslinks and achieves optimum film properties, including hardness, adhesion, and weather resistance.

Q: Where can this powder coating be effectively utilized?

A: Thanks to its excellent weather resistance, chemical stability, and fire-retardant qualities, it's suitable for both indoor and outdoor applications, including appliances, structural elements, architectural features, and electrical enclosures.

Q: What makes this powder coating environmentally friendly and safe?

A: The formulation is non-toxic and complies with RoHS and EN71-3 standards, ensuring it contains no hazardous substances. This makes it safe for use around sensitive environments, including those involving children or electronics.

Q: How is the gloss level or color customized for specific projects?

A: Clients can specify gloss level-gloss, semi-gloss, or matt-as well as color, matching any RAL, Pantone, or custom shades. This flexibility supports aesthetic consistency with branding or architectural themes.

Q: What are the storage requirements to maintain powder quality?

A: Store the powder coating below 25C in dry conditions to ensure a maximum shelf life of 12 months. Proper storage prevents clumping or degradation, maintaining the product's application and performance standards.

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