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Polishing Brushed Aluminum Powder Coat Paint Anodized Silver Iridescent Neo

China Polishing Brushed Aluminum Powder Coat Paint Anodized Silver Iridescent Neo

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Polishing Brushed Aluminum Powder Coat Paint Anodized Silver Iridescent Neo

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Packaging Details	Inner packing :polyethylene bag; Outer packing :paper carton
Payment Terms	L/C,T/T,Western Union
Delivery Time	10 Days After Payment
Supply Ability	50000TONS/YEAR
Flame retardant series	Can resist combustion in open flames or high temperature environments, reduce fire by flame retardancy, smoke suppression, and toxicity reduction
Automotive Parts Series	Super strong corrosion resistance, excellent weather resistance, strong resistance to high and low temperatures, can maintain stability in the temperature range of -40 ° C (in cold regions) to 120 ° C (in high-temperature environments around the engine), w
Brand Name	JIA ZHEN
Certification	ISO9001; SGS; ROHS
Place of Origin	China

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Product Specification


Packaging Details	Inner packing :polyethylene bag; Outer packing :paper carton	Payment Terms	L/C,T/T,Western Union
Delivery Time	10 Days After Payment	Supply Ability	50000TONS/YEAR
Flame retardant series	Can resist combustion in open flames or high temperature environments, reduce fire by flame retardancy, smoke suppression, and toxicity reduction	Automotive Parts Series	Super strong corrosion resistance, excellent weather resistance, strong resistance to high and low temperatures, can maintain stability in the temperature range of -40 ° C (in cold regions) to 120 ° C (in high-temperature environments around the engine), w
Brand Name	JIA ZHEN	Certification	ISO9001; SGS; ROHS
Place of Origin	China
High Light	anodized silver brushed aluminum powder coat ，iridescent brushed aluminum powder coat ，iridescent polishing powder coat

Flame-Retardant Powder Coatings: Core Value, Performance Advantages & Customization

1. Core Value

The core value of flame-retardant powder coatings is to interrupt the combustion chain via chemical or physical effects, mainly covering three key functions.

1.1 Inhibiting Combustion (Flame Retardancy)

This function disrupts the "Three-Step Combustion Process" by breaking the essential conditions for combustion (combustible material, oxygen, temperature) through three methods:

Inhibiting thermal decomposition: Phosphorus-based flame retardants generate viscous substances like phosphate esters at high temperatures, forming a "heat and oxygen insulation film" on the substrate surface to prevent the substrate from decomposing into flammable gases when heated.

Diluting oxygen and combustibles: Inorganic flame retardants (e.g., aluminum hydroxide, magnesium hydroxide) decompose and release water vapor when heated, diluting the oxygen concentration in the air and lowering the temperature of the combustion area.

Trapping free radicals: Halogen-based flame retardants release hydrogen halides during combustion, which combine with active free radicals (e.g., H・, OH・) in the combustion reaction to terminate the free radical chain reaction and fundamentally inhibit combustion spread.

1.2 Reducing Smoke and Toxic Gases (Smoke Suppression)

Over 80% of fire casualties are caused by "asphyxiation from toxic smoke," and high-quality flame-retardant powder coatings address this by:

Reducing smoke emission during combustion: Adding smoke suppressants (e.g., molybdenum compounds, tin compounds) minimizes smoke obstruction to visibility and buys escape time.

Reducing toxic gas release: It lowers the emission of gases like CO and hydrogen halides. Especially, halogen-free formulations (e.g., phosphorus-nitrogen systems) avoid highly corrosive and toxic gases from halogen combustion, improving fire environment safety.

1.3 Protecting Substrate Integrity (Fire Resistance)

Under short-term high temperatures or small fire sources, the coating maintains structural stability to prevent substrates (e.g., metals, plastics, wood) from melting and collapsing rapidly:

For metal substrates: Prevents high-temperature-induced deformation and maintains structural load-bearing capacity.

For plastic/wood substrates: Delays the substrate’s ignition time and even enables self-extinguishment after the fire source is removed (meeting the "self-extinguishing" standard).

2. Performance Advantages

Compared with traditional solvent-based flame-retardant coatings or ordinary powder coatings, flame-retardant powder coatings have obvious advantages in performance, environmental protection, and application scenarios. Their specific advantages vary by flame retardant type, and selection should align with actual application scenarios.

	
			Type of Flame Retardant

			Performance Advantages

			Application Scenarios

			Limitations

			Halogen-based Flame Retardants

			High flame retardant efficiency; low addition amount (usually 5%-10%); no impact on coating physical properties

			Scenarios with high flame retardant grade requirements and cost sensitivity (e.g., household appliance casings)

			Subject to regional halogen environmental restrictions (e.g., banned in certain EU fields)

			Halogen-Free Flame Retardants (Phosphorus-Nitrogen System)

			Strong environmental friendliness; low smoke and toxicity; compliant with high-end field environmental requirements

			High-end fields (e.g., electronics, medical care)

			Slightly lower flame retardant efficiency than halogen-based ones; requires matching synergists, leading to slightly higher costs

			Inorganic Flame Retardants (Aluminum Hydroxide/Magnesium Hydroxide)

			Extremely low smoke and toxicity; high safety; certain acid corrosion inhibition effects

			Scenarios with strict smoke and toxicity control (e.g., subway interiors)

			High addition amount (usually 30%-60%), which may affect coating adhesion and impact resistance

3. Core Competitiveness & Customization

3.1 Core Competitiveness

The core competitiveness of flame-retardant powder coatings lies in the triple advantages of "safety (fire, smoke, and toxicity prevention) + practicality (stable performance) + environmental protection (solvent-free)". It not only meets mandatory fire safety standards but also adapts to the decoration and durability requirements of different scenarios, making it a key category in the current functional coating field.

3.2 Customization Service

Various colors and effects of flame-retardant powder coatings can be customized according to customer requirements!

Our Advantage
 
1, Epoxy powder coating: offer the best corrosion protection.
2, Polyester powder coating: offer the highest exterior stability and performance.
3, Our products applied to indoor and outdoor.
4, Our products with SGS,Tuv, Rohs,TDS, MSDS, Certificate.
 
 
F&Q
Q:What color are available to me?
 
A:We usually carry a very large range of colors. Has access to over 300 paint color and texture. Feel to call us and ask if we stock your required color. If not we can customize.
 
Q:Are all the colors the same price?
 
A:NO. Some colors are more expensive due to their availability. Ingredients, such as texture powders, candies, metallic, glow in dark powders.
 
Q:Where can I find pricing information?
 
A:Our pricing structure is dependant on volume, technology and color choice. Please contact us for specific product pricing.
 
Q:Need more info?
 
A:We would love to help you with your Powder Coating questions and of course we look for ward to doing business with you. Let us know how we can help you.
 
Q:What kind of payment terms you can accept?
A:We accept PayPal, T/T , LC,and Western Union

Company Details

Bronze Gleitlager

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from Quality China Factory

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Business Type:

Manufacturer 


Year Established:

2003 


Total Annual:

5000000-10000000
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Employee Number:

50~100 
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Ecer Certification：

Verified Supplier 

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Reach Us
Jinhua Jiazhen Technology Co., Ltd.
Tangya Industrial Park, Jindong District, Jinhua City, Zhejiang Province
https://www.coloredpowdercoating.com/

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Type of Flame Retardant	Performance Advantages	Application Scenarios	Limitations
Halogen-based Flame Retardants	High flame retardant efficiency; low addition amount (usually 5%-10%); no impact on coating physical properties	Scenarios with high flame retardant grade requirements and cost sensitivity (e.g., household appliance casings)	Subject to regional halogen environmental restrictions (e.g., banned in certain EU fields)
Halogen-Free Flame Retardants (Phosphorus-Nitrogen System)	Strong environmental friendliness; low smoke and toxicity; compliant with high-end field environmental requirements	High-end fields (e.g., electronics, medical care)	Slightly lower flame retardant efficiency than halogen-based ones; requires matching synergists, leading to slightly higher costs
Inorganic Flame Retardants (Aluminum Hydroxide/Magnesium Hydroxide)	Extremely low smoke and toxicity; high safety; certain acid corrosion inhibition effects	Scenarios with strict smoke and toxicity control (e.g., subway interiors)	High addition amount (usually 30%-60%), which may affect coating adhesion and impact resistance