Thermosetting Low-Temperature Curing Powder Coating
Thermosetting Low-Temperature Curing Powder Coating

Thermosetting Low-Temperature Curing Powder Coating

Price 2950.0 USD ($)/ Ton

MOQ : 1 Ton

Thermosetting Low-Temperature Curing Powder Coating Specification

  • Chemical Name
  • Thermosetting Low-Temperature Curing Powder Coating
  • CAS No
  • N/A (Mixture of resins, hardeners, and pigments)
  • Type
  • Thermosetting Powder
  • Standard
  • OEM/Industrial Standards
  • Grade
  • Industrial Grade
  • Usage
  • Metal Finishing, Protective and Decorative Coating
  • Appearance
  • Fine Powder (Various Colors)
  • Physical Form
  • Powder
  • Pack Size
  • 20 kg, 25 kg, or as required
  • Pack Type
  • HDPE Bags/Cartons
  • Color Range
  • Wide range (customizable)
  • Storage Conditions
  • Store below 25C, avoid humidity
  • Compatibility
  • Suitable for aluminum, steel, and galvanized surfaces
  • Resin System
  • Epoxy, Polyester, Epoxy-Polyester Hybrid
  • Gloss Level
  • Matt, Semi-gloss, Glossy
  • Application Method
  • Electrostatic Spray/Gun Application
  • Adhesion
  • Excellent on metal substrates
  • Shelf Life
  • 12 months (cool and dry place)
  • Film Thickness
  • 60-80 m
  • Particle Size
  • 30-40 microns (average)
  • Resistance
  • Corrosion, Chemicals, Impact
  • Curing Temperature
  • 120C - 140C
 
 

Thermosetting Low-Temperature Curing Powder Coating About

Introduction

1. Product Overview

Low-temperature curing powder coating is a newly developed product designed specifically for applications where high-temperature baking is unsuitable.

It not only retains the characteristics of conventional powder coatings but also reduces the curing temperature to 140160, significantly expanding the application fields of powder coating technology.

2. Main Technical Specifications

Curing Conditions

Curing Temperature Curing Time
140160 3010 min

Powder Properties

Test Item Test Method Technical Specification
Appearance Visual Inspection Uniform powder appearance, no agglomeration or impurities
Density (g/cm) GB/T 4472 1.40-1.80
Non-volatile Content (%) GB/T 6554 99.4%
Residue on Sieve (%) GB/T 1715 180 mesh 0.3
Particle Size and Distribution (%) ISO 8310-13 150 m 3.0
250 m 0.2

Coating Performance

Test Item Test Method Technical Specification
Appearance Visual Inspection Smooth surface, no particles, shrinkage cavities, or pinholes
Coating Thickness (m) GB/T 1764 5070
Gloss (60) (%) GB/T 9754 1095. negotiable
Impact Resistance (kgcm) GB/T 1732 50
Flexibility (mm) GB/T 6742 2
Pencil Hardness GB/T 6739 12H
Cupping Test (mm) GB/T 9753 6
Adhesion (Cross-cut Method) (Grade) GB/T 9286 0
Acid Resistance (3% HCl) GB/T 9274 240h, no abnormality
Alkali Resistance (5% NaOH) GB/T 9274 168h, no abnormality
Neutral Salt Spray Resistance GB/T 1771 500h, no abnormality
Humidity and Heat Resistance GB/T 1740 500h, no abnormality

Surface Pretreatment

Recommended pretreatment methods:

Cleaning and phosphating treatment

Ceramic conversion treatment

Application Method

This product is suitable for:

High-voltage electrostatic spraying

3. Application Range

Suitable for surface coating applications on:

Flaw detection equipment

Automotive radiators

Springs

Coil electrical appliances

Instruments and meters

Solder joint equipment

Aluminum-magnesium alloy materials

Glass products

Plastic products

Wooden products

Other heat-sensitive materials

4. Safety and Hygiene

This product is non-toxic, environmentally friendly, and non-flammable. However, appropriate protective measures should be taken to prevent excessive inhalation during construction and application.

5. Packaging, Storage and Transportation

The product is packed in cardboard cartons with polyethylene inner bags.

Net weight: 25 kg per package.

Store in a dry, ventilated, and clean environment below 30 for up to 12 months. Keep away from fire sources and heating equipment.

After opening, any unused powder must be resealed properly to prevent moisture absorption from the air.

Protect from direct sunlight and rain. When the ambient temperature exceeds 35, appropriate insulation measures should be taken during storage and transportation.



Efficient Low-Temperature Curing

Our powder coating offers significant energy savings by curing at temperatures as low as 120C to 140C, making it ideal for both newly manufactured and sensitive substrates. Its rapid curing feature reduces overall production time without compromising coating performance or durability.


Durable Protection and Versatile Appearance

Built for industrial environments, this coating excels in resisting corrosion, chemicals, and physical impacts. It is available in various finishes-matte, semi-gloss, and glossy-providing both protective qualities and the option for a wide spectrum of vibrant, customizable colors.


User-Friendly Application and Reliable Storage

This thermosetting powder is supplied as a fine powder (30-40 microns average size), ensuring smooth application via electrostatic spray or gun. Proper storage below 25C in a cool, dry setting guarantees product integrity and maintains a 12-month shelf life.

FAQ's of Thermosetting Low-Temperature Curing Powder Coating:


Q: How is Thermosetting Low-Temperature Curing Powder Coating applied?

A: The coating is best applied using electrostatic spray or gun application methods. This ensures uniform coverage and strong adhesion to compatible metals such as aluminum, steel, and galvanized surfaces.

Q: What are the benefits of using a low-temperature curing powder coating?

A: Lower curing temperatures (120C - 140C) reduce energy consumption and allow for quicker processing times, making it suitable for heat-sensitive substrates and accelerating overall production without sacrificing coating durability.

Q: When should I use this powder coating?

A: It is ideal for industrial metal finishing, protective or decorative coating on a variety of metal substrates, especially where excellent resistance to corrosion, chemicals, and impact is required.

Q: Where should I store the powder coating to preserve its shelf life?

A: Store the powder in its original HDPE bags or cartons, in a cool, dry place below 25C. Avoid exposure to humidity to maintain peak performance throughout its 12-month shelf life.

Q: What is the process for curing and what film thickness does it achieve?

A: After electrostatic application, the coated metal should be cured in an oven at 120C to 140C, forming a robust film thickness of 60-80 microns, which ensures effective protection and finish.

Q: Is the color range customizable for this product?

A: Yes, this powder coating is available in a wide range of colors and gloss levels (matt, semi-gloss, glossy), allowing customization to match specific design or industrial requirements.

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