TGIC curing agent is a widely used paint curing agent in industries, architecture, and decoration. It is mainly used for the curing of powder coatings, which can effectively improve the weather resistance, chemical resistance, and adhesion of powder coatings. Let's take a look at which materials TGIC curing agent is suitable for.

metallic material

TGIC curing agent is suitable for metal materials and can improve their corrosion resistance and wear resistance. After coating metal products, they can enhance their weather resistance and are not easily corroded by factors such as oxidation, rainwater, and corrosion. Metal products such as automotive parts, steel building materials, electrical enclosures, engineering machinery, etc. are suitable for using TGIC curing agent.

Plastic materials

TGIC curing agent is also suitable for plastic materials. Because after pre-treatment on the plastic surface, powder coating can be applied, and TGIC curing agent can accelerate the curing speed, resulting in significant curing effects. After applying powder coating on the surface of plastic products, it has high weather resistance, chemical resistance, and UV stability. Plastic electronic shells, furniture products, outdoor billboards, etc. are all suitable for using TGIC curing agent.

Wood products

TGIC curing agent is also suitable for wood products. After pre-treatment of the wood surface, powder coating can be applied. The addition of TGIC curing agent can improve the weather resistance and stain resistance of the coating. Wood products such as doors, windows, furniture, ladders, etc. are suitable for using TGIC curing agent.

Glass material

TGIC curing agent is also suitable for glass materials. After applying powder coating, adding TGIC curing agent can enhance adhesion, improve weather resistance, and prevent peeling or peeling. Used in glass products such as jewelry and decorations.

In short, TGIC curing agent has a wide range of applications in various fields, can provide good results for products, and has good selectivity and plasticity.