In solid state spraying by electrostatic adsorption, high-temperature curing powder through the original infrared curing process volatilizes all the free formaldehyde originally in the plates.No formaldehyde or VOCs is detected in the finished products. The air is "abnormal" for environmental protection in production workshop and application scenes.
Improve efficiency and reduce energy consumption, the delivery period of 45 days of paint is shortened to 3 days.It used to take 36-72 hours for curing at normal temperature after the paint is sprayed. Now it only takes 1 hour for solid-state high polymer spraying, automatic water flow + high temperature fast curing.

In solid state spraying by electrostatic adsorption, high-temperature curing powder through the original infrared curing process volatilizes all the free formaldehyde originally in the plates.No formaldehyde or VOCs is detected in the finished products. The air is "abnormal" for environmental protection in production workshop and application scenes.
Improve efficiency and reduce energy consumption, the delivery period of 45 days of paint is shortened to 3 days.It used to take 36-72 hours for curing at normal temperature after the paint is sprayed. Now it only takes 1 hour for solid-state high polymer spraying, automatic water flow + high temperature fast curing.

In solid state spraying by electrostatic adsorption, high-temperature curing powder through the original infrared curing process volatilizes all the free formaldehyde originally in the plates.No formaldehyde or VOCs is detected in the finished products. The air is "abnormal" for environmental protection in production workshop and application scenes.
Improve efficiency and reduce energy consumption, the delivery period of 45 days of paint is shortened to 3 days.It used to take 36-72 hours for curing at normal temperature after the paint is sprayed. Now it only takes 1 hour for solid-state high polymer spraying, automatic water flow + high temperature fast curing.

The hardness of the paint film of the finished product is more than 2H. The paint film can resist more than 1000 times of wears and has a glossiness of more than 95, having excellent chemical resistance and heat resistance performances.
The electrostatic powder sprayed, after undergoing chemical reactions under 130 degrees of high temperature, has higher adhesive density than that of paint, and is a lot thicker than paint. The matter tightness of the electrostatic powder coating is also better than that of the paint ensuring that the waterproof performance of electrostatic powder spraying is much higher than that of paint.

The hardness of the paint film of the finished product is more than 2H. The paint film can resist more than 1000 times of wears and has a glossiness of more than 95, having excellent chemical resistance and heat resistance performances.
The electrostatic powder sprayed, after undergoing chemical reactions under 130 degrees of high temperature, has higher adhesive density than that of paint, and is a lot thicker than paint. The matter tightness of the electrostatic powder coating is also better than that of the paint ensuring that the waterproof performance of electrostatic powder spraying is much higher than that of paint.

The hardness of the paint film of the finished product is more than 2H. The paint film can resist more than 1000 times of wears and has a glossiness of more than 95, having excellent chemical resistance and heat resistance performances.
The electrostatic powder sprayed, after undergoing chemical reactions under 130 degrees of high temperature, has higher adhesive density than that of paint, and is a lot thicker than paint. The matter tightness of the electrostatic powder coating is also better than that of the paint ensuring that the waterproof performance of electrostatic powder spraying is much higher than that of paint.