Catalytic Heating System(penetration drying)

The radiant IR energy generated by the catalytic system is a long wavelength infrared energy, which can be absorbed by many different materials than the shorter wave IR energy systems. Thanks to catalytic heating system by Dliking Technology lower operating costs & faster drying.

WHY CATALYTIC HEATING?

1.High Quality Drying Process

Fast & High quality drying.
Superior adhesion.
Vibrant color retention.
Excellent corrosion resistance.
Tips: Infrared radiation dries from the inside out, preventing bubbles and wrinkles caused by rapid surface drying, while offering superior adhesion and corrosion resistance. Additionally, the color and gloss after drying are more vibrant than those achieved with traditional hot air drying.
VS:Traditional hot air ovens, due to their high air volume, can cause contamination of the paint film by dust layers in the air. Particularly in powder coating production lines, catalytic infrared drying can effectively improve drying quality & reduce drying time.

2. Super Fast Drying

Powder coatings can reduce drying time by 60%-70%, while water-based paints and solvent-based coatings can shorten drying time by 40%-50%.

catalytic drying system — catalytic drying module

3. Energy Saving & Low Cost Maintenance

The catalytic reaction is extremely safe.Certified by various safety standards such as ATEX, Intertek, CSA, and FM, making it suitable for hazardous environments. Compared to traditional gas infrared, it is significantly safer.
Energy saving.Compared to electric infrared ovens, it can save 60%-70% of energy consumption. Compared to hot air drying, it can also reduce energy consumption by 20%-50%.
Easy to operate and low maintenance cost.The catalytic infrared oven features fully automatic control with a user-friendly human-machine interface and supports remote real-time monitoring. Additionally, the equipment boasts a service life of up to 20 years and low maintenance costs.
Eco-friendly, effectively reducing emissions such as VOCs.Organic solvents such as toluene and ethyl acetate generated during the heating process are catalyzed to produce CO2 and water vapor, effectively reducing the emission of harmful gases. Additionally, compared to combustion, catalytic reactions are more thorough and significantly lower VOCx emissions.