A drying and curing machine is an industrial equipment that achieves two core functions—material dehydration by drying and material setting by curing—through methods like heating and ventilation. It is widely used in production processes requiring stable material forming.
Custom non-standard designs are available to meet specific user needs. We can customize, design, and manufacture the machine according to your requirements, including those for temperature, product size, and process specifications.
Dehydration by Drying: It rapidly removes volatile components (such as moisture and solvents) from the surface or interior of materials using heating methods like hot air and infrared radiation.
Setting by Curing: Based on the drying process, it enables materials (e.g., coatings, adhesives, resins) to undergo chemical or physical reactions through precise temperature control. This forms a stable structure and enhances properties like hardness and adhesion.
Coating Industry: Used for drying and curing paint films on the surface of metal and plastic parts after painting, ensuring the coating is firm and does not peel off.
Electronics Industry: Performs curing treatment on solder and conformal coatings on circuit boards to ensure the stability of electronic components.
Printing Industry: Enables rapid curing of inks and UV adhesives, improving the drying efficiency of printed products and the quality of finished goods.
Composite Material Industry: Used for composite curing of materials like glass fiber, carbon fiber, and resin to produce high-strength products.
Hot Air Type: Relies on hot air circulation for heating. It features low cost and a wide application range, making it suitable for most non-metallic materials.
Infrared Type: Uses infrared radiation for heating. It has fast heating speed and low energy consumption, making it suitable for scenarios requiring high heating efficiency.
UV Curing Type: Triggers reactions in photo-curable materials through UV irradiation. It has extremely fast curing speed and is often used in precision fields such as printing and electronics.
