Custom Paint Booth / Bake Booth, On-Site Installation, Paint Bake Equipment

High-temperature curing ovens operate at significantly higher temperatures than standard curing ovens. Our high-temperature curing ovens are typically designed for working temperatures of 60-240°C, and are mainly suitable for applications requiring high-temperature curing of powder coatings or paints on products like anti-theft doors, iron doors, steel guardrails, and heavy machinery.

Rock wool insulation fireproof board, available in three thicknesses: 5cm, 7.5cm, and 10cm. Colors: interior wall - white, exterior wall - blue or white options.

The heating methods for high-temperature baking rooms include electric heating, oil heating, coal heating, wood heating, thermal oil heating, and gas heating.

The dimensions, operating temperature, and heating method of the high-temperature curing room can be customized according to customer requirements.

High-temperature paint baking room, featuring energy-saving, safety, environmental protection, and cost-effective advantages. Regular maintenance and care for the high-temperature paint baking room not only extend its service life but also ensure your safety, preventing any potential losses caused by safety issues during use.

High-temperature baking paint booth is a device used for applying paint and dye to the surface of equipment and then drying it. It not only enhances the aesthetic appeal of the equipment but also provides protection. It can prevent corrosion in harsh environments with moisture and dust, as the paint shields metal parts from erosion and slows down the aging of plastic components. Additionally, the painting process can achieve an artistic and aesthetic design style for the object, making its appearance more attractive and adding more commercial value and visual appeal.

A paint bake booth is a critical facility that uses technical processing to decorate and repair the surface of objects. During painting, the external air is filtered through the primary filter mesh by a fan and sent to the roof. It then undergoes a second filtering and purification process through the top filter mesh before entering the room. The air inside the room flows downward in a full descent at a speed of 0.2-0.3 m/s, ensuring that paint mist particles from the painting process cannot linger in the air and are directly exhausted out of the room through the bottom air outlet. This maximizes the quality of the painted surface.