Gain Absolute Control Over Your Finishing Process.

Industrial painting coating equipment is primarily categorized by the type of coating it applies. The main categories are: 1. Liquid Finishing Systems, which include equipment for conventional spray painting (guns, booths, pumps), electrostatic liquid painting for higher efficiency, and dip-coating methods like E-coating for total immersion. 2. Powder Coating Systems, which use electrostatic guns to apply a dry powder, which is then melted and fused in a curing oven. Each of these systems is a complete line that also includes critical pretreatment and curing equipment. TIMS COATING is an expert manufacturer of all types of painting coating equipment.

A paint spray booth is a critical piece of painting coating equipment that provides a safe, clean, and controlled environment for the application of liquid or powder coatings. Its primary function is safety: it contains hazardous overspray and fumes and exhausts them through a filtration system. Its second function is quality: downdraft or cross-draft airflow systems prevent airborne dust from settling on the wet parts, and proper lighting allows operators or robots to apply a perfect coat. A high-performance spray booth from TIMS COATING is an engineered environment that is essential for achieving a professional, defect-free finish.

Finishing large items like agricultural machinery, construction equipment, or large vehicles requires heavy-duty painting coating equipment. The spray booths must be oversized, often with drive-in capabilities. Instead of robots, these systems may use man-lifts or automated reciprocators to move the applicators along the length of the large part. The pretreatment stage is often done with a high-pressure wand system rather than in a dip tank. Because of the high value and extreme durability requirements for these products, a multi-coat system, often starting with an E-coat primer followed by a liquid topcoat, is common. TIMS COATING has the expertise to engineer a robust painting coating equipment solution for even the largest and most complex products.

Reducing Volatile Organic Compound (VOC) emissions is a critical environmental and regulatory challenge. The most effective solution starts with your painting coating equipment and process. The first option is to switch to low-VOC or water-based paints, which may require modifications to your fluid handling system. The second, and often best, solution is to convert to a powder coating system, which uses a dry powder with zero VOCs. If you must use high-VOC paints, the final line of defense is to install an abatement system, such as a thermal oxidizer, at the exhaust of your painting coating equipment to destroy the VOCs before they are released into the atmosphere.