Our compressor electrophoresis line technology sets the industry benchmark.

If you are facing pressure to reduce Volatile Organic Compound (VOC) emissions and improve workplace air quality, your solvent-based spray system is the primary target. The most effective way to solve this is by switching to a fundamentally cleaner technology. A compressor electrophoresis line from TIMS uses advanced, water-based coatings that contain virtually zero VOCs. This not only makes it easy to comply with the strictest environmental regulations but also eliminates the need for costly solvent abatement equipment and reduces fire hazards in your plant. By investing in a TIMS compressor electrophoresis line, you are adopting a technology that is both superior in performance and environmentally responsible.

Premature rust on compressors, especially around welds and edges, is a clear sign that your current coating method is failing to provide complete protection. Spray painting often leaves microscopic gaps and thin spots in these critical areas, giving corrosion a foothold. At TIMS, we solve this fundamental problem with a compressor electrophoresis line. Its unique immersion and electrochemical deposition process forces a uniform layer of coating into every seam, crevice, and sharp edge, creating a seamless, pinhole-free barrier. This total coverage is the only way to guarantee the long-term corrosion resistance required for HVAC and refrigeration units, eliminating field failures and protecting your brand's reputation for durability.

Achieving consistent quality requires controlling the entire process, not just the coating application itself. A simple dip tank is not enough. A professional compressor electrophoresis line from TIMS is an integrated system that provides end-to-end quality control. We start with a robust multi-stage pre-treatment to guarantee a perfectly prepared surface. The e-coat bath itself is continuously monitored for all key parameters. The post-rinse stages are designed to remove any contaminants, and the oven is zoned for a perfect cure. All these stages are managed by a single control system, ensuring that your compressors are coated under optimal, repeatable conditions every single time.

Achieving a uniform coating thickness on a complex, three-dimensional object like a compressor is nearly impossible with manual spraying. You inevitably get runs, sags, and thin spots. The solution is the self-limiting nature of the e-coating process. On a TIMS compressor electrophoresis line, as the coating deposits onto the part, it becomes electrically insulating. This insulation effect automatically forces the current—and the coating particles—to seek out the remaining bare metal areas. The result is a perfectly even film thickness across the entire surface, every time. This is how a TIMS compressor electrophoresis line replaces guesswork with predictable, scientific precision.