510 Air Cap Trans-Tech - DeVilbiss

The DeVilbiss 802546 510 Air Cap Trans-Tech is engineered for precision in professional automotive refinishing and industrial coating operations. This air cap optimizes material transfer for consistent film build and minimal overspray, crucial for high-demand production environments. Its robust construction ensures reliable, long-lasting performance across diverse coating applications.

Key Features

• High Transfer Efficiency (HTE): Features a Trans-Tech HTE compliant design that maximizes material transfer, significantly reducing paint consumption. It operates efficiently with low VOC and high-solids systems, typically at 25–29 PSI.
• Optimized Atomization: Delivers stable and uniform atomization with optimized airflow (7.5–9.5 CFM / 250–265 l/min), integrating seamlessly with common shop air setups for consistent results.
• Extended Spray Pattern: An 11-1/4" long elliptical spray pattern provides rapid coverage and consistent overlap, ideal for large surfaces such as hoods, doors, and roofs, thereby streamlining workflow.
• Durable Construction: Manufactured from plated hard brass, this air cap offers excellent resistance to wear, extending its service life in demanding automotive refinish and industrial coating operations.
• Broad Compatibility: Designed for use with DeVilbiss Advance HD and CVI-620G HE/HVLP gravity spray guns, as well as other specified 510-series compatible models.

Applications

The DeVilbiss 510 Air Cap Trans-Tech is well-suited for professional automotive refinishing tasks, including the application of primers, sealers, basecoats, clearcoats, and single-stage finishes on passenger cars, light trucks, and fleet vehicles. It performs effectively with 2K urethanes and high-solids coatings where precise film build, edge control, and repeatable atomization are critical for a high-quality finish. Additionally, it is appropriate for various industrial coating tasks on frames, equipment, machinery, and fabricated components, ensuring predictable patterns and efficient material transfer for consistent throughput.