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GM3600 Aircoat Spray Gun With Reversible tip spray gun 1

GM3600 Aircoat Spray Gun With Reversible tip spray gun 1

Buy Online GM3600 Reversible Tip Spray Gun Parts

The GM3600 Reversible Tip Spray Gun is designed for professional air-assisted airless finishing, delivering precise atomization, smooth spray patterns, and high transfer efficiency. It is widely used in woodworking, cabinetry, furniture finishing, and industrial coating applications where consistent surface quality is essential. The reversible tip system allows quick clearing of clogs by reversing the tip, helping maintain continuous spraying performance during long working sessions.

This spray gun operates at high pressure up to 3600 PSI and is engineered to provide excellent control over material flow and spray fan width. Its internal design includes, reversible switch, mesh yellow, stainless steel fluid passages, an inline filter system, and ergonomic trigger control, all contributing to reliable operation and reduced overspray. The gun is compatible with multiple tip sizes, allowing users to adjust spray output based on coating type and project requirements.

Built for durability and precision, the GM3600 system ensures stable performance even under demanding job site conditions. It supports a wide range of coatings including lacquers, enamels, primers, stains, and protective finishes. The combination of air-assisted technology and reversible tip functionality makes it a preferred choice for professionals seeking both speed and fine finish quality.

FAQs

Uneven spray patterns are usually caused by a partially clogged reversible tip, incorrect fluid pressure settings, or buildup of dried coating inside the fluid passages.

Clogging typically occurs due to unfiltered paint particles, high-viscosity materials, or lack of proper cleaning after each spraying session.

Pressure drops may result from worn seals, a partially blocked inline filter, or air leaks in the fluid or air supply system.

Overspray can be caused by incorrect tip size selection, excessive atomizing air pressure, or improper spray distance from the surface.

Inconsistent trigger response may occur due to worn air valve components, internal debris buildup, or misaligned trigger assembly affecting fluid release.