Abstract: A spray gun splitter is a slice having two opposite sides. Flanges provided on the two sides form an inner ring and an outer ring on each side, and there are interpenetrated troughs equally positioned along the inner ring and the outer ring. Through the inner ring and the outer ring of the splitter combining with the corresponding modules of the spray gun, a separate of two independent gas flows is free of turbulence which further effectively controls over the uniformity and the area of the spraying paint.

Abstract: A spray gun having a nozzle device includes a nozzle base and a nozzle board. The nozzle base is disposed on a spray outlet of the spray gun. The nozzle base includes a pair of upper and lower ledges, a securing member, and a releasing member. An engaging section is formed at the bottom of the lower ledge of the nozzle base. The nozzle board comprises a number of nozzles with different bores in size. Each nozzle corresponds in size to the spray outlet. The securing member is adapted to secure the nozzle board to the nozzle base, and the releasing member is adapted to release the nozzle board from the nozzle base.

Abstract: A spray paint gun structure having a coaxial control of fluid and atomization includes an atomization control air passage connected to a pressurized air passage in the rear section of a housing. An atomization control adjustment valve includes a sleeve, an atomization adjustment nut, a locking nut, and an elastic member. A rod extending from a fluid control adjustment valve penetrates through the sleeve. The middle section of the sleeve is provided with an external thread to engage with the atomization adjustment nut and the locking nut. The elastic member is accommodated in the rear section of the sleeve. The rear section of the sleeve is provided with an internal thread to relatively engage with a fluid adjustment nut. The atomization adjustment nut is provided with an external thread to engage with a thread relatively disposed at the rear section of the housing.