KBS HVLP Mini Spray Gun: Small Spray Gun With 1.0mm Tip and 125cc Cup

Size the compressor to the gun's air use. The KBS HVLP Mini Spray Gun uses 3 to 5 CFM at 29 PSI, so the compressor needs to deliver at least that much air at the gun's 29 to 45 PSI working pressure. Check the compressor's CFM rating at working pressure, not its maximum PSI.

It depends on your compressor and your coating. HVLP guns are designed for high transfer efficiency at low air pressure, and LVLP guns are designed to use less air volume. KBS sells HVLP guns, and the KBS HVLP Mini Spray Gun uses 3 to 5 CFM at 29 PSI with above 65% transfer efficiency.

Judge any gun on its listed specs: tip size, cup size, working pressure, air use and what your coating needs. Compare those numbers to the job. The KBS HVLP Mini Spray Gun lists a 1.0mm tip, a 125cc cup, 29 to 45 PSI, 3 to 5 CFM at 29 PSI and above 65% transfer, with a stainless steel nozzle and needle.

The KBS HVLP Mini Spray Gun sprays water and solvent based paints, primers and clear coats. It is a popular choice for spraying DiamondFinish Clear and KBS MAXX Clear.

The KBS HVLP Mini Spray Gun has a 1.0mm spray tip. The full size KBS HVLP Spray Gun comes with a 1.4mm or 1.8mm tip, chosen when you order.

KBS MAXX and KBS MAXX Clear spray with a 1.0 to 1.5mm tip, and the 1.0mm tip on the mini gun is inside that range. KBS recommends the full size KBS HVLP Spray Gun with the 1.4mm tip for KBS MAXX, and the mini's 125cc cup suits smaller jobs.

The cup holds 125cc. A cleaning brush and a wrench are included with the gun.

Clean the gun right after spraying with the cleanup solvent named in the directions for the coating you sprayed, and use the included cleaning brush and wrench to service it. The KBS HVLP Spray Gun Operating Information covers care of the gun.

The mini has a 1.0mm tip and a 125cc cup, and it uses 3 to 5 CFM at 29 PSI. The full size KBS HVLP Spray Gun has a 1.4mm or 1.8mm tip, a 600cc cup and a 20 to 45 PSI working pressure, and it uses 6 CFM at 43 PSI. Both list above 65% transfer efficiency.