What is a HVLP turbine spray gun?
What is a HVLP turbine spray gun?
A turbine HVLP Spray Gun is an independent system that utilizes a turbine to generate the volume of air that an HVLP Spray Gun requires to spray. The turbine draws sufficient air into the unit which is then transferred through the hose which provides the air needed for atomization.
What pressure should I set my HVLP spray gun at?
We recommend painting between 25-30 psi while the trigger is pulled. You may see some paint tech sheets which refer to a painting air pressure of 8-10. Don’t set the spray gun to those as this measurement is referring to the air cap pressure right where the paint comes out.
What is a good HVLP spray gun?
Top 5 Best HVLP Spray Gun Reviews – Our Top Picks
- Wagner Spraytech Control Spray Max HVLP Paint Sprayer.
- Earlex HVLP Spray Station Spray Gun.
- Wagner FLEXiO 890 Stationary HVLP Paint Sprayer.
- Fuji 2203G Semi-PRO 2 HVLP Paint Sprayer.
- HomeRight Finish Max HVLP Spray Gun.
Can I paint a car with HVLP turbine?
A high-volume, low-pressure (HVLP) turbine system is a great option for painting a car. These systems atomize the paint more efficiently than traditional spray guns, which means less paint is wasted and fewer coats are needed.
Can you use a turbine sprayer to paint a car?
HVLP turbines provide portability and performance. They can be a great option to complete automotive painting projects when you don’t have a large enough compressor to consider other options like a compressed air HVLP spray gun.
Why does my HVLP spray gun spitting?
“Spitting” happens when your paint gun’s nozzle is not properly screwed into place. If your paint gun is spitting or dripping paint, it is probably because the nozzle is not screwed on tightly. If you’ve checked your nozzle and find that it is screwed on tightly, you may need to purchase a new nozzle altogether.
Are HVLP sprayers worth it?
High-volume, low-pressure (HVLP) paint sprayers are the best for more detailed work, like painting trim, molding, and cabinets. Airless sprayers are not helpful in precision situations.