1 The FPro spray gun gives the perfect finishing available for all painters
2 Patent pending restrictor paint speed controller and patent pending Vortex spin effect delivers a perfect atomization with very high transfer efficiency (up to 78% in HVLP)
3 Three atomization and aircaps technologies: Conventional, LVLP and HVLP versions available
4 Three different adjustment knobs to get the perfect spray pattern in every conditions
The widest range of spray guns and accessories for all applications in markets that require high finishing spraying.
5 Perfectly balanced for reduced repetitive strain injuries
6 The FPro is an extension of the arm and is an natural working tool for painters.
7 High level of sensation on the trigger for a perfect painting application
8 Reduced handle volume, ideal for operators with small hands
9 Elegance of the design, reputable metal, high quality of machining and anodization make the FPro – the ultimate spray gun application solution
10 New generation of super light hoses, lightweight spraygun body and ergonomic handling, FPro applies the coating with ease and less effort
Simplified and quick maintenance thanks to the reduced number of components
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FPro, the New standard in Airspray: In 1925 SAMES KREMLIN created Airspray technology and in 2017 reinvents the way to atomize paint with patented innovations for the Airspray market. How did we do this? SAMES KREMLIN developed a new axis based on decades of experience in prestigious customer applications.
The PATENTED innovative restrictor controls and pre-atomizes the paint into smaller droplets. It also slows down the paint speed and leaves time for the aircap to atomize the paint at the perfect droplet size: this avoids any bounce back onto the part and increases the transfer efficiency. The PATENTED Vortex actually spins the paint, allowing high levels of penetration of the paint onto complex shaped parts. The path between the nozzle and the part becomes longer – slowing down the paint and avoiding any bounce back effect to the part. Therefore, the transfer efficiency is increased for even better finish quality
| Atomization quality | Transfer efficiency | Flow rate | |
|---|---|---|---|
| Conventional spraying | ♦ ♦ ♦ ♦ | ♦ ♦ | ♦ ♦ ♦ |
| HVLP spraying | ♦ ♦ | ♦ ♦ ♦ ♦ | ♦ |
| LVLP spraying | ♦ ♦ ♦ | ♦ ♦ ♦ |
♦ ♦ |
| Designation | Value | Unit: metric (US) |
|---|---|---|
| Maximum Fluid Outlet | 750 (26.3) | cc/min (oz/min) |
| Minimum Fluid Outlet | 200 (7) | cc/min (oz/min) |
| Maximum Air Pressure | 6 (87) | bar (psi) |
| Maximum Fluid Temperature | 50 (122) | °C (°F) |
| Air Inlet | M 1/4" NPS | |
| Fluid Inlet | M 3/8" NPS | |
| PH | 5-8 | |
| Tips / Nozzle | ♦ | |
| Weight | 480 (16.9) | kg (lbs) |
| Recommended CONV Air Pressure | 2.5 (36) – 3.5 (51) | bar (psi) |
| Recommended HVLP/LVLP Air Pressure | 1,5 (22) – 2,5 (36) | bar (psi) |
| Air Consumption CONV (at 2,5 - 3,5 bar / at 36 - 51 psi) | 21.8 (12.8) – 28.2 (16.6) | m3/h (cfm) |
| Transfer Efficiency CONV | 66 | |
| Transfer Efficiency HVLP/LVLP | 78 / 72 | |
| Wetted Parts: Stainless Steel, POM C, Polypropylen | ♦ | |
| Air Consumption HVLP/LVLP (at 1,5 – 2,5 bar / at 22 – 36 psi) | 16.1 – 23.5 (9.5- 13.8) | m3/h (cfm) |
Format : application/pdf
Size : 769Ko
Format : application/pdf
Size : 6Mo
Format : application/pdf
Size : 6Mo
