BP SYSTEM SRL

Pressure sprayer & Pressure sprayer Turn'n'Spray - Upside-down spray function - Adjustable spray jet, nozzle diameter 0.8 mm - Temperature of the liquid: 0 - 30 ° C - Capacity of 1.5 litres - Parts in contact with media PE, PP, FKM, V4A Pressure sprayer Food - Parts in contact with media PE, PP, VMQ, V2A - Capacity of 1.2 litres

We have specially developed the KAMAT Gekko 350 in order to clean large steel surfaces, for example ships, or large tanks, rapidly and without building scaffolding. Key technical advantages of the high-pressure surface cleaner are the thought-out combination of natural magnets and chain drive, as well as controllable high-pressure nozzles. The complete high-pressure system is remotely controlled conveniently and safely.

Our Surface Cleaner 3000 air is an extremely powerful high pressure cleaner. It is capable of cleaning at pressures of up to 3,000 bar. To make it even more efficient and smooth in operation, we have fitted it with pneumatically driven rotating nozzles. This ensures an even cleaning process at all times. A common application for our hp floor cleaner is the removal of rubber residue from airport runways. All our surface cleaners can be fitted with a vacuum. This ensures a trouble-free and dirt-free working environment, improves visibility and workplace safety and reduces the impact of the process on the environment.

The following nozzles and electrodes made of tungsten-copper are available from stock: Nozzles: — PN-F4-6 — PN-F1-6 — PN-G-W / PN-GH-W Electrodes: — PE-F4 — PE-F1-45 / PE-F1-90 — PE-3M63 / PE-7M63 / PE-9M63 Thanks to its high melting point, tungsten ensures that even the high temperatures that occur at the particularly exposed tip cause no damage to the spray nozzle. The high level of thermal conductivity provided by tungsten and copper ensure optimum heat dissipation. As a result, our nozzles and electrodes offer excellent resistance to arc erosion. This guarantees a long service life. — outstanding arc erosion resistance — high temperature resistance — optimum thermal conductivity