VVEA series – High impact flat spray semi fine fog nozzle

Optimum surface cleaning with KAMAT high-pressure rotating nozzles In order to ensure a surface treatment with excellent results and within a reasonable time, we have developed special externally driven rotating nozzles suitable for our high pressure pumps: Depending on the customer's requirements, our nozzles can be driven pneumatically, electrically or hydraulically. With traditional, self-powered rotating nozzles, the water jet hits an angle before it exits the nozzle, causing the nozzle to rotate. Driving the rotating nozzle causes the water jet to lose energy and is therefore much less efficient. Our externally driven rotary nozzles concentrate the hydraulic energy entirely on the machining process. KAMAT rotating nozzles provide coherent jets that can be moved precisely and quickly over large areas. In the case of externally driven rotation, the hydraulic energy is used entirely on the surface being sprayed, giving excellent and efficient results on surfaces.

0.4mm 45° & 100° Fogging Angle 70bar (1015psi) 150gr/min Drip Safety System (Anti-Dirp) Stainless 303 (1.4305)

China CNC Turning Factory, Custom hose nozzles from stainless steel, carbon steel with zinc plated, chromed, PVD coating, aluminum alloy, brass.

Nozzle tips for hot runner nozzles made of titanium-zirconium-molybdenum offer particularly high thermal conductivity of 140 W/mK coupled with excellent temperature and corrosion resistance. Glass fiber-reinforced plastics are exceptionally strong during processing but also highly abrasive. An optimum combination of thermal conductivity and material hardness is required. The TZM nozzle tips of Plansee are exceptionally resistant to aggression: the SHN surface hardening process. Using SHN surface hardening, we can strengthen peripheral areas and entire TZM components through the addition of a permanent, adherent diffusion layer. As a result, our customers benefit from the use of a tough, heat-resistant material with a wear-resistant surface. Surface hardening takes place during the gas phase. Coatings that we produce using the SHN process adhere better than conventional PVD or CVD layers. They perfectly replicate the surface contour of the TZM product.