Fuction and Characteristics : There are various fluid nozzle available, able to match numerous of air caps for your convenience Nozzle and needles are heat-treated stainless steel Specification Product : Model : RA-88-P08 (W) Weight : 537 g Fluid Nozzle Read more…
Function and Characterisics : Air intake pressure can be adjusted freely at your request, reduce coating rebound, coating saving, slim atomization amplitude, large spray pattern width, fine particles, perfect effect, efficient and rapid spraying This automatic spray gun is used Read more…
Function and Characteristics : Air intake pressure can be adjusted freely at your request, reduce coating rebound, coating saving, slim atomization amplitude, large spray pattern width, fine particles, perfect effect, efficient and rapid spraying This automatic spray gun is used Read more…
Function and Characteristic : Air intake pressure can be adjusted freely at your request (2.5 bar-3.5 bar), reduce coating rebound, coating savings, slim atomization amplitude, large pattern width, fine particles, perfect effect, efficient and repid spraying There are various fluid Read more…
Specification Product : Weight : 540 g Fluid Nozzle Orifice : 0.8/1.0/1.2 Air Pressure : 2.0-3.0 bar (0.2-0.29 Mpa) Air Consumption : 500-530 L/min Pattern Width : 300 mm Spray Distance : 200 mm Coating Pressure : 0.8 bar Purpose Read more…
Specification Product : Weight : 465 g Fluid Nozzle Orifice : 0.8/1.0/1.2 Air Pressure : 2.0-3.0 bar (0.2-0.29 Mpa) Air Consumption : 430-530 L/min Pattern Width : 200-270 mm Spray Distance : 200 mm Coating Pressure : 0.8 bar Purpose Read more…
Specification Product : Weight : 465 g Fluid Nozzle Orifice : 0.8/1.0/1.2 Air Pressure : 2.0-3.0 bar (0.2-0.29 Mpa) Air Consumption : 430-530 L/min Pattern Width : 200-270 mm Spray Distance : 200 mm Coating Pressure : 0.8 bar Purpose Read more…
Pressure Gauge WIKA Model 230.15 can be used for : For gaseous and liquid, also aggressive media for demanding high purity applications, also in aggressive ambience For all UHP (ultra high purity) applications Semiconductor and flat panel industry Gas distribution Read more…
Pressure Gauge WIKA Model 130.15 use for : Gaseous and liquid, also aggressive media for demanding high purity applications, also in aggressive ambience All HP (high purity) applications Semiconductor and flat panel industry Gas distribution systems Hook up application SPECIAL Read more…
Pressure Gauge WIKA 432.25 (FTG) use for : Pressure measurement in gaseous and liquid, also aggressive media for demanding high purity applications, also in aggressive ambience Semiconductor and flat panel industry Gas distribution systems Medical gases Hook-up applications SPECIAL FEATURES Read more…
Pressure Gauge WIKA Model 716.11 use for : Differential pressure measurement at measuring points with very low differential pressures, for gaseous, dry, clean, oil and grease free media. Model 736.11 also for aggressive media and ambience Filter monitoring in ventilation Read more…
Pressure Gauge WIKA Model 716.05 with a nominal size of 80 mm, has been specifically designed for measuring points at which differential pressure measurements with low differential pressures take place. In addition, an overload safety of up to 16 bar Read more…
Pressure Gauge A2G mini differential pressure instrument is used for monitoring differential pressures of the filters units in small and medium sized central air handing units. Further application cases are in industrial air extraction units and dust extraction plants as Read more…
Pressure Gauge WIKA A2G10 is used for monitoring the differential in ventilation and air conditioning applications. The measuring ranges cover from 0…50 Pa to 0…12,500 Pa. Plus/minus ranges can be fulfilled from -100 … +100 Pa to -1,500 … +1,500 Read more…
Pressure Gauge WIKA Model A2G05 Eco differential pressure gauge is used for monitoring the differential pressure in ventilation and air conditioning applications. The measuring ranges can be fulfilled from -100..+100 Pa to -1,500…+1,500 Pa. The separated construction of the pressure Read more…
