Energy type lock finalize the design characteristics and technical parameters of hydraulic control ball valve
the Industrial Valves has a small fluid resistance, special sphere structure is simple, has the characteristics of small volume, light weight. Easy to operate, switch rapidly, from open to close just rotate 90 °, is advantageous for the remote control. Convenient maintenance, water and electricity ball valve sealing ring is active, it is more convenient to remove the replacement. In the fully open or close, sphere and valve seat sealing surface and the dielectric isolation, medium through, does not cause the valve sealing surface erosion, long service life.
energy type lock type hydraulic control ball valve technical parameter applicable medium: water, sea water, sediment, water, oil, etc. medium temperature: 80 ℃ or less time open valve: 10 ~ 240 seconds ( Adjustable) fast closing time: 3 ~ 60 seconds ( Adjustable) slow closing time: 6 ~ 90 seconds ( Adjustable) fast clearance Angle: 70 ° + 10 ° slow clearance Angle: 20 ° + 10 ° fully open position: minimum flow resistance coefficient 0 optional control power: AC220V, DC220V, DC110V, DC24Vkey words: energy type lock to finalize the design characteristics and technical parameters, hydraulic control valves ball valve of water and electricity, turbine inlet valve
As a entrepreneur, being trapped in a company under multiple quality problems never appealed to Shenzhen Mech Valve Trading Co., Ltd..
Shenzhen Mech Valve Trading Co., Ltd. will expand our presence in direct selling and lead the reinvention of the channel, offering an entrepreneurial opportunity that delivers superior earnings, recognition, service and support, making it easy and rewarding to be affiliated with Mech Valve and elevating the image of our industry.
What Shenzhen Mech Valve Trading Co., Ltd. discovered was that innovation occurs when business models match up with one or more of the rising stem gate valve where technological advances overlap with market needs, thus resulting in growth and transformation.