- Company : Zhengzhou Free Fluid Control Technology Co.,Ltd
- Region : Henan , China
- Category : General Mechanical Components > Valves
- Specification : 1) Size Range?NPS2~NPS60;DN50?DN1500. 2) Pressure Range:Class 150~Class 300 ;PN10? ?PN40. 3)Body material:Carbon steel, stainless steel & other materials. 4) Sealing material:PTFE and graphite PTFE ,stainless steel,hard alloy& other materials 5) Connection method?Flange, wafer. 6) Operating method?Worm gear,electric,pneumatic . 7) Pressure test:GB/T13927; API598. 8) Face to Face: GB/T12221; API609.
- Quantity : 200set/month
- Price : 500-15000
- Contact Person : David Li|||manager
- Telephone :
- Mobile phone :
- Website : http://www.free-valve.com
- Email : [email protected]
- Instant Messenger : Skype:[email protected], QQ:1140253289
- Update : Feb/02/2018
Product Details
FREE-Valve’s Double Offset Butterfly Valves can be used for shut-off and throttling control. It can ensure sealing more reliable and achieve non-leakage because of the resilient-seated design. The butterfly valve can realize rotary under the condition of low torque by the resilient-seated design , which means a longer service life ,so as to cost-effective of choosing actuator. Features 1. Reliable? sealing,? convenient? operation,? opening? and? closing? fast. 2. The valve’s seat is available in metal ,PTFE and graphite PTFE , which makes the valve suitable for liquid or gas service with many applications 3. The resilient-seated design ensures minimal seat wear and double offset disc design provides excellent throttling capabilities ,it has characteristic of super long usage life, frictionless closure,high temperature etc. 4. Blowout proof shaft design and the application of self lubricated bearings. 5.Preventing the disc from closing under over/under travel by adjusting mechanical stopper. Applicable ? FREE-Valve’s Double Offset Butterfly Valve is applied to use in chemical, petroleum, natural gas, refining, power plants,water distribution, water treatment, pre-treated ,waste water, industry and pressure management and the role of regulating valve.
