TYCO butterfly valve

TYCO butterfly valveOur products include safety valves, knife gate valves, ball valves, butterfly valves, globe valves, pressure reducing valves, air valves, drain valves, drain valves, check valves, baffle valves, suction reversal valves, and other valves and actuators for various purposes

1. During installation, the valve disc should be stopped in the closed position. 2. The opening position should be determined according to the rotation angle of the butterfly plate. 3. For heavy butterfly valves, a solid foundation should be set up.

Size range: DN25 to 500

Pressure rating: 500kPa to 1000kPa

Temperature range: -40 to+150 ℃

TYCO butterfly valveapplication

This valve is sealed with PTFE and is suitable for steam, UHT disinfection and sterilization and corrosive high temperature conditions Optional EPDM, FKM, NBR and other seals

KEYSTANE F990 ultra-thin butterfly plate sanitary butterfly valve F990 polished butterfly valve

Tyco KEYSTONET F990 Regulating Butterfly Valve F990 High Temperature Regulating Butterfly Valve F990 Double Clamp Butterfly Valve

Widely used in various chemical, liquefied gas, water supply and drainage, food, pharmaceuticals, boiler steam systems, minerals, papermaking, power generation, urban construction

F990 adopts smooth internal flow channels and thin valve plates, with low flow resistance, good regulation performance, wear resistance, and corrosion resistance

Taike butterfly valveFeatures:

1. The thin valve plate and stem are integrated, with very low flow resistance

2. The circular polished valve plate edge can achieve concentric sealing, low torque, long valve seat life, and can achieve bubble level sealing

3. Clamp on and two-piece valve body, easy to maintain

4. The valve seat positioning hole facilitates valve installation while ensuring concentricity between the valve and the flanges at both ends

5. The smooth surface of the valve seat and the circular polished shoulder of the valve plate are pre tightened to achieve the * level sealing of the valve stem. This sealing force exceeds the rated pressure of the valve and can prevent the medium from leaking into the atmosphere along the valve stem

6. The interference fit between the valve stem hole on the valve seat and the valve stem achieves the second level sealing

7. The top lining can absorb the longitudinal thrust of the actuator

8. The O-ring cast on the valve seat surface can achieve sealing with the flange surface, and no gasket is needed between the valve and the flange

9. Integrated valve plate and stem design, valve seat can be replaced on site, and there are multiple material options to meet different harsh working conditions

10. The valve body and stem are isolated by the valve seat and do not come into contact with the medium