回到产品页面

三偏心

马上咨询

Reliability & Zero-Leakage

Tri Lok®- Cx is the ultimate zero-leakage isolation valve engineered for critical service applications and easy installation. Designed for high reliability, the field replaceable seat & seal ensure extended service life and easy maintenance.

Tri Lok®- Cx Triple Offset Butterfly Valve

多功能设计

Tri Lok®- Cx is a compact and light-weight triple offset valve and is an ideal replacement for legacy gate, globe and ball valves. Standard with materials per EN 16668, metric bolting, flange drilling per EN 1092-1, face-to-face dimensions per EN 558, extended neck for easy pipe insulation and an anti-static feature for additional safety.

Tri Lok®- Cx Triple Offset Butterfly Valve

可现场维修

Tri Lok®- Cx allows for independent field replacement of seat and seal ring. 维护、停机时间和成本都显著降低,从而延长阀门的整体使用寿命。

Tri Lok®- Cx Triple Offset Butterfly Valve

金属阀座式隔离

Non-rubbing, metal-to-metal sealing system is inherently fire-safe and certified to API 607. Tri Lok®- Cx provides zero-leakage for the most critical applications.

Tri Lok®- Cx Triple Offset Butterfly Valve

更佳可靠

Tri Lok®- Cx is the premier Sil 3 capable isolation valve, well suited for critical service operations including vacuum, high pressure, cryogenic and high temperature services. 阀座和密封之间的卓越硬度差提供更高的可靠性和更长的使用寿命。

Tri Lok®- Cx Triple Offset Butterfly Valve

Reliable Stem Connection

Tri Lok®- Cx is the only valve in its class with a splined disc/stem connection. The strong and reliable connection allows for axial movement of the stem independent of the disc to protect the connection from temperature fluctuations and pressure effects. This design prevents the typical misalignment problems of rigidly attached discs and stems and minimizes hysteresis.

Tri Lok®- Cx Triple Offset Butterfly Valve

Low FE Certified Packing

Fully adjustable and field replaceable live loaded stem seal system reduces fugitive emissions and is certified to TA LUFT, API 641 and ISO 15848-1 requirements.

马上咨询
  • 01
  • 02
  • 03
  • 04
  • 05
  • 06
  • 07
/ 07