B14 – Sleeve Control Valve
Nominal diameter:200~ 1800 mm
Nominal pressure: 0.6 ~ 10.0 MPa
Flow capacity: 0~ 86400 m³/ h
Technical characteristics:
1. Wall-mounted layout
2. Excellent anti-cavitation performance
3. Large decompression ratio of 20:1
4. The linear adjustment
5. Flow adjustment and pressure adjustment
6. High-precision adjustment valves
Driving mode: manual, electrical, hydraulic
Typical applications: Reducing pressure and.dissipating energy, Emission at the terminal of pipeline, Discharging of the dam, Unit bypass
B16 – Sleeve Valve
B50 Sleeve Control Valve
Typical Applications:
- Pressure control and regulation in pipelines: The orifice valve is used to control and regulate the pressure in pipelines.
- Flow control and regulation in pipelines: The orifice valve is used to control and regulate the flow in pipelines.
- Simple and rational structure, with a short overall length.
- Full range controllability.
- Excellent cavitation control capability, with sensitivity to small openings.
- Stable flow, eliminating vibration and noise.
- Professional design and meticulous manufacturing tailored to specific operating conditions, providing high-end precision valves that are truly "custom-made."
CS41H Free-float steam traps
* excluding air capacity: the need to add the evacuation device
* used for superheated steam
*limit to the back pressure: the back pressure of the inlet pressure is 80%
* the steam loss: can surface heat insulation
*Saturated water capacity: to drain the saturated water, there by obtaining the highest thermal efficiency
* drainage mode: continuous drainage, water that is discharged, there will be no water accumulation in the heating equipment
* steam pressure change on the impact of steam traps: can be adapted to a large and sudden pressure changes, the floating ball can adjust the opening of the drainage valve seat hole, the work of continuous, stable performance
desuperheater
Lorem ipsum dolor sit amet, consectetur adipiscing elit. Cras molestie blandit lobortis. Curabitur feugiat laoreet odio, sit amet tincidunt sem bibendum et. Praesent fermentum auctor malesuada. Nunc pretium lectus non, vitae sodales nisi dignissim id. Mauris varius maximus elit, non hendrerit sapien dapibus vitae.
Maecenas imperdiet ullamcorper hendrerit. Quisque nisi mi, pretium at nibh sed, euismod a tincidunt ante. Vivamus condimentum diam velit, nec semper velit accumsan eget. Curabitur nunc quam, lacinia sed nisl et, vehicula consectetur odio. Morbi volutpat pretium tellus. Praesent non lacinia sem.