Precision Valves for Stable Industrial Process Control

Rigorous quality, all-scenario adaptation

Is your factory facing these issues?

Persistent Internal Valve Leakage

High-parameter steam or process media failing to follow designed paths, causing thermal energy loss and rising operating costs.

Cavitation and Flashing

Rapid changes in liquid pressure forming two-phase flow, causing continuous damage to valve internals.

Valve Products

High Pressure Differential Erosion

Valve cores, seats, and sleeves subjected to long-term high-speed media erosion, leading to degraded regulation performance and sealing capability.

Increased Wear Under Peak-Shaving Conditions

Frequent unit start-stops and load changes increase valve cycles and shorten maintenance intervals.

Valve Technology FAQ

Not necessarily. Decisions should be based on valve structure, sealing surface damage, internal condition, repair conditions, and service life. Some valves can restore performance by replacing internals or through online maintenance.

These conditions typically involve high pressure differentials and high flow velocities, which are prone to cavitation and erosion, requiring specialized multi-stage pressure reduction and anti-erosion structures.

Yes. We require the nameplate, drawings, media parameters, upstream/downstream pressure, flow rate, and installation dimensions.

Valve Products
Valve Products
Valve Products
Valve Products

CONVAL Gate Valves

CONVAL Globe Valves

CONVAL Ball Valves

Valve Products
Valve Products
Valve Products

CONVAL Throttling/Control Valves

CONVAL Check Valves

W&T gate valve

Valve Products
Valve Products
Valve Products

W&T globe valve

W&T control valve

Desuperheating and Pressure Reducing Devices

Customer Value

Reduce Media Loss

Minimize unintended leakage of high-parameter steam, feedwater, and process media


Stabilize Operating Parameters

Help systems maintain design pressure, temperature, and flow ranges over the long term


Reduce Downtime Risk

Lower the probability of sudden failures through optimized structure, materials, and selection


Extend Maintenance Cycles

Reduce abnormal wear on valve cores, seats, packing, and actuators


Reduce operating costs

Go beyond comparing purchase prices to consider installation, maintenance, spare parts, and downtime costs