Xingli Industrial Ceramics
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| Model NO. | LGH-0 |
| Type | Dual-through |
| Material | Carbon Steel |
| Connection Form | Thread |
| Pressure | Low Pressure |
| Actuator | Bevel Gear/Electric/Pneumatic/Hydraulic |
| Seal Surface | Wedge Gate Valve |
| Usage | Regulation, Safety, Emptying, Drain, Temperature Control, Flow Control |
| Standard | ANSI |
| Application | Industrial Usage, Water Industrial Usage, Household Usage |
| Production Capacity | 500000 Pieces/Year |
The gate valve is a shutoff valve that controls the flow of pipeline media through the vertical movement of the gate. Its core component is a wedge-shaped or parallel gate, which is driven by the valve stem to move up and down to achieve the full open or full closed state of the valve.
This design focuses on completely cutting off the flow of the medium, providing a straight flow channel in the fully open state to minimize fluid resistance. The most prominent feature is its full-diameter design and reliable shutoff performance.
Gate valves are widely used as regional control valves in urban water supply and drainage networks, and ship systems also rely on their reliable shut-off function.
| Product Name | High-Pressure Ceramics Slurry Knife Gate Valve |
| Valve Body Material | WCB/304/310/316/310S |
| Gate Material | 420/304/310/316/310S |
| Stem Material | 420/304/316L/310S |
| Sealing Material | Ceramics |
| Size Range | DN100-DN800 |
| Working Pressure | 4.0MPa / 6.4MPa |
| Customization | OEM & ODM Accepted |
The gate valve adopts a flow channel structure with the same diameter as the pipeline. When opened, the valve plate is completely separated from the medium flow path, forming a nearly unobstructed straight-through flow channel.
Effective sealing can be achieved on both sides of the gate valve plate without being restricted by the flow direction of the medium. The symmetrical sealing structure design ensures the same sealing effect when installed in any direction.
Consists of fewer moving parts and has a simple and reliable mechanical structure. The lifting stem design avoids rotational wear, maintaining stable operating performance for long-term use.
