close
Choose Your Site
Global
Social Media
 |
| Quantity: | |
|---|---|
With pressure ratings of PN6 (0.6MPa) and PN10 (1.0MPa), this valve features a robust structure and sharp knife-like gate, ensuring reliable sealing and unobstructed flow even in demanding conditions. Its compact design, wide nominal diameter range, and flange connection compatibility make it a versatile solution for industries requiring high-performance media isolation. Note: This product combines durability and functionality, suitable for both general and harsh industrial environments.
| Item | Standard |
| Design Basis | GB Standard |
| Design standard | GB/12233 |
| Face to face dimension <br> Flange connecting | GB/12221 |
| Connecting Flange Size | GB/9113, JB/T79 |
| Test & Inspection | GB/T13927, JB/T9092 |
The sharp knife gate design efficiently cuts through viscous media, slurries, and fluids containing solid particles, preventing clogging and ensuring smooth flow.
Covers pressure ratings of 0.6 - 1.0MPa and DN 50 - 1200, adapting to large-scale industrial pipelines and diverse pressure requirements.
High-strength materials for valve body and components ensure resistance to wear, impact, and corrosion, extending service life in heavy-duty applications.
Precision-engineered gate and seat ensure tight sealing, even with abrasive media, minimizing leakage and reducing operational risks.
Flange connection complies with industrial standards, enabling seamless integration with existing pipelines. Compact design saves installation space.
Unobstructed flow path when fully open reduces pressure loss, improving system energy efficiency and reducing operating costs.
Ideal for handling slurry, tailings, and mineral-laden fluids in mining operations and concentrators.
Used in pulp pipelines, wastewater treatment, and paper production processes to control fibrous and viscous media.
Suitable for municipal and industrial wastewater systems, handling sewage, sludge, and solid-containing effluents.
Regulates and shuts off corrosive slurries, chemical mixtures, and waste streams in chemical plants and refineries.
Controls cement slurry, aggregate mixtures, and other viscous materials in concrete production and construction sites
.
It excels in handling viscous media, slurries, fluids with solid particles, sludge, and fibrous materials, avoiding clogging and ensuring smooth operation.
The nominal diameter ranges from 50 to 1200, meeting the needs of small to large industrial pipelines.
It supports pressure ratings up to 1.0MPa (PN10), suitable for medium-pressure industrial applications.
The gate is made of wear-resistant materials; regular inspection and cleaning (avoiding hard debris accumulation) help maintain its cutting performance.
Note: The structural length and connecting flange size of globe valve series can be designed and manufactured as per users' requirements.
Note: The main spare parts and sealed seat material of of globe valve series can be designed for options as per users' special requirements.
Note: The relative sizes are subject to change responding to different valve torques, mediums and actuator models.
With pressure ratings of PN6 (0.6MPa) and PN10 (1.0MPa), this valve features a robust structure and sharp knife-like gate, ensuring reliable sealing and unobstructed flow even in demanding conditions. Its compact design, wide nominal diameter range, and flange connection compatibility make it a versatile solution for industries requiring high-performance media isolation. Note: This product combines durability and functionality, suitable for both general and harsh industrial environments.
| Item | Standard |
| Design Basis | GB Standard |
| Design standard | GB/12233 |
| Face to face dimension <br> Flange connecting | GB/12221 |
| Connecting Flange Size | GB/9113, JB/T79 |
| Test & Inspection | GB/T13927, JB/T9092 |
The sharp knife gate design efficiently cuts through viscous media, slurries, and fluids containing solid particles, preventing clogging and ensuring smooth flow.
Covers pressure ratings of 0.6 - 1.0MPa and DN 50 - 1200, adapting to large-scale industrial pipelines and diverse pressure requirements.
High-strength materials for valve body and components ensure resistance to wear, impact, and corrosion, extending service life in heavy-duty applications.
Precision-engineered gate and seat ensure tight sealing, even with abrasive media, minimizing leakage and reducing operational risks.
Flange connection complies with industrial standards, enabling seamless integration with existing pipelines. Compact design saves installation space.
Unobstructed flow path when fully open reduces pressure loss, improving system energy efficiency and reducing operating costs.
Ideal for handling slurry, tailings, and mineral-laden fluids in mining operations and concentrators.
Used in pulp pipelines, wastewater treatment, and paper production processes to control fibrous and viscous media.
Suitable for municipal and industrial wastewater systems, handling sewage, sludge, and solid-containing effluents.
Regulates and shuts off corrosive slurries, chemical mixtures, and waste streams in chemical plants and refineries.
Controls cement slurry, aggregate mixtures, and other viscous materials in concrete production and construction sites
.
It excels in handling viscous media, slurries, fluids with solid particles, sludge, and fibrous materials, avoiding clogging and ensuring smooth operation.
The nominal diameter ranges from 50 to 1200, meeting the needs of small to large industrial pipelines.
It supports pressure ratings up to 1.0MPa (PN10), suitable for medium-pressure industrial applications.
The gate is made of wear-resistant materials; regular inspection and cleaning (avoiding hard debris accumulation) help maintain its cutting performance.
Note: The structural length and connecting flange size of globe valve series can be designed and manufactured as per users' requirements.
Note: The main spare parts and sealed seat material of of globe valve series can be designed for options as per users' special requirements.
Note: The relative sizes are subject to change responding to different valve torques, mediums and actuator models.