Our high-performance globe valves are engineered for precise flow control, reliable shut-off, and long-term durability in demanding industrial applications. Ideal for oil & gas, petrochemical, power generation, HVAC, and pharmaceutical systems, these industrial globe valves deliver exceptional throttling accuracy and tight sealing, ensuring safe and efficient operation in high-pressure and high-temperature pipelines. Available in straight-through, angle, and Y-pattern configurations, our valves are fully compatible with manual, gear, electric, and pneumatic actuation, making them the preferred solution for EPC projects, industrial automation systems, and large-scale process plants.
Key Features & Advantages
• Precise flow control: Linear disc movement ensures accurate throttling.
• Reliable sealing: Polished seats extend service life by 30%.
• High-pressure & temperature: Rated up to PN400 / 2500LB and 600°C.
• Durable materials: Carbon steel, stainless steel, and alloy steel for harsh environments.
• Automation-ready: Supports manual, gear, electric, or pneumatic operation.
| Item | Details |
| Main Products | Butterfly Valve / Ball Valve / Gate Valve / Globe Valve / Check Valve |
| Business Type Supported | OEM, ODM, distributors, agents, wholesalers, engineering companies, project contractors |
| MOQ | 1-100 units |
| Customization Options | Trademarks, materials, colors, pressure ratings, flange standards, packaging options, etc. |
| Application Industries | Water supply and drainage, petroleum, chemical, power, gas, HVAC, irrigation, papermaking, pharmaceuticals, new energy |
| Lead Time | 30-60 days (after contract signing and deposit receipt) |
| Quality Standards | API/CE/ISO/WRAS/EAC/customer standards available |
| Sample Policy | Test samples available |
| Payment Methods | T/T (30% deposit, balance before shipment)/LC negotiable |
| After-Sales Service | 12-month warranty, online technical support |
Excellent regulating performance: The disc’s opening height is approximately linearly related to the flow area (i.e., flow rate), making it ideal for precise flow control.
Excellent sealing: The friction between the disc and the seat during opening and closing is minimal, resulting in minimal wear. The seal surface can be repaired if worn, extending its service life.
• Long structural length: Compared to gate valves, the fluid path is S-shaped, resulting in a longer structural length and requiring more space for installation.
• High flow resistance: Due to the changing flow direction of the medium and the complex flow path, fluid resistance is high and pressure loss is significant.
• High opening and closing torque: When the valve is closed, the medium pressure acts on the disc, requiring a significant force to open it, resulting in a high opening and closing torque.
• Requirements for medium flow direction: Standard globe valves require a “low inlet, high outlet” flow path, meaning the medium flows in from below the disc and out from above. This ensures that the stem seal is not affected by the medium pressure when the valve is closed. However, there are also specially designed “high inlet, low outlet” globe valves.
A typical globe valve consists of the following components:
Valve body: The primary pressure-bearing component that withstands the media pressure and the preload of the connecting bolts. It houses the media flow path and valve seat.
Bonnet: Connected to the valve body, it forms a pressure-bearing chamber and houses the stem guide and stuffing box.
Stem: The core component that transmits operating torque, converting the rotary motion of the handwheel or actuator into linear motion of the valve disc.
Disc (closing element): The key component that works with the valve seat to achieve a seal. Common types include:
Flat disc: The sealing surface is flat, offering a large contact area and excellent sealing performance, commonly used in small valves.
Conical disc: The sealing surface is conical, offering excellent centering, commonly used in high-pressure valves.
Spherical disc: The sealing surface is spherical, commonly used in high-pressure, large-diameter valves.
Valve seat: The component on the valve body or bonnet that forms a sealing pair with the disc. Available in integral and inset styles.
Stuffing Box: Located above the valve bonnet, it consists of a packing gland, packing, and packing pads to prevent leakage from the valve stem.
Operating Mechanism: This includes the handwheel, gearbox, electric/pneumatic actuator, etc., providing the power to open and close the valve.
Bracket: The supporting component that connects the valve bonnet to the actuator.
Tianjin Dingliu valve Industry Co., Ltd. is a high-tech enterprise specializing in the valve and automation industry.
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