DI Rising Stem Gate Valve Flanged Ends ASME B16.5 Class 150

Product Description:

Rising Stem Gate Valve is a general application manual valve, operated by a worm gear actuator, with a pressure rating of PN10/PN16, and a connection type of flange. It is made of ductile iron, which provides superior strength and durability, and is designed with a grooved gate valve and a soft sealing rising stem groove gate valve. The valve also has a resilient seat fire gate valve, which is designed to withstand extreme temperatures and ensure tight sealing of the valve. This valve is suitable for a wide range of applications, and is highly reliable and efficient.

Features:

• Product Name: Rising Stem Gate Valve
• Temperature Range: Medium Temperature
• Pressure: PN10/PN16
• Operation Type: Manual
• Application: General
• Body Material: Ductile Iron
• Special Features: Hard sealed ductile iron double gland rising stem gate valve
• Design: Hand wheel flanged rising stem rubber seat gate valve

Technical Parameters:

Valve Type: Rising Stem Gate Valve

Valve Size: DN100

Pressure Rating: PN16

Body Material: Cast Steel

Trim Material: Stainless Steel

Stem: Rising & Non-Rising, Handwheel Operated

End Connections: Flanged Ends, ASME B16.5 Class 150

Seat: Replaceable Stainless Steel Ring Type

Sealing: Metal-to-Metal Seating

Actuator: Handwheel for Rising Stem

Leakage Rate: Bubble Tight Shut Off

Testing: Hydrostatically Tested, API 598 Compliant

Applicable Standards: API 602, API 6D

Special Features: Backseating, Lockable Handwheel, Anti-Blowout Stem

Applications: Used for Isolation of Fluid Flow in Process Piping Systems

Applications:

Gate valves are extensively used in water supply and distribution systems, as well as wastewater treatment plants. They provide great functionality, allowing sectional isolation and smoother operations of the pipeline. This ensures the safe and efficient flow of water.

Gate valves are utilized in the upstream, downstream, and midstream operations of the oil and gas industry. The valves are essential for controlling the flow of crude oil, natural gas, and petroleum products, resulting in secure and efficient operations.

Power plants such as thermal, nuclear, and hydroelectric stations make use of gate valves. They are relied upon to regulate the flow of fluids such as steam and cooling water, providing proper functioning and safety to the systems.

Gate valves are used in chemical processing plants and refineries to handle hazardous and corrosive fluids. Such valves allow for timely shut-off capabilities, increasing safety during changes or unexpected events.

In the mining and mineral processing industries, gate valves are used to control the flow of abrasive slurries and media. This type of valve provides isolation and control of fluid flows in pipeline systems transporting minerals, ores, and tailings.

Gate valves are employed in heating, ventilation, and air conditioning (HVAC) systems to regulate the flow of substances like water and refrigerants. This ensures precise control of temperature and pressure in buildings and industrial facilities.

Gate valves are imperative for fire protection systems, as they allow for quick shut-off of water supply during emergencies. This gives a dependable and rapid means of controlling water flow to sprinkler systems and other firefighting equipment.

Gate valves with sanitary design features are widely used in the pharmaceutical and food processing industries. They provide clean and efficient control of fluids, making them suitable for high hygiene standards.

Customization:

Support and Services:

Rising Stem Gate Valve technical support and service:

• Provide engineering advice and assistance for product selection.
• Provide drawings and technical documents.
• Troubleshoot and diagnose any operational issues.
• Provide periodic maintenance and inspection services.
• Provide emergency repair and replacement services.

Packing and Shipping:

Rising Stem Gate Valves are shipped in a wooden crate or box, protected with styrofoam and/or bubble wrap. The crate or box must be large enough to contain the valve along with any accessories. The valve must be secured within the crate or box to prevent any damage during shipping. The shipping label must clearly indicate the product and destination.

FAQ: