HG-Stahl Standard Gate Valves operate in an on-off mode, primarily designed to allow or prevent fluid passage in processes. The outer body material of standard gate valves can be cast steel or stainless steel, while the internal components may vary depending on the type of fluid.

Soft materials like PTFE-based Teflon are used in the design of Standard Gate Valves. The valves are manufactured in compliance with BS 6364, EN 12516, ISO 17292, ANSI B16.34, and API 6D standards, with face-to-face dimensions designed according to EN 558, ANSI B16.10, or specific size requirements.

For connection flanges, the Standard Gate Valves adhere to EN 1092-1 & EN 1092-2, ANSI B16.5, and B16.47 standards. The top flange connection standard is ISO 5211. Our products meet global standards like API 598, ANSI FCI 70-2, and ISO 5208 for quality assurance.

HG-Stahl Standard Gate Valves can be equipped with an integrated actuator, enabling automatic fluid control. We offer solutions incorporating different control methods, including electric and pneumatic systems. While Standard Gate Valves can operate at temperatures up to approximately 220°C, High-Performance Gate Valves are recommended for higher temperature ranges.

HG-Stahl Standard Gate Valves are widely preferred in industrial facilities where uninterrupted and safe fluid management is required. Known as gate valves, these products ensure long-term use by minimizing maintenance requirements. The valve disk completely blocks the flow path when fully closed, providing a significant sealing advantage. Valves can achieve metal-to-metal sealing or be produced using elastomer materials, depending on the application. The design specifications can be adjusted according to the intended use.

Additionally, the low flow resistance of gate valves minimizes energy losses, enhancing operational efficiency. With models resistant to high temperatures and pressures, HG-Stahl Standard Gate Valves offer reliable solutions in petrochemical, energy generation, and water treatment plants. These valves are widely used in various industries, providing high reliability for precise control of liquid and gas fluids.