Ash Discharge Fixed Ball Valve:Technical Parameter Analysis
Ash Discharge Fixed Ball Valve:Technical Parameter Analysis
In the industrial field, fixed ball valves for ash discharge are a commonly used valve equipment, widely used in industries such as chemical, petroleum, and natural gas. This article will provide a detailed analysis of the main technical parameters of the ash discharge fixed ball valve to help users better understand and choose this equipment.
1. Size and connection method
-DN (mm): From 25 to 400mm, it meets the needs of different working conditions.
-Main external connection dimensions: including various methods such as flange connection and clamp connection, making it convenient for users to choose according to their actual needs.
2. Material and working pressure
-Material: Carbon steel, stainless steel, etc., suitable for different working environments and media.
-Working pressure: From 0.6MPa to 32.0MPa, it can meet the needs of various high-pressure working conditions.
3. Working temperature
--40 ° C to 350 ° C: Adapts to the temperature requirements of most industrial fields.
4. Applicable media
-Multiple corrosive and non corrosive media.
5. Driving method
-Multiple driving methods such as manual, electric, and pneumatic provide users with a wide range of choices.
6. Structural characteristics
-Adopting a fixed ball structure ensures the stability and sealing performance of the valve.
-Reasonable design, compact structure, and convenient installation and maintenance.
Conclusion:
The ash discharge fixed ball valve has become an indispensable equipment in the industrial field due to its diverse size, material, and driving methods, as well as a wide range of applicable temperatures and pressures. Whether in the chemical, petroleum, or other industrial fields, it can provide stable and reliable performance to meet various complex operating conditions. When selecting and using ash discharge fixed ball valves, users should choose appropriate technical parameters based on their actual needs and working environment to ensure the efficient operation and long-term stability of the equipment.
