new material
Alumina ceramic water valve plates offer exceptional wear resistance, optimized sealing performance, and superior thermal stability. Designed for fluid control applications, they ensure precise regulation, extended durability, and reliable operation under demanding conditions.
Product Overview:
The Alumina Ceramic Water Valve Plate, also known as a ceramic flow filtration plate, is designed specifically for water treatment equipment and fluid control systems. Its unique precision-machined micro-hole structure excels in controlling and filtering water flow with exceptional accuracy. The high hardness, corrosion resistance, and high-temperature stability of alumina ceramics ensure that the water valve plate maintains stability and efficiency under high pressure, high flow rates, and extreme temperature conditions, ensuring reliable operation of fluid systems.
Product Features:
- Precision-Machined Micro-Holes:A series of precisely engineered micro-holes enable accurate control and filtration of water flow, optimizing fluid dynamics and efficiency.
- High Hardness and Strength:Alumina ceramics possess a Vickers hardness of up to 15.7 GPa and a compressive strength of 2000 MPa, ensuring stability in high-pressure and high-flow environments.
- Superior Corrosion Resistance:Exceptional chemical stability resists the corrosion from water flow and chemicals, extending product lifespan.
- Electrical Insulation and High-Temperature Stability:Excellent electrical insulation properties (breakdown strength exceeding 10 kV/mm) and outstanding thermal stability (operating temperature up to 1650°C), ensuring reliable operation even in extreme conditions.
Applications:
- Water Treatment Equipment:Critical component in filtration systems, widely used in municipal water treatment, industrial water recycling, and other water purification processes.
- Fluid Control Systems:Used in chemical processing, pharmaceutical manufacturing, and other high-precision fluid control equipment to regulate and manage fluid distribution.
- Chemical and Pharmaceutical Industries:Used in fluid handling systems where high chemical stability and precise flow control are crucial, such as in pharmaceutical production processes.
- High-Temperature Industrial Applications:Suitable for high-temperature industrial systems where fluid control is required under extreme conditions.
