Custom Precision Air Bearing Guideway Technology

• Customization: Available
• Media: Water, Air, Gas
• Material: Ceramic
• Connection Form: Flange
• Driving Mode: Air
• Nominal Pressure: Pn10~Pn50/150lb~300lb
• Channel: API Standard
• Structure: Flange Connection
• Type: Wear Resistant Ceramic
• Function: Standard Ceramic Ball Valve
• Temperature: High Temperature, Low Temperature, Medium Temperat
• Standard: 7/24 Online Service
• Application: Industrial Usage
• Power: Pneumatic
• Usage Temperature: -40~180°c
• Name: Standard Ceramic Ball Valve
• Nominal Diameter: DN15~DN250
• Nominal Pressures: Pn10~Pn50/150lb~300lb
• Flange Standard: ASME B16.5/Hg/DIN/JIS
• Feature: Ceramic Valve
• Types: Ball Valve
• Features: Pneumatic Ceramic Ball Valve
• Style: Stainless Steel Flange Type Full Lined Ceramic Bal
• Transport Package: Box
• Specification: customized
• Trademark: no
• Origin: Haining
• Production Capacity: 10000PCS/Month

Product Description

Products Specifications

Characteristics of Ceramic Materials
Temperature Stability: Experience exceptional stability with our industrial ceramics, boasting a thermal expansion coefficient a mere quarter of that found in aluminum alloy materials, and half of that in traditional metal materials. This remarkable stability ensures precision and reliability even in fluctuating thermal environments.
Thermal Compatibility: The ceramic guide granite material worktable offers a thermal expansion coefficient closely matched to the rest of the system, significantly enhancing the machine's accuracy through effective temperature compensation. Anti-Aging Stability: Industrial ceramics stand out with their minimal internal stress release, achieving an impressive 'quasi steel model' that ensures enduring performance and longevity.
Stiffness to Mass Ratio: Revel in the superiority of industrial ceramics, which boast an extraordinarily high 'stiffness to mass ratio.' This impressive attribute is five times greater than that of aluminum alloys and six times that of granite, endowing machines with excellent dynamic responsiveness for superior performance and efficiency.