$5.00
10 Pieces (MOQ)
Thermal Resistant Engine Exhaust Insulation Blankets
Jiangxi Jiecheng New Material Co., Ltd.
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Premium Ceramic Air Bearing Guideway for Extreme Temperature Flow Control Solutions
| Price | $300.00 |
|---|---|
| Min Order | 5 Pieces |
| Availability | In Stock |
| Shipping From | Zhejiang, China |
| Popularity | 327 people viewed |
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
Trademark:
no
Transport Package:
Box
Specification:
customized
Origin:
Haining
Product Description
Characteristics of Ceramic Materials
Temperature Stability: Experience unparalleled temperature stability with our industrial ceramics. The thermal expansion coefficient is remarkably low, being only about a quarter of that found in aluminum alloy materials and half that of traditional metal materials. This ensures exceptional performance across a wide range of temperatures, making it an ideal choice for extreme temperature flow control solutions.
Thermal Compatibility: Our ceramic guide granite material worktables are expertly designed with a thermal expansion coefficient that closely matches granite, offering superior temperature compensation and enhancing machine accuracy. Anti-Aging Stability: These industrial ceramics boast virtually no internal stress release, achieving what can be described as a 'quasi-steel model.' This ensures long-term reliability and stability in high-demand applications.
Stiffness to Mass Ratio: With an impressive 'stiffness to mass ratio' that outperforms aluminum alloys by a factor of five and exceeds granite by six times, our industrial ceramics provide machines with outstanding dynamic responsiveness. This ensures precision and efficiency, elevating your operational capabilities to new heights.
Temperature Stability: Experience unparalleled temperature stability with our industrial ceramics. The thermal expansion coefficient is remarkably low, being only about a quarter of that found in aluminum alloy materials and half that of traditional metal materials. This ensures exceptional performance across a wide range of temperatures, making it an ideal choice for extreme temperature flow control solutions.
Thermal Compatibility: Our ceramic guide granite material worktables are expertly designed with a thermal expansion coefficient that closely matches granite, offering superior temperature compensation and enhancing machine accuracy. Anti-Aging Stability: These industrial ceramics boast virtually no internal stress release, achieving what can be described as a 'quasi-steel model.' This ensures long-term reliability and stability in high-demand applications.
Stiffness to Mass Ratio: With an impressive 'stiffness to mass ratio' that outperforms aluminum alloys by a factor of five and exceeds granite by six times, our industrial ceramics provide machines with outstanding dynamic responsiveness. This ensures precision and efficiency, elevating your operational capabilities to new heights.
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