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Durable Air Bearing Guideway for Precision Control Solutions
| Price | $300.00 |
|---|---|
| Min Order | 5 Pieces |
| Availability | In Stock |
| Shipping From | Zhejiang, China |
| Popularity | 394 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: The thermal expansion coefficient ofindustrial ceramics is only about a quarter of that of aluminumalloy materials and half of that of metal material.
Thermal compatibility: The thermal expansion coefficient ofceramic guide granite material worktable is similar, which is moreconducive to temperature compensation of machine accuracy. Anti aging stability: Industrial ceramics have almost no internalstress release and can achieve a "quasi steel model".
Stiffness to mass ratio: Industrial ceramics have an extremelyhigh "stiffness to mass ratio", which is 5 times that of aluminumalloys and 6 times that of granite, enabling machines to have verygood dynamic responsiveness.
Temperature stability: The thermal expansion coefficient ofindustrial ceramics is only about a quarter of that of aluminumalloy materials and half of that of metal material.
Thermal compatibility: The thermal expansion coefficient ofceramic guide granite material worktable is similar, which is moreconducive to temperature compensation of machine accuracy. Anti aging stability: Industrial ceramics have almost no internalstress release and can achieve a "quasi steel model".
Stiffness to mass ratio: Industrial ceramics have an extremelyhigh "stiffness to mass ratio", which is 5 times that of aluminumalloys and 6 times that of granite, enabling machines to have verygood dynamic responsiveness.
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