Macor:
1. High Dielectric Strength
2. Good Machinability
3. High Precision
4. Excellent Insulation

No matter where you purchase the Advanced Technical Ceramics, we are glad to supply our technical support for you at your any convenience.

Description:
Material:  Macor / Machinable Glass Ceramic

Ceramic Shape: Rod, Plate, Block, Brick, Ring, Washer, Disc, Screw, Thread, Tube, Bush, Sleeve, Ferrule, Roller, Ferrule, Irregular Shapes and Customized Shapes.

Machining Ability: Cylindrical Grinding, Centerless Grinding, Plane Grinding,
Polishing, Drilling, Cutting, Turning, etc.

Delivery Advantage: Delivery time should be 3-5 days faster than industry average
Because of creative and effective management system.

Applications:   Machinable Glass Ceramic are widely applied in automobile, electronic, electrical engineering, aerospace, medical science, scientific research, for extreme difficult environments such as electrical insulation, thermal insulation, high temperature resistance, chemical resistance.

Material Introduction:
Machinable Glass Ceramic gives you the characteristics you need from a ceramic with the added benefit of easy fabrication using ordinary machine tools. With Machinable Glass Ceramic, fabrication is fast because it can be machined into complicated shapes and precise sizes with ordinary metal working tools, quickly and inexpensively, and it requires no post firing after machining. That means no frustrating delays, no expensive hardwares, no post fabrication shrinkage, and no costly diamond tools to meet specifications.

Machinable Glass Ceramic is melted and cast using conventional glass making techniques. It is a fluorine rich glass with a composition approaching trisilicic fluorphlogopite mica (KMg3AlSi3O10F2). Upon cooling from the melt, the glass spontaneously phase separates into fluorine rich droplets. The resulting glass has the appearance of an opal glass. Subsequent controlled heat treatment devitrifies the fluorine rich droplets causing a series of morphological changes ultimately resulting in the formation of randomly oriented, interlocked, sheet-like fluorphlogopite mica crystals within the alumino-borosilicate glass matrix. The volume percent crystalline phase after heat treatment is approximately 55% with a mean crystal size of 20 microns. It is this uniform distribution of randomly oriented mica within the parent glass that gives rise to the unique characteristics of machinable glass ceramic.

Machinable Glass Ceramic is melted and cast using conventional glass making techniques. It is a fluorine rich glass with a composition approaching trisilicic fluorphlogopite mica (KMg3AlSi3O10F2). Upon cooling from the melt, the glass spontaneously phase separates into fluorine rich droplets. The resulting glass has the appearance of an opal glass. Subsequent controlled heat treatment devitrifies the fluorine rich droplets causing a series of morphological changes ultimately resulting in the formation of randomly oriented, interlocked, sheet-like fluorphlogopite mica crystals within the alumino-borosilicate glass matrix. The volume percent crystalline phase after heat treatment is approximately 55% with a mean crystal size of 20 microns. It is this uniform distribution of randomly oriented mica within the parent glass that gives rise to the unique characteristics of machinable glass ceramic.

Typical Characteristics:
1. High Dielectric Strength, Excellent Insulation
2. Good Machinability, Machinable With Ordinary Metal Tools And Fast Turnaround
3. High Precision, Hold High Tolerance
4. Excellent Acid And Alkali Resistance
5. No Outgasing And Zero Porosity
6. Withstand High Temperature Up To 800 Celsius

About WINTRUSTEK:
Wintrustek, known as the advanced technical ceramics expert, manufactures a wide range of the most precise ceramic products in high performance materials and sophisticated shapes by the supports of experienced technical team and superior techniques in forming, sintering, machining and rigorous quality control system.

Our Expertises:
-Large And Complex Components
-Extreme High Temperature Components
-Machining Of Ultra-hard Materials
-Machining Of Ultra-hard Materials
-Engineering And Design Assistance
-Advanced Materials Development Consultant