engineering machinable ceramic material machining rod tube distributor
Mica Glass Ceramic:
Microcrystalline glass ceramics, also known as machinable ceramics, are mica glass-ceramics with synthetic mica as the main crystalline phase, and are ceramic materials that can be machined. Microcrystalline glass ceramics have excellent processing properties, vacuum properties, electrical insulation properties, and high temperature and chemical resistance. Glass-ceramics have high mechanical strength of glass-ceramics, machinable glass-ceramics and bioactive glass-ceramics.Machinable ceramics refer to ceramic materials that can be drilled, turned, milled, etc. with tools and instruments for metal processing.
Mica Glass properties:Good insulativity, high temperature(800°), good machinable property, can be made of rod and plate in short time.
Data Sheet↓
Item | Unit | Typical Values |
Physical Properties |
Color | White |
Density | g/cm3 | 2.6 |
Gas permeability | 0 |
Water Absorption | 0 |
Mechanical Properties |
Rockwell Hardness(45N) | R45N | 40 |
Vickers Hardness (Load 500g) | Gpa(Kg/mm²) | 11.5(1175) |
Flexural Strength(20°C) | Mpa | 108 |
Compressive Strength(20°C) | Mpa | 488 |
Modulus of Elasticity(25°C) | Gpa | 65 |
Thermal Properties |
Thermal Conductivity(25°C) | W(m.K) | 1.71 |
Thermal Expansion Coefficient | 10-6/°C | 7.2 |
Thermal Shock Resistance | △T°C | 200 |
Maximum Use Temperature | °C | 800 |
Electronic Properties |
Dielectric Strength | KV/mm | >30 |
Volume Resistivity(20°C) | Ω.cm | >10(16) |
Application industry: Machinery, electronic, limitary, aerospace etc.
Specific application: Machined equipment high temperature insulated parts, electronic equipment high temperature insulated parts.
Specific application: Microcrystalline glass ceramics are particularly suitable for automotive, military, aerospace, precision instruments, medical equipment, electric vacuum devices, electron beam exposure machines, textile machinery, sensors, mass spectrometers and energy spectrometers. For some thin-walled coil bobbins, precision instruments, insulated brackets, and high-precision devices with high precision requirements, glass-ceramics are more suitable, and they can be processed into any shape.