Plastic processing/materials Free-cutting ceramics (machinable ceramics)
Murakami Dengyo Co., Ltd.
About This Product
■What is free-cutting ceramic?
・(machinable ceramics) In other words, it is a ceramic that can be cut using a machine.
・Although it is called cutting, the blade does not cut into the metal as it does when cutting metal, but rather a small crack is created in front of the blade, and this small crack becomes chips, resulting in a result that looks as if cutting has been performed. is.
- Carbide (k-10) is used for cutting, and diamond is suitable for grinding.
- Composite mica ceramic with a glassy matrix and uniform fluorine phlogopite zirconia microcrystals.
■Features
Can be used from -273℃ to +1,000℃ Can be used in vacuum due to low permeation of bubbles, pore gas, and helium Does not absorb water. Can be produced from one piece.
■Ingredients are as follows
Ingredients Sio2 (47%) Mgo (15%) AI2O3 (15%) K2O (9%) B2O3 (7%) F (3%) ZrO2 (4%)
■Size of free-cutting ceramics (machinable ceramics)
Available in length 200 and outer diameter from 10 to 100.
The width is 300, the length is 300, and the thickness is from 5 to 40.
In addition to selling the above materials, we also provide processed products using the above materials, provide them in the size (cutting size) required by our customers, and provide them in the quantities required by our customers (from individual pieces to We will accept your offer).
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Product
Plastic processing/materials Free-cutting ceramics (machinable ceramics)
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Handling Company
Murakami Dengyo Co., Ltd.
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Categories
1 Models of Plastic processing/materials Free-cutting ceramics (machinable ceramics)
| Product Image | Part Number | Price (excluding tax) | Free-cutting ceramics Bending strength kgf/cm2 | Free-cutting ceramics Compressive strength kgf/cm2 | Free-cutting ceramics Dielectric breakdown strength kv/mm | Free-cutting ceramics Dissipation tangent | Free-cutting ceramics Insulation resistance Ω | Free-cutting ceramics Linear expansion coefficient deg-1 | Free-cutting ceramics Specific heat cl/g・℃ | Free-cutting ceramics Thermal conductivity kcal/m・hr・℃ | Free-cutting ceramics Volume resistivity Ω・cm | Free-cutting ceramics Water absorption rate | Free-cutting ceramics Young's modulus kgf/cm2 | Free-cutting ceramics density g/cm3 | Free-cutting ceramics dielectric constant | Free-cutting ceramics hardness | Sintered alumina Thermal conductivity kcal/m・hr・℃ | Sintered alumina Volume resistivity Ω・cm | Sintered alumina Young's modulus kgf/cm2 | Sintered alumina bending strength kgf/cm2 | Sintered alumina compressive strength kgf/cm2 | Sintered alumina density g/cm3 | Sintered alumina dielectric breakdown strength kv/mm | Sintered alumina dielectric constant | Sintered alumina dielectric loss tangent | Sintered alumina hardness | Sintered alumina linear expansion coefficient deg-1 | Sintered alumina specific heat cl/g・℃ | Sintered alumina water absorption rate | Sintered silicon carbide Bending strength kgf/cm2 | Sintered silicon carbide density g/cm3 | Sintered silicon carbide hardness |
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Free-cutting ceramics (machinable ceramics) |
Available upon quote | 1,400 | 5,000 | 15.1 | 3×10 (-3) | 4.4*10 (10) | 9.7×10 (-6) | 0.29 | 1.68 | 5.9*10 (13) | 0 | 0.64×10 (6) | 2.64 | 5.56 | 90 shore | 15~25 | 10 (14) | 2.7~3.8×10 (6) | 3,000~4,500 | 20,000~27,000 | 3.6~3.9 | 10~12 | 9~10 | 0.2~0.6×10 (-3) | 1,300~1,600 Vickers | 7.8~8.1×10 (-6) | 0.19~0.22 | 0 | 4,500~7,000 | 3.1~3.2 | 2,000~2,500 Vickers |
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