It has excellent heat resistance and impact resistance, has small thermal expansion, and exhibits excellent heat resistance and impact resistance in all fields. It has high light transmission and low optical distortion.
Tolerance Outer size ± 0.5mm (standard product) End face processing Chamfer finish
It has excellent heat resistance and impact resistance, has small thermal expansion, and exhibits excellent heat resistance and impact resistance in all fields. It has high light transmission and low optical distortion.
Material Tempax (R) Tolerance Outer size ± 0.5mm (standard product) Operating Temperature (℃) 230 Maximum Operating Temperature (℃) 490 End face processing Chamfer finish
Polished quartz is manufactured mainly from natural quartz, and the impurities contained in it are at the ppm level. Synthetic quartz polishing plates are manufactured from silicon tetrachloride, and contain impurities at the ppb level. The upper and lower surfaces are optically polished.
Material Fused silica glass Shape Round End face processing Grain finish, thread chamfer finish
A thin film of gold is coated on the glass substrate by the vapor deposition method, which is easier to handle than gold leaf. A comb-shaped electrode can be manufactured by etching. It can also be used for local probe inspection and surface plasmon resonance as research on organic and inorganic ... Read More
Polished quartz is manufactured mainly from natural quartz, and the impurities contained in it are at the ppm level. Synthetic quartz polishing plates are manufactured from silicon tetrachloride, and contain impurities at the ppb level. The upper and lower surfaces are optically polished.
Material Synthetic quartz glass Shape Square End face processing Grain finish, thread chamfer finish
Polished quartz is manufactured mainly from natural quartz, and the impurities contained in it are at the ppm level. Synthetic quartz polishing plates are manufactured from silicon tetrachloride, and contain impurities at the ppb level. The upper and lower surfaces are optically polished.
Material Synthetic quartz glass Shape Round End face processing Grain finish, thread chamfer finish
Density (g/cm3) 2.51 Softening Point (℃) 736 Production method Downdraw method Thermal Expansion Coefficient (×10-7/℃) 72 glass transition point (℃) 557 strain point (℃) 529
The chromium content has been increased to 21% (additional 0.4% copper), and it has excellent corrosion resistance equivalent to SUS304. Compared to SUS304, it has excellent thermal conductivity and less thermal expansion. It is magnetic and can be sorted by magnetic force and handled by a magnet... Read More
Polished quartz is manufactured mainly from natural quartz, and the impurities contained in it are at the ppm level. Synthetic quartz polishing plates are manufactured from silicon tetrachloride, and contain impurities at the ppb level. The upper and lower surfaces are optically polished.
Material Fused silica glass Shape Square End face processing Grain finish, thread chamfer finish
The coefficient of thermal expansion is small and the heat resistant temperature is high. It has high purity and very few impurities. It has excellent light transmission from the ultraviolet region to the infrared region.
Material Silicic acid (silica) Color Transparent Heat Resistance Temperature (℃) Regular / 900, Max / 1000 Density 2.2 Softening Point (℃) 1720
The coefficient of thermal expansion is small and the heat resistant temperature is high. It has high purity and very few impurities. It has excellent light transmission from the ultraviolet region to the infrared region.
Material Silicic acid (silica) Color Transparent Heat Resistance Temperature (℃) Regular use: 900, maximum: 1000 Density 2.2 Softening Point (℃) 1720
The coefficient of thermal expansion is small and the heat resistant temperature is high. It has high purity and very few impurities. It has excellent light transmission from the ultraviolet region to the infrared region.
Material Silicic acid (silica) Color Transparent Heat Resistance Temperature (℃) Regular use: 900, maximum: 1000 Density 2.2 Softening Point (℃) 1720
A quartz glass plate with a small coefficient of thermal expansion and a high heat resistant temperature. We use quartz with high purity and extremely few impurities. It has excellent light transmission from the ultraviolet region to the infrared region.
Material Synthetic quartz glass Type Round plate Heat Resistance Temperature (℃) 1000 Purity(%) Si: 99.99 or more
A quartz glass plate with a small coefficient of thermal expansion and high heat resistance. We use quartz with high purity and extremely low impurities. It has excellent light transmission from the ultraviolet region to the infrared region.
Material Synthetic quartz glass Type Square Heat Resistance Temperature (℃) 1000 Purity(%) Si/99.99 or more
A quartz glass plate with a small coefficient of thermal expansion and a high heat resistant temperature. We use quartz with high purity and extremely few impurities. It has excellent light transmission from the ultraviolet region to the infrared region.
Material Synthetic quartz glass Type Square Heat Resistance Temperature (℃) 1000 Purity(%) Si: 99.99 or more
