Processing Example: "Quartz Glass, Heat-Resistant Glass 1"
Here are examples of processing quartz glass with good chemical resistance and heat-resistant glass.
We will introduce examples of processing quartz glass and heat-resistant glass. Generally, it is possible to manufacture larger materials compared to ceramics, and both material and processing costs are often lower. It is widely used in applications that take advantage of its thermal properties and chemical resistance. When transparency is required for ultraviolet and infrared transmission or visual confirmation, we outsource wrapping and polishing to external parties. 【Processing Example】 ■Product Description: Quartz Dome ■Material Used: Fused Quartz ■Processing Method: MC Processing (Continuous processing for about 3 days) ■Size: φ60 x t10 For more details, please refer to the catalog or feel free to contact us.
basic information
【Material Properties】 ■Maximum Operating Temperature ・High maximum operating temperature ■Low Thermal Expansion Coefficient ・Small linear expansion coefficient, resulting in minimal dimensional changes with temperature, making warping and distortion unlikely ■High Thermal Shock Resistance ・Resistant to rapid heating and cooling ■Low Conductivity ・Low thermal conductivity provides insulation effects ■Light Transmittance ・Transmits ultraviolet, infrared, visible light, and laser light ■Good Chemical Resistance ・Quartz glass has good acid resistance ・Resistant to reactive gases ・Quartz glass has plasma resistance properties (only for special grade products) ■High Purity ・Quartz glass is highly pure and does not contain contaminants ■Few Material Defects ・Fewer material defects compared to ceramics ・Surface roughness can be polished to a mirror finish ■Good Workability ・Good workability with extensive processing experience and established processing conditions *For more details, please refer to the catalog or feel free to contact us.
Price information
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Delivery Time
Applications/Examples of results
【Applications】 ■ Components used at high temperatures ■ High-precision parts in environments with severe temperature changes ■ Parts exposed to rapid heating and cooling ■ Insulating components at high temperatures ■ Components around light sources ■ Window materials ■ Parts in reactive atmospheres ■ Containers and pathway components for chemicals ■ Parts in plasma atmospheres ■ Semiconductor manufacturing equipment, etc. ■ Components in fields that dislike contamination ■ Parts that are sensitive to material defects, such as mirrors *For more details, please refer to the catalog or feel free to contact us.
