Fused Frosted Quartz Tubes: Made of fused silica with a frosted surface for high light transmission and good heat resistance, for UV curing, heating, or transmission applications that require reduced light reflection and scattering.

When selecting a quartz tube that suits your needs, consider the following factors:

Material purity:

Select different purity quartz tubes according to application requirements. High purity quartz tubes are suitable for highly demanding laboratory or industrial applications.

Size and shape:

Determine the diameter, length and inner diameter of the required quartz tube. Different shapes (e.g. straight, U-shaped, spiral) are suitable for different devices and applications.

Temperature resistance:

Select the quartz tube according to the operating temperature. Ensure that the temperature resistance of the quartz tube meets your application requirements.

Transmittance:

If the application requires high light transmittance, such as spectral analysis, a quartz tube with good light transmittance should be selected.

Chemical resistance:

Consider the chemicals the quartz tube will come into contact with to ensure that its chemical resistance meets requirements.

Surface treatment:

Select whether matte treatment or other surface treatment is required as required. Frosted quartz tubes can reduce light reflection and are suitable for specific optical applications.

Application environment:

Consider the environment in which the quartz tube will be used, such as whether it will be exposed to high temperatures, high pressure, or corrosive gases.

Budget:

The cost of quartz tubes will vary depending on the material, size and process. Determine your budget and look for the most cost-effective option.