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Square & Rectangular Tubes

ProductSquare & Rectangular Quartz Tubes
Outer SectionL × W
Inner SectionL × W
Wall ThicknessDrawing-defined
Corner GeometrySharp / Radiused
LengthDrawing-defined
MaterialClear Fused Quartz

Square & Rectangular Tubes

Description

Square and rectangular quartz tube is specified by outer-section and inner-section dimensions rather than OD and ID. It is used where a flat mounting face, non-round process chamber or non-round optical path is required instead of the round-tube standard.

Dimensions

Parameter Specification
Outer section Length × width, per drawing
Inner section Length × width, per drawing; follows from outer section minus wall thickness
Wall thickness Per drawing, following the general tube-tolerance principle; thicker wall for larger outer section
Corner geometry Sharp or radiused corner, per drawing
Size-series note: No widely published standard size series exists across suppliers for square or rectangular quartz tubing. Outer section, inner section, wall thickness and corner geometry should therefore be defined together.

Production Method

Precision drawn or machined to the target outer and inner section, using the same general fabrication principle as round tube but applied to a non-round die or forming route.

Application

  • Non-round process chambers where a flat mounting or viewing face is needed.
  • Precision-cut structural or optical components requiring a flat reference surface.
  • Custom fixture and equipment components where a round tube’s curved exterior does not fit the mounting geometry.

Material

Standard clear fused quartz; grade options follow the same fused-quartz material system used for Quartz Glass Tubes.

FAQ

Is there a standard square tube size series like round tube has?

No widely published standard size series exists across suppliers. Specify the outer section, inner section, wall thickness and length for quotation.

Should corners be sharp or radiused?

Either can be specified. Radiused corners reduce stress concentration and are generally easier to form cleanly, while sharper corners may be needed for a specific fit or optical geometry.