wafer

Quartz Glass Glass Wafers for Semiconductor Packaging

Quartz Glass Glass Wafers for Semiconductor Packaging: Quartz Glass, CTE 0.59 x 10^-6 /K. No MOQ, prototypes in 5-10 days, DFM review with every RFQ.

Quartz Glass Glass Wafers for Semiconductor Packaging

Quick answer: Quartz Glass Glass Wafers for Semiconductor Packaging covers Quartz Glass (CTE 0.59 x 10^-6 /K, 260 nm – 2.5 um). Prototypes ship in 5-10 working days.

What quartz glass glass wafers for semiconductor packaging actually buys from a glass shop: view ports, wafer carriers, plasma rings, chamber windows. The requirement underneath is plasma-resistant, particle-clean quartz and fused silica hardware. Quartz Glass is the fit here because it offers fused from natural quartz crystal.

The numbers

Material Quartz Glass (GE214-equivalent, semiconductor grade)
Thermal expansion (CTE) 0.59 x 10^-6 /K
Service temperature 1,050 C continuous
Transmission range 260 nm – 2.5 um
Density 2.20 g/cm3
Knoop hardness 500 kg/mm2
Refractive index 1.459 @ 587 nm
Stock thickness 0.20 – 60 mm
Maximum blank size 450 mm diameter
Wafer formats 2", 3", 4", 6", 8" and 12" with SEMI flats or notch
TTV under 3 – 5 um by format
RFQ inputs PDF/DXF/STEP drawing, quantity brackets, surface and edge spec

Getting the drawing right

The shop-floor rules that matter here:

  • Material note: natural-quartz batches vary in metallic ppm, so semiconductor lots need certs per melt.
  • Over-specification is the quiet budget killer: a 20/10 scratch-dig face costs roughly three times an 80/50 face, so grade each surface individually.

For the complete framework, see the tolerance design guide and the holes and edges design guide.

Capabilities and limits

One material, many routes: on Quartz Glass we also quote grinding, polishing, etching, coring, and multi-step drawings are the norm rather than the exception.

Application context

quartz glass glass wafers for semiconductor packaging shows up across semiconductor equipment (view ports, wafer carriers, plasma rings, chamber windows); laboratory instruments (cuvettes, sight glasses, stir-cell windows). Background reading on the underlying material science: ScienceDirect: quartz glass.

The fastest route to a quote is geometry: use the 3D builder below, draw a dimensioned 2D drawing from it, or open the site-wide custom glass machining 3D + 2D builder for fully custom parts.

Related reading on this site: perforated quartz plates, JGS1 quartz glass, AR coated glass materials.

Common questions

Is there a minimum order for quartz glass glass wafers for semiconductor packaging?

No. Single prototypes are accepted, and pricing steps down at 10, 100 and 1,000 pieces.

How fast can prototypes ship?

Machined prototypes ship in 5 – 10 working days. Coated or bonded parts add 1 – 2 weeks depending on queue slots.

What files do you need for a quote?

A dimensioned PDF plus DXF or STEP geometry. If only a sketch exists, our drawing review service formalizes it before quoting.

Do parts ship with inspection data?

Dimensional reports, surface certificates and material certs per melt are available; specify the level on the RFQ.

What tolerances are achievable on Quartz Glass parts?

Ground features hold +/-0.01 mm and lapped thickness reaches +/-0.003 mm. Natural-quartz batches vary in metallic ppm, so semiconductor lots need certs per melt.

Specifications on this page were last reviewed by our engineering team in September 2026.

Configure in 3D, draw in 2D

3D Model & 2D Drawing Builder

PRECISION GLASS 3D
3D Precision Glass Configurator Build a visual 3D preview for custom precision glass parts, including wafers, microfluidic chips, coated glass, optical filters, and machined quartz plates. This tool is for visual configuration only. Final dimensions, tolerances, materials, coatings, and manufacturability will be reviewed from your drawing or specification.
3D GLASS PREVIEW Visual Specification

Glass Wafer Builder

Interactive visual preview for custom precision glass configuration.

SP SPEC SUMMARY:
Import Code (One-Click Recall)

Save this code before you leave — it is the only way to recall this exact model. If you lose it, your configuration cannot be restored.

SUBMIT RFQ — ENGINEERING REVIEW Your current 3D configuration and specification summary are attached automatically. Attach a drawing if you have one.
Arithmetic verification image

FREQUENTLY ASKED QUESTIONS
Which fused silica grade should I choose — JGS1, JGS2 or JGS3?

JGS1 offers deep-UV transmission from about 185 nm (best for DUV lithography and UV laser optics). JGS2 transmits well from about 220 nm for standard UV-visible use at lower cost. JGS3 is optimized for visible-to-infrared and high-power laser work. The builder exposes a transmission-band requirement so you can specify the grade by application.

What wafer diameters and thicknesses are supported?

Common diameters are 2, 3, 4 and 6 inch (note 1 inch = 25.0 mm for quartz wafers, so a 4 inch wafer is 100 mm). Typical thicknesses are 200, 500, 700 and 1000 µm, with tighter thickness tolerance and TTV specifiable for polished optical grades.

Can I specify TTV, surface quality and a flat or notch?

Yes. You can set total thickness variation, scratch-dig surface quality (down to 40/20 or 20/10 for optical grade), single- or double-side polish, and a primary flat or notch for orientation.

Need a different product family? Open the full 3D + 2D builder.

Engineering Review

Ready to quote this part?

Send drawings and target performance data so engineering can review geometry, material and lead time.