SKU MG-3F62D8

Thermal Shock Resistant Highly Precise Borosilicate Glass Wafer

Thermal Shock Resistant Highly Precise Borosilicate Glass Wafer — a fused silica / quartz wafer: Borosilicate Glass, HC. Specs, RFQ checklist and custom…

Borosilicate GlassMaterial
Flat LensType
Single-lensShape
>95%Transmittance
Thermal Shock Resistant Highly Precise Borosilicate Glass Wafer

Product type: Flat Lens. Application: Lighting, Medical, Optical, Photography. Model: wafer glass.

Overview

Thermal Shock Resistant Highly Precise Borosilicate Glass Wafer is a fused silica / quartz wafer made from Borosilicate Glass. Listed geometry: single-lens shape. Optical / electrical data: transmittance >95%. Coating: HC. Listed for Lighting, Medical, Optical and Photography applications. Dimensions, material grade, coating and finish can be quoted to your drawing; the values above are the listed starting point.

Specifications

Material Borosilicate Glass
Type Flat Lens
Shape Single-lens
Transmittance >95%
Coating HC
Usage Lighting, Medical, Optical, Photography
Model NO. wafer glass
Item Borosilicate Glass Substrate Wafer
Process Polish, Structuring, Ultra-Sonic Washing
Property High Precision
Property 2 Thin and Ultra Thin
Shipment by Sea, by Air, by Courier
Capacity 5000PCS Per Day
wafer glass 1.High purity(sio2>99.996%).
Supplier Jinan Honhai Glass Company Limited

What to specify when you request a quote

  • Diameter and flat / notch — state diameter, flat or notch and their tolerances.
  • Thickness and TTV — give thickness, its tolerance and total thickness variation.
  • Polish and roughness — specify single- or double-side polish and roughness.
  • Flatness, bow and warp — quote flatness, bow and warp limits.
  • Material grade — listed as “Borosilicate Glass”; name the grade (JGS1/JGS2, Borofloat 33, alkali-free, sapphire orientation).

Engineering guides for this part

For material grades and coating options, see Selecting Fused Silica and Quartz Glass for Precision Components. How parts like this are machined and finished is covered in Precision CNC Machining of Quartz & Fused Silica Components. For an application example, read Fused Silica Glass Wafers for Precision Appliance Electronics. Before sending a drawing, check Quartz Glass Manufacturing: Controlling Thermal Conductivity in Fused Silica. A related standard product is Fused Silica Glass Wafers (2–12", JGS1/JGS2).

FAQ

What is the Thermal Shock Resistant Highly Precise Borosilicate Glass Wafer made of? expand_more
It is listed as Borosilicate Glass. Coating: HC. Other grades can be quoted if your application needs different transmission, thermal or chemical properties.
What optical or electrical performance does it have? expand_more
Listed values: transmittance >95%. Confirm the values at your operating wavelength, angle and temperature when you request a quote.
Where is this fused silica / quartz wafer used? expand_more
Listed applications: Lighting, Medical, Optical and Photography.
What should I include in a quote request? expand_more
Include diameter and flat / notch, thickness and ttv, polish and roughness, flatness, bow and warp and material grade, plus quantity and a drawing if the part is custom.
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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.
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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.

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Thermal Shock Resistant Highly Precise Borosilicate Glass Wafer

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