Precision-Aligned Sapphire Glass Optical Lens for Optical Alignment Systems

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Precision-Aligned Sapphire Glass Optical Lens for Optical Alignment Systems

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Product Description

Basic Specifications

Model NO.:1-1000mm

Type:Rectangular Prism

Usage:Beam Dispersion, Beam Split

Shape:Cube Corner Prism

Material:Glass

Application:Medical Instrument

Lenses Color:Clear

Certification:RoHS, ISO9001

Hardness:Mohs Hardness of 9

Density:3.98 G/Cm³

Refractive Index:1.761-1.77 (@589nm)

Production Capacity:1,000,000/Year

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Technical Parameters

Category	Parameter	Value / Description	Notes
Material	Composition	Single Crystal α-Aluminium Oxide	Anisotropic Crystal
Physical	Mohs Hardness	9	Second only to diamond
Physical	Density	3.97 - 3.99 g/cm³	-
Thermal	Melting Point	2040 °C	High thermal stability
Optical	Transmission Range	0.15 μm - 5.5 μm	Deep UV to Mid-IR
Optical	Refractive Index	no = 1.768 / ne = 1.760	@587.6 nm
Surface	Surface Quality	10-5 to 20-10 Scratch-Dig	MIL-PRF-13830B
Surface	Flatness	λ/10 @ 632.8nm	High Precision

Packaging & Delivery

Package Size:20.00cm * 20.00cm * 20.00cm

Gross Weight:1.000kg

Package Type:Factory-Sealed Protective Packaging

Frequently Asked Questions

What are the primary advantages of Sapphire Glass?

Sapphire glass offers extreme hardness (Mohs 9), excellent thermal conductivity, and a broad optical transmission range from UV to Mid-IR, making it ideal for harsh environments.

Can the size and shape of the optical windows be customized?

Yes, we provide customizable options for dimensions (1-1000mm), shapes (flat, spherical, aspheric), and thickness tolerances to meet specific application requirements.

What types of optical coatings can be applied?

We offer Anti-Reflection (AR), High Reflection (HR), Oleophobic/Hydrophobic, and Conductive (ITO) coatings to enhance performance and durability.

Is the material resistant to chemical corrosion?

Sapphire is highly stable and insoluble in water. It is resistant to most strong acids and bases, though it can be affected by HF and hot phosphoric acid.

What is the typical lead time and production capacity?

Our annual production capacity is approximately 1,000,000 units. Lead times vary based on customization requirements and order volume.

What industries commonly use these sapphire components?

Common applications include medical instruments, aerospace sensors, high-power laser systems, semiconductor processing, and high-end consumer electronics.