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Sapphire Custom-shaped Optical Windows Optical Components

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Sapphire Custom-shaped Optical Windows Optical Components

Großes Bild : Sapphire Custom-shaped Optical Windows Optical Components

Produktdetails:

Place of Origin:	CHINA
Markenname:	ZMSH
Zertifizierung:	rohs
Model Number:	Sapphire Custom-shaped Optical Windows

Zahlung und Versand AGB:

Minimum Order Quantity:	25
Preis:	by case
Packaging Details:	package in 100-grade cleaning room
Delivery Time:	2-4 weeks
Payment Terms:	T/T
Supply Ability:	1000pcs per month

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Ausführliche Produkt-Beschreibung

Material:	Single crystal Al₂O₃	Hardness (Mohs):	9
Max Temperature:	1900°C	Transmittance @550nm:	>92%
Compressive Strength:	2 GPa	Wavelength Range:	200–5500 nm

Sapphire Custom-shaped Optical Windows Product Overview

Sapphire Custom-shaped Optical Windows Optical Components

Sapphire irregular optical windows are precision-machined optical components fabricated from high-purity single-crystal aluminum oxide (α-Al₂O₃). Their core advantage lies in combining sapphire's inherent material properties with custom geometric designs to meet extreme environmental demands for optical, mechanical, and chemical performance.

Company Service Highlights:

Full-size Customization: Supports circular, square, annular, and complex irregular shapes (e.g., trapezoidal, hexagonal), with thickness tolerance of ±0.01 mm and maximum diameter up to 500 mm.
Multi-Material Integration: Offers standard sapphire wafers, tubes, rods, and hybrid structures (e.g., tungsten-copper encapsulation) alongside multi-layer coating solutions.
Rapid Delivery: From design to mass production in 2–4 weeks, accommodating small-batch prototypes and large-scale manufacturing.

Sapphire Custom-shaped Optical Windows Technical Specifications

Parameter

Sapphire Window

Hardness (Mohs)

Max Temperature

1900°C

Transmittance @550nm

>92%

Compressive Strength

2 GPa

Wavelength Range

200–5500 nm

Sapphire Custom-shaped Optical Windows Core Characteristics

1. Material Properties:

Ultra-High Hardness: Mohs hardness of 9 (second only to diamond), 5× scratch resistance compared to quartz, ideal for abrasive environments.
Broad-Spectrum Transmission: 200 nm (UV) to 5.5 μm (mid-IR) full-wave transmission, with >85% visible light transmittance without coatings.
Extreme Durability:

Temperature: Melting point of 2050°C, short-term tolerance up to 1900°C (e.g., molten metal observation windows).
Chemical Resistance: Withstands strong acids (except HF), alkalis, and organic solvents, suitable for harsh chemical reactors.
Low Thermal Expansion: Coefficient of 5.3×10⁻⁶/°C, <0.02% deformation from -200°C to 800°C.

2. Sapphire Custom-shaped Optical Windows Features:

Sapphire Custom-shaped Optical Windows irregular Machining Precision: ±0.05 mm tolerance, 0.25 mm×45° edge chamfering, surface roughness Ra <0.5 nm (double-sided polishing).
Functional Enhancements:

Sapphire Custom-shaped Optical Windows Coating Options: Anti-reflective (AR), high-reflective (HR), hydrophobic/oleophobic, and conductive (ITO/metal) coatings.
Encapsulation: Metal flanges (316L stainless steel) and ceramic substrates (AlN) for vacuum/high-pressure interfaces.

Sapphire Custom-shaped Optical Windows Application Scenarios

1. Industrial & Energy:

High-Temperature Monitoring: Sapphire custom-shaped optical windows of real-time observation in molten metal furnaces and semiconductor MOCVD equipment, enduring 1000°C+ temperatures and corrosive gases.
Oil Exploration: Sapphire custom-shaped optical windows downhole sensor windows resistant to H₂S corrosion and 100 MPa pressure.

2. Laser & Optical Systems:

High-Power Lasers: CO₂ laser cutting machine output windows (99% transmission at 10.6 μm), tolerating kW-level energy densities.
Infrared Imaging: Sapphire custom-shaped optical windows in thermal imaging windows with >90% mid-IR transmittance for enhanced clarity.

3. Medical & Biotech:

Endoscopes: Sapphire custom-shaped optical windows autoclavable at 134°C/30 min with biocompatible surfaces for minimally invasive surgery.
Laser Therapy: Femtosecond laser eye surgery windows minimizing thermal damage via low dispersion.

4. Aerospace & Defense:

Satellite Optics: Sapphire custom-shaped optical windows radiation-resistant windows (proton dose 1×10¹⁴ p/cm² with <2% transmittance loss).
Missile Guidance: Infrared detection windows surviving >1000°C aerodynamic heating.

5. Consumer Electronics:

AR/VR: Scratch-resistant lens coatings (0.3–1 mm thickness) for curved displays.
Wearables: Military-grade smartwatch sapphire lenses passing MIL-STD-810G drop tests.

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Sapphire Custom-shaped Optical Windows Q&A

Q1: What are the key advantages of sapphire irregular optical windows compared to quartz or fused silica?

A: Sapphire offers superior hardness (Mohs 9), 1900°C short-term heat resistance, and 200-5500 nm broad-spectrum transmission, outperforming quartz (1050°C limit) in extreme environments .

Q2: What industries commonly use sapphire irregular optical windows?

A: They are critical in aerospace (satellite optics), medical endoscopes, industrial laser systems, and defense infrared detection due to their durability and optical clarity .

Tags: #Sapphire Custom-shaped Optical Windows, #Single crystal Al₂O₃, #Optical Components