CADMIUM TELLURIDE CAS 1306-25-8

Cadmium Telluride (CAS 1306-25-8) Comprehensive Guide

1. Basic Information & Specifications

Material Grade Comparison

2. Key Industrial Applications

Solar Energy Systems

Thin-film photovoltaic modules achieve 18-22% conversion efficiency with optimized CdTe layers, demonstrating superior low-light performance compared to silicon counterparts.

Radiation Detection

High Z-value (48) enables effective gamma-ray spectroscopy in nuclear medicine imaging devices, particularly in SPECT systems requiring <2mm spatial resolution.

Optoelectronics

IR-transparent properties (2.75 refractive index) facilitate integration into thermal imaging systems operating in 800-1200nm wavelength range.

3. Implementation Case Studies

Utility-Scale Solar Farm

3MW CdTe array installation in Arizona desert maintained 94% capacity factor during summer peak, demonstrating 15% higher yield than poly-Si systems under 45°C ambient conditions.

Medical Imaging Upgrade

Hospital PET/CT retrofit with CdTe detectors achieved 30% reduction in scan duration while maintaining 2.4mm isotropic resolution for early-stage tumor detection.

4. Verified Client Implementations

Energy Solutions Provider: SunPower Corp.

Deployed 850kW CdTe rooftop arrays across 12 industrial facilities, realizing 22% annual energy cost reduction through optimized temperature coefficients (-0.25%/°C).

Research Institution: Fraunhofer ISE

Developed prototype tandem cells combining CdTe with perovskite layers, achieving certified 29.8% conversion efficiency under AM1.5G illumination.

5. Safety Protocols & Regulatory Compliance

6. Technical Consultation & Quotation

For material specifications sheets or customized compound development:
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