Trending Tungsten Disulfide (ws2) Few-layer Film Device [EI1Sz7VO]

Few-Layer Tungsten Disulfide Film: A Cutting-Edge Photocatalyst Solution

The Trending Tungsten Disulfide (ws2) Few-layer Film Device [EI1Sz7VO] is a revolutionary product designed for applications in electrodes, energy storage devices, and photoelectrochemical cells. This exceptional material boasts a unique 2D-layered structure with a narrow indirect bandgap of 1.35 eV, making it an outstanding full solar spectrum photocatalyst. Its high NIR light photocatalytic activity, combined with strong UV and visible light photocatalytic properties, positions it as a valuable addition to various industries.

• High NIR light photocatalytic activity
• Strong UV and visible light photocatalytic activity
• Outstanding full solar spectrum photocatalyst

Unmatched Properties and Technical Specifications

Our WS2 few-layer films are produced through a chemical vapor deposition (CVD) process, ensuring a high purity of >99%. These films are transparent, with a coverage of >95% and a transparency of >97%. The film's number of layers can be adjusted to 2-5, providing flexibility in various applications. Other key specifications include a sheet resistance of N/A and a direct growth transfer method. The substrate thickness is 300 µm, and we offer sizes up to 2 cm × 2 cm or 2 inches in diameter.

• High purity (>99%)
• Transparent and with high coverage
• Adjustable number of layers
• Direct growth transfer method

Applications and Benefits Across Industries

The versatile nature of WS2 few-layer films makes them highly applicable in numerous fields. Their distinctive electron configuration and high specific surface area make them ideal for electrodes and energy storage devices, supercapacitors, and photoelectrochemical cells. Additionally, their tunable electromagnetic absorption offers practical solutions against electromagnetic pollution. WS2 is also a promising candidate in photothermal therapy for cancer cell ablation when NIR light is absorbed and converted into heat. Whether for research purposes or industrial applications, this product is a game-changer in the field of 2D materials.

• Electrodes and energy storage devices
• Supercapacitors and photoelectrochemical cells
• Photothermal therapy for cancer cell ablation