Description of 6N Te Tellurium Pieces

6N Te Tellurium Pieces are high-purity tellurium materials designed for applications where material consistency and impurity control matter. With a purity level of 99.9999% (6N), these tellurium pieces are carefully processed to provide a reliable composition, clean surface quality, and stable performance for advanced research and industrial use. Unlike standard tellurium materials that may introduce uncertainty during sensitive processes, 6N Te Tellurium Pieces are produced with strict quality control to help minimize contamination concerns and improve process confidence. Their precise purity makes them suitable for semiconductor research, compound materials, thermoelectric development, optical applications, and other high-performance material fields. Each batch is handled with attention to detail, from material preparation to final inspection, helping customers achieve repeatable results without unnecessary material-related risks. Whether used for laboratory experiments, thin film deposition, or specialized manufacturing, these tellurium pieces offer the consistency required for demanding environments. For researchers and engineers who value accuracy over assumptions, 6N Te Tellurium Pieces provide a dependable material solution backed by controlled quality and professional supply support.

Features of 6N Te Tellurium Pieces

Purity grade: Te-06 grade, with a total impurity content of less than 1ppm (silver, aluminum, cadmium, copper, iron, magnesium, nickel, lead, selenium, zinc, etc.), usually detected by ICP-MS or GD-MS.

Physical parameters: Density of approximately 6.24-6.25 g/cm ³, melting point of approximately 450-452 ℃, boiling point of approximately 988-1390 ℃, bandgap width of approximately 0.35 eV, electron mobility of 1700 cm ³/(V · s).

Form and appearance: Irregular block or granular, silver gray/silver white, brittle, easy to crush. ‌‌

Applications of 6N Te Tellurium Pieces

6N high-purity tellurium flakes are the core basic materials in high-end semiconductor and optoelectronic fields, mainly used in the following types of devices:

Cadmium telluride (CdTe) thin film solar cells: core material for photoelectric conversion.

Bismuth telluride (Bi ₂ Te ∝) thermoelectric material: used for thermoelectric power generation and semiconductor refrigeration.

Infrared detector: such as cadmium zinc telluride (CdZnTe) X/gamma ray detector.

II-VI compound semiconductors, gas sensitive/thermosensitive/photosensitive components, etc