Core Technologies

Strong research and development capabilities

Tetrahedron Technology Corporation has been focusing on the design and production of organic light-emitting diode materials since 2000, covering everything from hole transport layers, luminescent hosts, luminescent objects, to electron transport layers, understanding the relationship between material structure and properties, A huge database has been established. Can quickly meet customers' development needs for new materials.

Professional chemical background

Tetrahedron Technology Corporation 's professional chemical talents plan reaction pathways in a mass-produced manner in the early stages of material development, improve production efficiency, reduce production costs, reduce waste and toxic substances, provide customers with materials at favorable prices, and reduce the production process impact on the environment.
Our reaction skills include:
Aldol condensation Grignard reaction
Bromination Negishi coupling
Buchwald-Hartwig coupling Sandmeyer reaction
Diels–Alder reaction Suzuki coupling
Fischer indole synthesis Ullmann reaction
Friedel-Crafts Alkylation Wittig reaction

Skillful purification process

Tetrahedron Technology Corporation 's products undergo chemical purification, sublimation purification and other processes, and are quality-identified through strict quality control procedures.
Identify the factors that affect product performance, continuously improve purification methods, and provide customers with durable, high-quality materials.
Our company's purification technology can also provide recycled material regeneration services to reduce the waste of resources.
Different purification methods, color changes of products after heating

Products with Stable Quality

Tetrahedron Technology Corporation has been involved in the production of organic light-emitting diodes since 2000, and has established mass production knowledge of various materials. With a stable operating process and strict quality control, from raw material inspection (IQC), process inspection ( IPQC), finished product inspection (OQC), shelf life study, etc. are checked at all levels to provide customers with the best quality materials.

Continuous Quality Improvement

Conduct thermal stability tests to simulate the use of materials on the client side, analyze failure modes, and improve quality.
And continue to improve production efficiency and reward customers with more favorable prices.

Full analytical capabilities

The company has various instruments and equipment that can carry out structural identification, quality identification, thermal property identification, optical property identification of materials, as well as component efficiency and life verification. Have an in-depth understanding of material properties and provide customers with material consulting services.
  • Device lifetime
  • Device efficiency
  • Photophsics property
  • Structural information
  • Quality property
  • Thermal property