Catalyst

Precious Metal Catalyst

Precious metal catalysts are catalysts that incorporate noble metals. They possess an incompletely filled d‐orbital that can either donate electrons to or withdraw electrons from a reagent, depending on the reaction type.

Chemical Catalyst

Chemical catalysts include catalysts employed in hydrogen production, fertiliser production, methanol synthesis, oil refining, environmental protection, molecular sieves and catalyst supports.

Other Catalysts

Other catalysts are used in cold hydrogenation, the selective hydrogenation of alkynes to alkenes and heterocyclisation reactions, among other processes.

Why Choose Our Catalysts?

Innovation Catalyst: Our catalysts have been applied in controlled experiments where process efficiency improved by measurable margins. Researchers from institutions such as Stanford Advanced Materials have evaluated these catalysts under standard conditions.

Quality Assurance: Every catalyst undergoes rigorous testing and quality control procedures. The tests are repeated under standardised conditions to ensure performance and consistency.

Technical Expertise: Our team of experts in catalysis, chemistry and materials science provides technical assistance with catalyst selection and application. They communicate detailed protocols and test results to clients.

Versatility and Performance: Our catalysts are used in applications ranging from petrochemicals to pharmaceuticals. They offer viable solutions for a variety of technical challenges.

Global Reach: Our catalysts are deployed internationally. Our distribution network ensures that orders are processed and delivered in accordance with agreed schedules, with full technical documentation provided.

Catalyst Applications:

Chemical Production: Catalysts are used to streamline chemical reactions. They enable processes that are both efficient and sustainable given that reaction yields are systematically measured.

Environmental Remediation: Heterogeneous catalysts facilitate the breakdown of pollutants into stable compounds. Their use contributes to cleaner air and water quality, as confirmed by independent measurements.

Energy Conversion: Catalysts play a key role in energy conversion processes. They are employed in hydrogen production and fuel cell operation, thereby supporting clean energy technologies.