Copper Compounds And Catalysts

About Copper Compounds and Catalysts

Copper oxide powder, copper sulphide powder, copper nitride powder, calcium copper titanate powder, copper acetylacetonate, copper phthalocyanine and copper chloride.

Purity: 99%.

Discover our copper compounds and catalysts:

Copper oxide (CuO): This compound is used in electronics and ceramics. It exhibits redox properties that are utilised in catalyst and pigment processes.

Copper sulphate (CuSO4): This compound is applied in agriculture, electroplating and analytical chemistry. It is used as a catalyst to accelerate chemical reactions.

Copper catalysts: These catalysts utilise copper to catalyse various chemical transformations. They are employed in oxidation, hydrogenation and C-C bond formation reactions, among other processes.

Why choose our copper compounds and catalysts?

Catalytic performance: Our compounds and catalysts are developed to facilitate chemical reactions, thereby increasing efficiency and selectivity in various processes.

Quality assurance: Each compound and catalyst is subjected to rigorous quality control. Tests confirm a 99% purity level and consistent reactivity and performance.

Technical expertise: Experts in catalysis and chemistry provide technical assistance in product selection and application.

Versatility and performance: Our copper compounds and catalysts are applied in various applications. They improve multiple chemical transformations and deliver reliable results.

Global distribution: Our products are trusted internationally. They are supplied through an extensive distribution network which ensures timely delivery and dedicated customer service.

Applications for Copper Compounds & Catalysts:

Chemical synthesis: Copper catalysts are used in various organic transformations, including oxidation, reduction and coupling reactions.

Galvanic coating: Copper sulphate is used in electroplating to enhance electrical conductivity and corrosion resistance.

Agriculture: Copper compounds are applied in agriculture. They serve as components in fungicides and soil conditioners.