Stanford Advanced Materials Offers Cadmium Compounds And Catalysts For Sale To Research Institutions

Cadmium Compounds And Catalysts

UK scientists use cadmium compounds to manufacture nickel‐cadmium batteries. Engineers employ these compounds for metal surface treatment. Technicians utilise the compounds for gas chromatographic analysis. Additional cadmium salts are produced using these compounds. These applications perform several documented functions in UK research.

About Cadmium Compounds and Catalysts

CdS Powder, CdSe Powder, CdTe, Nano-Cadmium Sulphide Powder, CdCO3 Powder, CdSO4 Powder, etc.

Purity: >99%

Our cadmium compounds and catalysts utilise the reactive properties of cadmium. They are employed in various sectors, including electronics and materials science, where they contribute to defined process improvements.

Our Portfolio of Cadmium Compounds and Catalysts:

CdS Powder: CdS Powder is recognised for its semiconducting properties. It is used in photodetectors, solar cells and optoelectronic devices.

CdSe Powder: CdSe Powder is applied in photovoltaic systems, infrared detectors and luminescent devices.

CdTe Powder: CdTe Powder is used in the manufacture of thin-film solar cells, radiation detectors and photodetectors.

Nano-Cadmium Sulphide Powder: Nano-scale CdS Powder offers increased surface area and reactivity. It is suitable for catalytic processes and advanced materials.

CdCO3 Powder: CdCO3 Powder serves as a precursor in various chemical processes and materials synthesis.

CdSO4 Powder: CdSO4 Powder is employed in chemical synthesis and industrial procedures.

Why choose our Cadmium Compounds and Catalysts?

Purity and precision: Our compounds and catalysts are manufactured to meet purity levels exceeding 99% and to ensure controlled impurity contents.

Expertise and research: Based on technical expertise and continuous research, our products are designed to deliver consistent outcomes in diverse applications.

Customisable solutions: We offer customisable solutions for your specific project requirements, whether the application involves catalyst development or specialised chemical processes.

Applications of Cadmium Compounds & Catalysts:

Electronics: Cadmium compounds contribute to the development of semiconductor materials for photodetectors, sensors and solar cells.

Materials science: These compounds are essential in the synthesis of advanced materials. They enhance material properties through controlled chemical processes.

Catalysis: Cadmium compounds are utilised as catalysts in defined chemical reactions, thereby improving process efficiency and selectivity.

PRODUCT LIST

{{total}} Products / show

Products by page

...

Step aside

Discontinued

INQUIRY

...

Step aside

{{ total }} Products / show

Products by page

GET A QUOTE

Send us an inquiry today to learn more and receive the latest pricing. Thank you!

*Your Name

*Your Email

For prompt processing, please use your company email address.

*Product Name

*Your Phone

*Country

United Kingdom

Comments

I would like to join the mailing list to receive updates from Stanford Advanced Materials.

Please enclose drawings:

Save files here or

*Check Code

Accepted file types: PDF, png, jpg, jpeg. Upload multiple files at once; each file must be under 2MB.

Cadmium Compounds And Catalysts

About Cadmium Compounds and Catalysts

Our Portfolio of Cadmium Compounds and Catalysts:

Why choose our Cadmium Compounds and Catalysts?

Applications of Cadmium Compounds & Catalysts:

PRODUCT LIST

SAFETY DATA

SAFETY DATA SHEET

GET A QUOTE

NEED HELP?

POPULAR CATEGORIES

OUR COMPANY