Bismuth

About Bismuth

Bismuth is a silvery, pink‐coloured metal with a high density. It is brittle and is typically alloyed with other metals to render it suitable for practical use. Its alloys with tin or cadmium exhibit a low melting point and are used in fire detectors, fire extinguishing equipment, electrical fuses and solder materials.

Bismuth oxide is used as a yellow pigment in cosmetics and paints. Bismuth(III) chloride oxide (BiClO) provides cosmetics with a pearlescent finish. Basic bismuth carbonate is administered in tablet or liquid form as a bismuth mixture for digestive disorders.

Stanford Advanced Materials (SAM) produces and supplies bismuth(III) sulphide powder (Bi2S3 powder), nano-bismuth powder (Bi), bismuth trioxide powder (Bi2O3 powder), bismuth metal (Bi metal) and bismuth(III) selenide powder (Bi2Se3 powder).

Bismuth Key Features:

Distinct Crystal Structure: Bismuth exhibits a complex, multicoloured crystal structure. It is utilised by artists, collectors and jewellery designers in their work.

Low Thermal Conductivity: Bismuth has low thermal conductivity. It is applied in thermal insulation layers, fire protection systems and as an alternative to conventional lead-free solder.

Non-toxic Composition: Bismuth serves as a non-toxic alternative to lead. It is used in sectors ranging from cosmetics to medical imaging, given that its safety and distinct optical properties are quantifiable.

Pharmaceutical Applications: Bismuth subsalicylate, a bismuth-containing compound, is used in antacid and antidiarrhoeal medications. It alleviates gastrointestinal complaints and has been part of healthcare practice for several decades.

Nuclear Medicine: Radioactive bismuth isotopes are used in nuclear medicine for targeted cancer treatments. They enable precise irradiation of cancer cells and reduce exposure to healthy tissue.

Bismuth Applications:

Art and Jewellery: The crystal formations produced by bismuth are used by artists, jewellery designers and collectors. They incorporate these formations into their works.

Thermal Management: The low thermal conductivity of bismuth is applied in thermal insulation layers, fire protection systems and soldering methods.

Non-toxic Alternatives: The non-toxic nature of bismuth is applied in cosmetics, medical devices and other sectors where safety and performance are prioritised.

Pharmaceutical Products: Bismuth-based compounds are used in antacid and antidiarrhoeal medications to address gastrointestinal issues.

Nuclear Medicine: Radioactive bismuth isotopes contribute to targeted cancer therapies and expand treatment options for cancer patients.

Bismuth Quality Assurance:

Our bismuth products undergo strict quality controls to ensure that high-purity and high-performance materials are delivered. We supply bismuth that meets established standards.