- Products
- Categories
- Blog
- Podcast
- Application
- Document
Stanford Advanced Materials (SAM) supplies bismuth metal needles and lumps in various forms and specified purity levels.
Our bismuth metal is available for laboratory experiments, metallurgical projects and specialised technical work. Bismuth is an element with clearly defined properties and a broad range of applications, thereby opening opportunities in scientific and industrial domains. At [Name Ihres Unternehmens], we supply bismuth metal with a minimum purity of 99.9% in various forms, thereby ensuring compliance with strict technical specifications.
High Purity: Our bismuth metal meets a purity level of at least 99.9%. This specification qualifies it for research, alloy fabrication and crystal growth experiments.
Distinct Appearance: Bismuth forms crystals with stepped, multicoloured surfaces that have been documented through standard imaging techniques. This property is of interest to collectors and may be used in academic demonstrations.
Low Toxicity: Bismuth exhibits a lower toxicity compared to other heavy metals. This characteristic reduces potential health risks when it is incorporated into pharmaceuticals, cosmetics and other consumer products.
Versatile Applications: Bismuth is employed to modify alloy performance, facilitate controlled crystal growth and serve as a component in thermal safety devices. Its functional properties are verified by established testing methods.
Reliable Supply: We secure bismuth metal that meets stringent quality measurements. Consequently, technical users can rely on its defined properties in their projects.
Bismuth Bars: Our bismuth bars are produced for metallurgical use, alloy fabrication and crystal growth experiments. They are available in various dimensions to meet specific project requirements.
Bismuth Powder: Bismuth powder is suitable for manufacturing processes, laboratory experiments and applications that require a finely divided metal form.
Bismuth Crystals: Bismuth crystals are utilised by collectors and researchers. Their structural features are confirmed through quantitative imaging and can be integrated into academic collections or technical projects.
Custom Solutions: We offer tailored bismuth metal solutions for specific project requirements. Please contact our technical team to discuss detailed specifications and performance criteria.
Metallurgy: Bismuth is employed in metallurgy to enhance the workability of selected alloys and lower melting points in specific materials. These effects are measurable using standard procedures.
Research: Laboratories and scientific projects utilise bismuth for experimental studies. Its properties are evaluated across multiple disciplines with standard methodologies.
Art and Jewellery: Bismuth crystals and bars are incorporated into art installations and jewellery. Their inclusion meets precise criteria and is subject to durability tests.
Pharmaceuticals and Cosmetics: Due to its low toxicity, bismuth is integrated into certain pharmaceuticals and cosmetic products. Its use contributes to defined safety profiles as established by laboratory assays.
Fire Safety Devices: Bismuth is used in thermal sensors and sprinkler systems. It activates safety mechanisms during fire conditions as determined by response time evaluations.
{{ item.name }} | {{ item.value }} |
Send us an inquiry today to learn more and receive the latest pricing. Thank you!
Please fill in your RFQ details and one of sales engineers will get back to you within 24 hours. If you have any questions, You can call us at 949-407-8904 (PST 8am to 5pm).
Copyright © 1994-2025 Stanford Advanced Materials owned by Oceania International LLC, all rights reserved