Bismuth Ingot

Description

Bismuth is a brittle metal with a white, silver-pink color and it’s stable in both dry and moist air at room temperatures. It is commonly used to replace lead in commercial applications due to its non-toxic nature. Bismuth is also found in low melt alloys and as an additive in aluminum and copper alloys to improve machinability.

Bismuth ingots are larger, solid blocks or bars of bismuth metal. These are typically produced during the refining process of bismuth, we can supply Bismuth metal in 99.99% and 99.999% purity.

Product Name	Bismuth Metal Ingot
Purity	99.99% 99.999%
Appearance	Rectangle ingot, Irregular Pieces
Size	30x150x337cm
Molecular Formula	Bi
Melting Point	271.3°C
Boiling Point	1560±5℃
CAS No.	7440-69-9
EINECS No.	231-177-4

Applications

• Bismuth ingots are used to prepare low-melting alloys. Bismuth can be alloyed with antimony, cadmium, indium, gallium, tin, titanium, and other metals to create low-melting alloys, generally with a melting point below 200 degrees.
• Adding a small amount of bismuth to steel, iron, aluminum, and bronze can improve their processing properties.
• Bismuth ingots can be used to make bismuth oxide and bismuth salts.
• Chemicals of bismuth are used in semiconductors, superconductors, flame retardants, catalysts, pigments, cosmetics, chemical reagents, electroplating, batteries, and other fields.
• Bismuth Ingot is used to grow crystals, that can be used in jewellery and art.

Advantage

• Low oxygen content and low heavy metals content.
• Strict quality control for procedures of raw material, process control and pre-delivery.
• ISO9001 and ISO14001 certificated manufacturer.
• Great technical capabilities make us a valued and reliable long-term business partner.
• Technical support: 24 hours technical support by e-mail or phonecall.
• Our factory located in the Bismuth main producing area and supplied 65% Bismuth to worldwide.

Q&A

Q1: What are the typical purities available for bismuth metal ingots?

A1: Bismuth metal ingots are available in purities of 99.99% and 99.999%. Higher purities are often preferred in industries requiring precise control over material composition, such as electronics and semiconductor manufacturing.

Q2: What are the primary applications of bismuth ingots in alloy production?

A2: Bismuth ingots are used to prepare low-melting alloys by alloying with metals such as antimony, cadmium, indium, gallium, tin, and others. These alloys typically have melting points below 200 degrees Celsius, making them useful in applications requiring low-temperature processing.

Q3: How does bismuth enhance the properties of steel, iron, aluminum, and bronze?

A3: Adding a small amount of bismuth to these metals can improve their machinability and processing properties, such as reducing friction during machining and improving surface finish.

Q4: What are the typical purities available for bismuth metal ingots?

A4: Bismuth metal ingots are available in purities of 99.99% and 99.999%. Higher purities are often preferred in industries requiring precise control over material composition, such as electronics and semiconductor manufacturing.