Bismuth Indium Alloy (BiIn) Pellets, 99.9% Purity (Request Current Price)

Bismuth Indium Alloy (BiIn) Pellets, 99.9% Purity (Request Current Price)

ZHC LAB Bismuth Indium Alloy (BiIn) pellets are high-purity alloy source materials supplied for thin-film deposition research, evaporation source loading, custom alloy preparation, and laboratory materials development. The pellet and piece formats are convenient for weighing, loading, and small-batch experimental workflows where material identity, purity selection, and clean handling are important. Pricing requires a current quote because high-purity metal costs vary with purity, package size, and material market conditions.

Key Features

High-Purity Elemental Source Material
Available purity options include 99.9% (3N) for research workflows that require controlled metal composition.

Pellet and Piece Formats
Available particle or piece sizes include 0.0394 in-0.118 in (1-3 mm) pieces, Custom specification. Package options include 500 g depending on selected purity and size.

Clean Handling and Storage
Store sealed in a dry environment. Handle with clean gloves or tweezers and avoid contact with oils, dust, moisture, or other contaminants before use.

Technical Specifications

Material: Bismuth Indium Alloy (BiIn)
Form: Pellets
Purity Options: 99.9% (3N)
Available Size Options: 0.0394 in-0.118 in (1-3 mm) pieces, Custom specification
Package Options: 500 g
Category: Metal Pellets & Pieces
Typical Use: Evaporation source material, PVD research, alloy preparation, and laboratory materials science

Material Properties and Technical Indicators

Reference material-property values for selection, evaporation planning, and process evaluation:

– Formula / alloy system: BiIn
– Nominal composition: Bi:In = 67:33 wt%

Quality-Control and Handling Indicators

Additional technical indicators reflected from the source product page:

– Analytical checks: ICP impurity/composition analysis.
– Inspection focus: dimensional verification.

Common Applications

– Bi-In low-melting alloy source preparation
– fusible alloy and low-temperature material research
– thin-film and compound precursor studies
– laboratory alloy development
– Academic, industrial, and pilot-scale materials research