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Tin Copper Alloy Powder

Tin Copper Alloy Powder

14500 INR/Pack

Product Details:

  • Hardness 35-40 HB
  • Strength High tensile strength
  • Purity 99.85% min
  • Product Type Metal Alloy Powder
  • Material Tin and Copper
  • Alloy Tin-Copper alloy
  • Shape Spherical or irregular
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Tin Copper Alloy Powder Price And Quantity

  • 14500 INR/Pack
  • 1 , , Pack

Tin Copper Alloy Powder Product Specifications

  • Grayish
  • 0.08%
  • Tin-Copper alloy
  • Tin and Copper
  • Spherical or irregular
  • 99.85% min
  • Powder form; particle size 45-150 micron
  • 35-40 HB
  • Sn: 89-91%, Cu: 9-11%
  • High tensile strength
  • Powder metallurgy, electrical contact materials, soldering, coatings
  • Metal Alloy Powder

Tin Copper Alloy Powder Trade Information

  • 1000-10000 , , Pack Per Day
  • 2-3 Days
  • Yes
  • Sample costs shipping and taxes has to be paid by the buyer
  • All India

Product Description

  • MF:                                            Sn:Cu
  • Chemical Name:               Tin Copper Alloy Nanopowder
  • Purity:                                      > 99.99%
  • APS:                                            < 80 nm (Size Customization possible)
  • Form                                           Nanopowder
  • Product Number:                 NCZA134
  • CAS Number                           7440-31-5 / 7440-50-8


Superior Metallurgical Performance

Our Tin Copper Alloy Powder delivers exceptional strength and durability, making it ideal for demanding industrial applications. It provides high purity (minimum 99.85%) and consistent composition, ensuring reliable results in alloy production, powder metallurgy, and sintered component manufacturing.


Versatile Electrical and Thermal Conductivity

With good thermal and electrical conductivity, this alloy powder is suited for use in electrical contact materials, soldering processes, and coatings. Its performance in conducting applications enhances overall efficiency and product lifespan, addressing diverse technical needs.


Quality Assurance and Packaging

Conforming to recognized ASTM and JIS standards, our alloy powder offers assured quality and uniformity. It is carefully packed in sealed drums or vacuum-packed bags to prevent contamination and moisture ingress, ensuring safe delivery and extended shelf life up to 12 months when stored appropriately.

FAQs of Tin Copper Alloy Powder:


Q: How should Tin Copper Alloy Powder be stored to maintain its quality?

A: The powder should be stored in a cool, dry place, away from moisture and contamination, ideally in its original sealed drums or vacuum-packed bags to prevent degradation and preserve shelf life for up to 12 months.

Q: What processes can Tin Copper Alloy Powder be used for?

A: This alloy powder is widely used in steel and copper alloy enhancement, brazing, bearing manufacturing, sintered components, electrical contact materials, soldering, and specialized industrial coatings in powder metallurgy.

Q: When is Tin Copper Alloy Powder typically applied in industrial settings?

A: It is applied during the production and fabrication stages where high conductivity, hardness, and tensile strength are required, including the manufacturing of bearings, sintered parts, and brazing materials.

Q: Where is this powder most beneficial in application?

A: It proves most beneficial in sectors such as industrial manufacturing, electrical, and metallurgical industries across India, serving as an additive, brazing material, or raw input for alloy production and coatings.

Q: What benefits does the high purity of Tin Copper Alloy Powder provide?

A: With a purity of at least 99.85%, the alloy powder ensures minimal impurities in final products, delivering enhanced mechanical and conductive properties for consistent and high-performance industrial applications.

Q: How does its particle size and shape affect its usability?

A: Available in spherical or irregular shapes and particle sizes between 45-150 microns, the powder offers adaptable flow characteristics and packing densities, facilitating efficient processing and uniform mixing in powder metallurgy.

Q: What steps ensure conformity to ASTM and JIS standards in production?

A: Strict quality control measures are implemented throughout manufacturing to maintain precise Sn/Cu ratios, apparent density, particle size, and purity, resulting in a product that consistently meets ASTM and JIS specifications.

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