Indium 80Au20Sn Gold-Tin Solder Wire | 0.010" Diameter

High-reliability eutectic gold-tin solder wire designed for medical devices, microelectronics, aerospace, and hermetic packaging applications.

Length: Sold in 2 ft increments

By Indium
$549.00
Product Overview

Indium 80Au20Sn Gold-Tin Solder Wire is a high-reliability eutectic solder alloy commonly used in medical electronics, aerospace, semiconductor, and hermetic packaging applications requiring strong mechanical performance and dependable long-term reliability. The eutectic 80Au20Sn composition provides a precise melting temperature of 280°C with no plastic range, supporting consistent solder joint formation and repeatable process control.

Gold-tin solder alloys are widely used in applications requiring high mechanical strength, corrosion resistance, thermal conductivity, and hermetic sealing performance. The alloy is commonly selected for assemblies exposed to elevated temperatures and demanding operating environments.

Features

• Eutectic 80Au20Sn solder alloy
• Precise eutectic melting behavior with no plastic range
• Melting temperature of 280°C
• Excellent thermal fatigue resistance
• High mechanical strength
• Excellent corrosion resistance
• Suitable for hermetic sealing applications
• Lead-free alloy
• High reliability under thermal cycling conditions

Typical Applications

• Medical device assembly
• Electronic assembly
• Hermetic packaging
• Aerospace electronics
• Optoelectronics
• Semiconductor packaging
• High-reliability soldering

Packaging & Shelf Life

Packaging Information:
• Alloy: 80Au20Sn
• Diameter: 0.010"
• Product Form: Solder Wire
• Length: Sold in 2 ft increments
• Lead-Free: Yes
• Manufacturer: Indium Corporation

Storage Recommendations:
Store in a clean, dry environment at room temperature. Refer to manufacturer documentation for recommended storage conditions.

Technical Documents

Need help selecting the right Indium solder materials or flux for your application?

Our technical team supports:

  • Material selection
  • Alloy and flux compatibility
  • Process and application evaluation
  • Prototype and R&D support