Precision Alloy

Precision alloys are functional metal alloys created through meticulous composition design and strict process control to possess specific physical properties such as magnetic permeability, elasticity, thermal expansion and electrical resistance. Due to their highly controllable performance, precision alloys are widely used in fields of electronics, instruments, aerospace and medical devices.

• Stable physical properties: precision alloys can remain unchanged under different temperature or mechanical stresses, capable of maintaining consistent elasticity and low thermal expansion coefficients.
• Excellent chemical resistance: precision alloys exhibit good corrosion and oxidation resistance, able to retain their performance in harsh chemical conditions.
• Precise electrical properties: precision alloys are characterized by good electrical resistivity and electrical conductivity, making them suitable for applications in electronics and electrical industries.
• Reliable mechanical properties: precision alloys provide great strength, toughness and plasticity, allowing them to withstand complex mechanical processing and long term use.