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  • Wrought Copper Alloy - UNS C19100
    Article - 18 Jul 2013
    Copper can be combined with other metals such as tin, silver, chromium, and zinc to make alloys. Copper and its alloys are essential materials in most of the electrical applications.
  • Beryllium Copper UNS C17300
    Article - 17 Sep 2012
    UNS C17300 beryllium copper alloys are heat treatable, ductile and can be mill hardened. They offer tensile strength of 1380 MPa (200 ksi). These steels are suitable for applications requiring good...
  • Beryllium Copper UNS C17200
    Article - 11 Sep 2012
    UNS C17200 beryllium copper alloys are ductile and produced in mill hardened and heat treatable tempers. These alloys are used for all applications, which require high strength, stiffness and good...
  • Beryllium Copper UNS C17000
    Article - 13 Sep 2012
    UNS C17000 beryllium copper alloys are ductile, heat treatable and can be mill hardened. These alloys are used in applications, which require high strength and good conductivity. The following section...
  • Beryllium Copper UNS C17500 – Copper Alloy
    Article - 18 Sep 2012
    Copper beryllium alloys have good thermal and electrical properties and high tensile strength. High conductivity alloys and high strength alloys are the two main categories of copper beryllium alloys.
  • Beryllium Copper UNS C17200 – Copper Alloy
    Article - 13 Sep 2012
    Copper beryllium alloys have high strength and good thermal and electrical conductivities. High conductivity alloys and high strength alloys are the two major types of copper beryllium alloys.
  • Beryllium Copper UNS C17000 – Copper Alloy
    Article - 18 Sep 2012
    Copper beryllium alloys have good thermal and electrical conductivities and high strength. Two major groups of copper beryllium alloys include high conductivity alloys and high strength alloys.
  • Expanding the Materials Performance Envelope by Controlling Interfaces
    Article - 7 Nov 2011
    The performance envelope of materials limits much of what technology can accomplish, better materials translate into cleaner, safer, and cheaper energy.
  • Liquid Silicone Rubber – Tailoring Properties with Chemistry
    Article - 21 Sep 2011
    Liquid Silicone Rubbers are compounds formed from a fundamental silicone oxide base. Their properties can vary based on additives. By varying their properties, LSRs can be adapted to a range of...
  • Benefits of Multi Component – Overmolded Liquid Silicone Rubber Part Processing
    Article - 21 Sep 2011
    Multi-material or multi-component injection molding is a technique that has advanced considerably in the last ten years. It enables components to be made from two or more materials in a single...

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