Resources Contact Us Home
High-conductivity copper microalloys obtained by conventional continuous or semi-continuous casting

Image Number 4 for United States Patent #6103188.

We provide a new copper microalloy with high-conductivity, excellent heat resistance and high strain strength, which can be obtained by conventional continuous or semi-continuous casting, which essentially consists of at least one element selected from the following list:in all cases, with 20-500 mg/Kg O (oxygen). The alloy is suitable for all the applications that require an electrical conductivity similar to that of pure copper, but with a better heat resistance, better mechanical properties and lower standard deviation values in strain strength. Specifically, it can be used for electric wires with high mechanical requirements and/or high annealing temperatures, for high-risk applications and for electrical wires and components in the electronic and micro-electronic industry.

  Recently Added Patents
Dynamic facsimile transcoding in a unified messaging platform
Topology discovery, control channel establishment, and datapath provisioning within an aggregation network with centralized control
Integrated circuit packaging system with an encapsulation and method of manufacture thereof
Method and apparatus for complementing an instrument panel by utilizing augmented reality
Organic light emitting display apparatus
Scanning transmission electron microscope and axial adjustment method thereof
Scoring users of network based users
  Randomly Featured Patents
Wireless communication device and method
Surface acoustic wave device and communication device
Method for production of microporous separating material from smectite type mineral
Solid pharmaceutical dispersions
Spectral imaging system
Actuator for a liquid dispenser
Spot color printing color conversion program, color conversion device and color conversion method
Detachable cleat arrangement
Three-layered, four-layered, or five-layered catalyst systems for producing phthalic anhydride
Wax compositions for flame retardant electrical insulation coatings