North York, ON
The company was founded in 1986, and is a Canadian company with expertise in vapour metallurgy, especially the chemical vapour deposition of nickel, other metals and alloys. CVD manufacturing's proprietary technology includes a novel metal- forming process, growing pure metals from gases. The process was originally a refining process, but is now also a method for quickly making extremely accurate moulds and metal coatings.
The main advantage is the speed of growth of the metal (nickel grows in the CVD process about 20 times faster than traditional electroforming!)
The CVD-formed moulds can be used in conjunction with rapid prototyping patterns in many diverse applications, such as injection moulding, blow moulding, net nickel shapes, etc. This technology allows mouldmakers, moulders, scientists and others to respond to rapidly changing markets, reducing costs and shortening product development time.
The licensable CVD process offers rapid turn-around times, surface accuracy on an atomic level, faster cycle time, and technologically superior solutions to tooling problems in comparison with existing manufacturing processes.
Growth rates of between 0.05 mm/h to 0.75 mm/h can be obtained on surfaces held at temperatures between 110 deg. C. and 190 deg. C. CVD's unique features are widely recognized by the scientific and industrial community for its ability to reproduce the surface detail of a master down to the finest texture and smoothness without the residual stresses found in other deposition processes.
35 Kenhar Dr
North York, ON M9L 1M9
CA
35 Kenhar Dr
North York, ON M9L 1M9
CA
Legal Name: CVD Manufacturing Inc.
Number of Employees: 25
CA
Vapour metal refining processes (e. g. the 'carbonyl process' for refining base metals, such as Nickel) can be applied to many metals in the transition group (Nickel, Cobalt, Iron, Manganese, Tungsten, Molybdenum, Chromium, etc.) as well as Beryllium and metals in the platinum group (Platinum, Palladium, Osmium, Irridium, Ruthenium, Rhenium and Rhodium)
The CVMR process delivers very pure metal and significantly lower operating cost than traditional processes. The CVMR process can produce pellets, net shapes, coatings, powders and foams, according to market needs, by simply changing the process decomposition parameters - without altering the separation/extraction/refining steps.
US Department of Treasury (Bureau of Engraving) Pratt & Whitney General Motors University of Washington Los Alamos National Laboratory
Title: Vice President
Area of Responsibility: Research/Development/Engineering
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Title: Owner
Area of Responsibility: Management Executive
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Chemical Vapour Deposition of Nickel
Separation and refining, by vapour processes, of: Nickel, Cobalt; Iron; Tungsten; Manganese; Molybdenum; Platinum, Palladium, Rhenium, Ruthenium, Osmium, Iridium, Rhodium.
Mirotech Inc. provides ultra pure nickel shells(mandrels)used in a variety of plastics processing and moulding applications. Mirotech is also involved in the sale, licensing and technology transfer of its proprietary Nickel Vapour Deposition technology.
Nickel Vapour Deposition
333519
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