“We are a generation that has observed revolution in telecommunication, information dissemination technologies, robotics and printing of various three-dimensional metal objects. This last one will change the face and function of manufacturing completely. The days of tool, die and mold making will be over soon. Steel mills will not produce steel the inefficient way they are doing today. The industries that use metals and plastics in manufacturing things will not be the same in the next ten years. They will be much more efficient, environmentally neutral and allow customers to have their own unique ideas incorporated into the objects they buy. Graphite and graphene will take centre stage in the objects and the equipment we use. 4D Printing offers an exciting capability. This is truly a radical shift in our understanding of structures, which have up to now remained static and rigid. (Think of the output of aerospace and automotive industries, civil structures and pipelines, etc.) They will soon become dynamic, variable in size and shape, adaptable for on-demand performance. They can reshape, assemble or disassemble themselves over short periods of time. All one has to do is to add some kind of energy. This could be kinetic energy, electrical energy, change of temperature, pressure, or at times a change in the ambient environment of the object. Those manufacturers who do not pay attention to this revolution, will not be here in ten years time.” Kamran M. Khozan

CVMR Corporation (CVMR®) is a privately held multinational organization with its head office and R & D Centre in Toronto, Canada. It is engaged in:

  • Mining and metal refining, using its own proprietary vapour metallurgy processes and its own mineral resources;
  • manufacturing of high value metal powders, nano-powders, net shapes and super alloys, using CVMR’s proprietary processes;
  • Providing feed materials for 2D, 3D and 4D Printing (Additive Manufacturing);
  • manufacturing graphite films on nickel substrates, using cold-wall chemical vapour deposition (CVD) from a mixture of hydrogen and methane;
  • manufacturing of graphene, refining of graphite and creation of materials coated or imbedded with nano metal powders;
  • providing a range of technologically innovative solutions to the mining, refining and metal powder manufacturing industries.

Credentials & Experience

CVMR®’s technologies enable it to refine metals directly from raw ore, tailings, concentrates, scrap metals, and contaminated metals, in order to manufacture metal powders, including nano-powders, coatings, net shapes of various kinds, mostly in nickel and iron, cobalt, PGE, tantalum, molybdenum, titanium and vanadium. Specifically, CVMR can refine laterite ores rapidly and at a lower operational cost than other prevailing refining methods, and produces high value products that are used directly by a variety of industries.

Over the past 30 years, CVMR® has developed a series of unique processes and technologies for refining of Transition Metals from which it manufactures various metal products. CVMR®’s technologies are based on proven methods some of which were invented some 100 years ago.

The proprietary vapour metallurgy process used by CVMR® refines various metals by chemically vaporizing them close to atmospheric pressure and relatively low temperatures. It simultaneously manufactures various metal powders and metal parts, as part of the same process, for the end user markets. The process does not melt the metals as is done in the usual smelting processes. CVMR®'s plants are pollution free and completely neutral to the environment. They create no air, water or soil pollution of any kind. CVMR®’s plants are hermetically sealed and all gases used in the process of vaporizing the metals are recycled.

All CVMR®'s refining/manufacturing plants are built on a modular basis, enabling a substantial degree of flexibility, allowing a plant to be built and to grow in size gradually, in different phases. Each phase is self sufficient and pays off its own capital cost in less than three years and continues to operate as a module within the larger, fully integrated operation for the entire life of the plant, estimated to be well over 35 years. Each module is capable of processing different ores, concentrates or metal scraps and hence manufacturing various metal products, for diverse markets. CVMR®’s refining/manufacturing process is capable of producing pure metal products with very high degree of purity. Moreover, it produces products for final consumption without a need for further enhancement, e.g. various metal powders for use in batteries, 3D Printing, aerospace and automotive parts manufacturing, nano-powders, net shapes, medical instruments, computer parts, electronic parts, moulds and tools, super alloys, sophisticated net shapes for use in the defence and space industries, etc.

All such output, inevitably attracts highly valued sophisticated industries with high paying industrial jobs as secondary industries that CVMR®’s products can feed into, enhancing any host country’s economy far beyond the value added to the mined and recycled metals. CVMR®'s products have had a very strong, dependable export market for high value metal powders and net shapes, in the past 25 years. All indicators point to an even stronger international market with substantial potential for growth.


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SNO Institutions and Funding
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SNO Project Videos

CVMR® is proud to have supplied the high purity tubes used at the SNO Project

Stephen Hawking visits SNO

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Arthur McDonald: The Sudbury Neutrino Observatory

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Introduction to the Science of SNOLAB

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Jilin HOROC Nonferrous Metal Group Co., Ltd
HOROC -CVMR® Orgnazation Chart

Jilin HOROC Nonferrous Metal Group Co., Ltd
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