Research Powder (Beijing) Co., Ltd.

  • No. 12, yanqi south fourth street, yanqi economic development zone, huairou district, Beijing
  • http://www.gripm.com
  • +86-10-61669867

Research Powder (Beijing) Co., Ltd. (referred to as: research powder) was established in March 4, 2004, registered in the city of Huairou District, Beijing Yanqi Economic Development Zone Yanqi South Fourth Street on the 12th, is specialized in non-ferrous metal powder Research and development, production and marketing of high-tech enterprises. The parent company Beijing Nonferrous Metals Research Institute (referred to as: Institute) was founded in November 1952, China’s nonferrous metals industry’s largest comprehensive research and development institutions, the State Council is now the central management of the central enterprises and the first batch 100 innovative enterprises. Is now owned by the General Institute of holding, Beijing Manrui Ji De Investment Advisory Co., Ltd. and other eight other corporate shareholders to form a shareholder meeting.

Research powder through 10 years of research, improved, now has the electrolysis method, atomization method, chemical method, diffusion method, redox method, water law and other milling technology. The main products from copper powder extended to the electrolytic copper powder, high purity atomized copper powder, copper alloy powder, part of the alloying diffusion powder, iron copper pre-alloy powder, copper powder, ultra-fine copper powder, tin powder, Powder, cobalt powder and other 20 kinds of products are widely used in powder metallurgy parts, diamond tools, friction components, carbon products, thermal management electronics, conductive paste, welding materials, chemical and other fields. Research powder to its full range of advantages, to provide customers with a stable quality one-stop products non-ferrous metal powder solutions, the market share of more than 50 percent.

In recent years, there is a steady development of powder research, to the market as the goal, and actively expand their business. After the merger and reorganization, has been formed with four holding subsidiaries, namely: Makin Metal Powders (UK) Limited (UK), Chongqing has research heavy metallurgical New Materials Co., Ltd., Beijing Kang Pu Xiwei Technology Co., Ltd. and Beijing Hengyuan flyover Powder Metallurgy Limited. Group powder with an annual output capacity of 30,000 tons, of which 18,000 tons of electrolytic copper powder, the first production capacity for the company to expand domestic and foreign markets, improve global influence laid an important foundation.

Backed by research institutes, research and development and technical core strengths and a strong talent pool is the cornerstone of research powder take off. Research powder has a complete R & D system and research and development center, initiated the creation of the diamond tool industry technology innovation alliance, powder metallurgy industry technology innovation alliance. The company has established the enterprise metal powder materials and their products design and engineering research and development team, and established a leading domestic metal powder, high performance powder metallurgy products and surface coating materials research and development and engineering base. Companies uphold the concept of strong business development, talent echelon gradually mature, the management staff stability.
Beijing is the first high-tech enterprises, Vice president of Metallurgical Association, China Powder Metallurgical Industry Technology Innovation Alliance, China Diamond Tools Industry Technology Innovation Alliance Secretary-General unit.

In the future, the research and development of powder will continue to follow the path of sustainable development of “green, low carbon and sustainable” in accordance with the planning and reform of the second half of the research institute. Adhere to create and win-win situation, to promote the company’s powder metallurgy from large to strong, to speed up the company’s listing plan, to create the world’s most competitive, leading the powder metallurgy industry benchmarking business vision and forge ahead!

Main Products:

Extra Fine Copper Powder,Cu/Sn Diffusion Powder,Atomizing copper powder,The electrolytic copper powder,Copper Alloy Powder,Tin powder,Extra Fine Pre-alloyed Powder,FeCu Pre-alloy Powder,Cobalt Powder & Extra Fine Cobalt Powder Extra Fine Iron Powder,Infiltration Copper Powder.

Patented:

No. Patent Type Number Release Date Abstract
1 Published CN201611225175.8 2017/6/13 A metal powder reduction method of a superimposed multi-layer material boat structure
2 Authorization CN201410553896.6 2017/5/24 A kind of electrolytic copper powder cleaning and reduction and drying integrated treatment device and method
3 Authorization CN201410841787.4 2017/5/17 A sintering method for the composite sintering of a powder metallurgy camshaft end
4 Authorization CN201310713783.3 2017/5/10 The preparation method of a kind of air – mist tin powder used in tundish insulation
5 Published CN201611117938.7 2017/3/22 A kind of continuous cleaning device and method of electrolytic copper powder
6 Authorization CN201310676726.2 2017/2/8 An iron – based self-protected flux cored wire and its preparation of surfacing alloys and methods
7 Authorization CN201310670935.6 2017/2/1 A kind of powder core wire and its application for the preparation of crankshaft remanufacturing coating by arc spraying method
11 Utility Models CN201521066313.3 2016/6/8 The electroless nickel plating device used for the nickel plating of the sponge
12 Utility Models CN201520955335.9 2016/6/8 A foam nickel and foam nickel alloy plating device
13 Utility Models CN201521028789.8 2016/6/8 A filler for a cored wire assembly line
14 Authorization CN201210570693.9 2016/5/18 A ceramic fiber reinforced ceramic powder composite ceramic and its coating preparation method
15 Published CN201510958604.1 2016/5/11 A type of electroless nickel plating device for a spongy matrix
16 Authorization CN201210568183.8 2016/3/30 The preparation method of a copper fund rigid – stone matrix composite material
17 Published CN201510836870.7 2016/3/30 A kind of electrolytic copper powder that can be easily detached from the cathode plate
18 Published CN201510834841.7 2016/3/16 A foam nickel and foam nickel alloy plating device
19 Authorization CN201210581640.7 2016/1/20 A composite powder metallurgical hollow camshaft CAM material and preparation method
20 Authorization CN201210558799.7 2016/1/20 A method of preparing the tool head of an overhard tool
21 Utility Models CN201520358142.5 2015/11/11 An electrolytic residual plate processing device
22 Published CN201410090922.6 2015/9/16 A powder metallurgy powder material and its preparation method and application
23 Utility Models CN201520254671.0 2015/8/26 A metal powder crushing screening device
24 Authorization CN201110388030.0 2015/8/26 A fixed fixture of a soft material with a substrate
25 Authorization CN201110294040.8 2015/8/26 A powder metallurgical composite CAM sheet
26 Published CN201310713783.3 2015/6/24 The preparation method of a kind of air – mist tin powder used in tundish insulation
27 Published CN201310676876.3 2015/6/17 A powder metallurgy composite CAM and its manufacturing method
28 Published CN201310676726.2 2015/6/17 An iron – based self-protected flux cored wire and its preparation of surfacing alloys and methods
29 Published CN201310670935.6 2015/6/10 A kind of powder core wire and its application for the preparation of crankshaft remanufacturing coating by arc spraying method
30 Published CN201310553972.9 2015/5/20 A manufacturing method for an engine assembly type camshaft
31 Published CN201410841787.4 2015/4/29 A sintering method for the composite sintering of a powder metallurgy camshaft end
32 Published CN201410843458.3 2015/4/29 A composite welding joint method of a camshaft end type part and core shaft
33 Published CN201410645723.7 2015/4/1 A low – lead low – packing density high – density dendritic copper powder and its preparation method
34 Utility Models CN201420603040.0 2015/3/25 A kind of electrolytic copper powder cleaning and reducing and drying integrated treatment device
35 Published CN201410545786.5 2015/3/4 A spiral hoist bearing protection device
36 Published CN201410553896.6 2015/1/21 A kind of electrolytic copper powder cleaning and reduction and drying integrated treatment device and method
37 Utility Models CN201320704969.8 2014/12/10 A finishing device used for the metallurgical parts of a powder metallurgy
38 Published CN201310105163.1 2014/10/1 A compound powder material and its preparation method and application
39 Published CN201310090422.8 2014/9/24 A metal or non-metallic powder packaging device
40 Utility Models CN201320850891.0 2014/7/23 A kind of air – mist tin powder used for insulation
41 Published CN201210568183.8 2014/7/2 The preparation method of a copper fund rigid – stone matrix composite material
42 Published CN201210580145.4 2014/7/2 A powder metallurgical composite sintered camshaft and its preparation method
43 Published CN201210581640.7 2014/7/2 A composite powder metallurgical hollow camshaft CAM material and preparation method
44 Published CN201210570693.9 2014/7/2 A ceramic fiber reinforced ceramic powder composite ceramic and its coating preparation method
45 Published CN201210558799.7 2014/6/25 A method of preparing the tool head of an overhard tool
46 Published CN201210558623.1 2014/6/25 A compound powder material and its application for the preparation of high performance corrosion resistant exhaust valve seat
47 Published CN201210479291.8 2014/6/4 A tin bronze powder iron removal device and method
48 Published CN201210374344.X 2014/4/2 A powder hopper device for metal or nonmetal powder production
49 Utility Models CN201320099942.0 2013/8/14 A device and system for the wireless detection of crankshaft strain
50 Utility Models CN201220726675.0 2013/8/14 A cathode plate for electrolytic copper powder
51 Published CN201110446025.0 2013/7/3 An electroplating device and method for applying external magnetic field to a plated piece
52 Published CN201110442827.4 2013/7/3 A high performance iron base prealloyed powder and its preparation method
53 Published CN201110454148.9 2013/7/3 A method for the preparation of surface modified cadmium supermicroparticles by water phase method
54 Published CN201110445042.2 2013/7/3 A powder metallurgy camshaft and its preparation method
55 Published CN201110427957.0 2013/6/19 An alloy used for alloy with low melting point metal or smelting with low melting metal
56 Published CN201110412953.5 2013/6/19 A brush seal with high performance alloy brush wire and its preparation method
57 Published CN201110388030.0 2013/6/5 A fixed fixture of a soft material with a substrate
58 Published CN201110294040.8 2013/4/10 A powder metallurgical composite CAM sheet and its preparation method
59 Utility Models CN201120558015.1 2012/12/19 An electroplating device for applying an external magnetic field to a plated piece
60 Authorization CN200910090812.9 2012/11/14 A method for treatment of waste residue of copper, tin, zinc and lead
61 Authorization CN200910242442.6 2012/10/31 A method to prepare large area ceramic plates
62 Published CN201110059700.4 2012/9/19 A production device for a pre-alloy powder
63 Published CN201110059706.1 2012/9/19 Preparation of a prealloyed powder
64 Published CN201010602225.6 2012/7/11 A tin – liquid diversion device for atomized tin powder
65 Published CN201010621284.8 2012/7/4 A thermal spraying powder used to prepare self-lubricating coatings and their preparation methods
66 Published CN201010613036.9 2012/7/4 An air bearing and rotor coating compound powder and its preparation method
67 Published CN201010598575.X 2012/7/4 A method to decompose the molybdenum deposit by a high temperature and atmospheric pressure
68 Published CN201010594443.X 2012/7/4 A kind of anti-adhesion cementation powder and its preparation method
69 Published CN201010592792.8 2012/7/4 A method for the preparation of a miniature oil bearing with low pine and copper tin alloy powder
70 Authorization CN200910243805.8 2012/6/20 A kind of wear-resistant self-lubricating coating for the brush seal runway and its preparation method
71 Authorization CN200910237885.6 2012/6/20 A mechanical molding glass steel cell and its preparation method
72 Authorization CN200810224309.3 2012/6/20 A method for the preparation of zirconium oxide powder with a hollow spherical nano structure
73 Utility Models CN201120203637.2 2012/3/7 A device used for welding wire butt welding joint
74 Authorization CN200810226772.1 2011/11/9 A kind of cementation agent and its preparation method
75 Utility Models CN201020662700.4 2011/9/28 Powder – cake disperser with screw axis
76 Authorization CN200910242443.0 2011/9/28 A preparation method for measuring the thermal expansion coefficient of spray coating
77 Authorization CN200810224310.6 2011/9/28 The preparation method of a composite powder for high temperature wear-resistant self-lubricating coatings
78 Authorization CN200810227770.4 2011/9/28 A method for recovery and utilization of reclaimed diamond tools
79 Utility Models CN201020676496.1 2011/8/31 A tin – liquid diversion device for atomized tin powder
80 Authorization CN200810227997.9 2011/6/22 The preparation method of a hydroelectric solution with foam electrode
81 Authorization CN200810226773.6 2011/6/22 A method to prepare the composite powder for thermal spraying
82 Utility Models CN201020662534.8 2011/6/22 Electrolytic copper powder cake disperser machine
83 Authorization CN200810223927.6 2011/5/18 The preparation method of a wear-resistant self-lubricating coating compound powder
84 Published CN200910090812.9 2011/3/30 A method for treatment of waste residue of copper, tin, zinc and lead
85 Authorization CN200910091852.5 2011/3/16 A device and method of continuous electrolytic powder
86 Utility Models CN201020190462.1 2011/2/16 A cleaning device for electrolytic powder
87 Authorization CN200510134575.3 2011/1/19 Rare earth prealloy powder
88 Published CN200910242443.0 2010/11/3 A preparation method for measuring the thermal expansion coefficient of spray coating
89 Authorization CN200710118555.6 2010/11/3 A method for the stabilization of zirconium oxide spherical powder was prepared by preparing nanocrystalline and amorphous complex structure
90 Authorization CN200710098514.5 2010/10/6 A method of preparation of titanium/cu composite plates
91 Published CN200910080207.3 2010/9/15 A cobalt powder of fine crystal reunite and its preparation method
92 Authorization CN200710098856.7 2010/8/11 A method of preparation of trioxide powder of octahedral shape
93 Published CN200810227770.4 2010/6/23 A method for recovery and utilization of reclaimed diamond tools
94 Published CN200810227997.9 2010/6/23 The preparation method of a hydroelectric solution with foam electrode
95 Published CN200910243805.8 2010/6/16 A kind of wear-resistant self-lubricating coating for the brush seal runway and its preparation method
96 Published CN200810226773.6 2010/6/16 A method to prepare the composite powder for thermal spraying
97 Published CN200810226772.1 2010/6/16 A kind of cementation agent and its preparation method
98 Published CN200910242442.6 2010/6/9 A method to prepare large area ceramic plates
99 Published CN200810224310.6 2010/6/9 The preparation method of a composite powder for high temperature wear-resistant self-lubricating coatings
100 Published CN200810224309.3 2010/6/9 A method for the preparation of zirconium oxide powder with a hollow spherical nano structure
101 Published CN200810223927.6 2010/6/2 The preparation method of a wear-resistant self-lubricating coating compound powder
102 Published CN200910237885.6 2010/5/5 A mechanical molding glass steel cell and its preparation method
103 Published CN200910091852.5 2010/2/3 A device and method of continuous electrolytic powder
104 Published CN200710098856.7 2008/10/29 A method of preparation of trioxide powder of octahedral shape
105 Published CN200710098524.9 2008/10/22 Iron base prealloying powder and its application and preparation method of high performance laser welding
106 Published CN200810055944.3 2008/7/9 The preparation method of metal ceramic composite powder suitable for thermal spraying
107 Published CN200710118555.6 2008/1/9 A method for the stabilization of zirconium oxide spherical powder was prepared by preparing nanocrystalline and amorphous complex structure
108 Published CN200710098514.5 2007/12/26 A titanium/copper composite plate and its preparation method
109 Published CN200710098479.7 2007/12/26 A lead/copper composite board and its production methods
110 Published CN200710118139.6 2007/11/14 Yttrium stabilized zirconia ceramic thermal barrier coating, preparation process and its materials and production methods
111 Published CN200510134575.3 2007/6/27 Rare earth prealloy powder
Registration Number: 9111011675962568XJ
Registered Capital: 34,563,100.00 CNY       
Found Date: 2004-03-04     
Number Of Employees: 500-1000
Business Status: Normal
Type Of Company: Limited Liability Company
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