Zhejiang Yihuo Science and Technology Co., Ltd.

  • Zhuma industrial zone, wucheng district, jinhua city, zhejiang province, China
  • http://www.yihuokeji.com
  • +86-579-82317068/ +86-13528856271

Zhejiang Yihuo Science and Technology Co., Ltd. was established in July 14, 2004, is a professional metal injection molding (MIM) technology solutions, scientific research, development, production in one of the high-tech new materials professional manufacturer, Materials development; alloy materials product development; metal products production, sales and other business. The company has a group of senior engineers, senior technicians, powder metallurgy professional doctorate or master’s degrees, bachelor’s composition of the vibrant, forge ahead of the scientific and technological team, as well as experienced, significant performance of the enterprise management team.

The company through years of development, has been in the same industry to achieve the leading level, and has a strong technical and financial advantages, the establishment of a stable customer channels. The company is currently developing and expanding the scale of production needs, has introduced a new strategic partner, set up a Zhejiang Science and Technology Co., Ltd., an increase of registered capital to 10 million yuan to expand production capacity to an annual output value of 50 million yuan.

Main Products:

Electric Tool Accessories,Stainless Steel Products,Outdoor Accessories,Hooks,Lock Accessories,Tool Accessories,Iron-Based Products Nozzles,Sharpeners Blades,Carbide Products,Carbide Files,Carbide Blades,Sharpeners Blades,Carbide Nozzles,Carbide Watch Accessories,Stainless Steel Products,Consumer Electronics Accessories,Stainless Steel Medical Equipment,Automotive Spare Parts,Magnetic Switch Accessories.

Patented:

No. Patent Type Number Release Date Abstract
1 Published CN201510932064.X 2017/6/20 A new alloy material and its application
2 Published CN201510927549.X 2017/6/20 A manufacturing method for the rotation of the shuttle moon
3 Utility Models CN201621027117.X 2017/3/29 A rotating shuttle frame with craft feet
4 Published CN201510499482.4 2017/3/1 A new alloy material used in rotating shuttle manufacturing and its applications
5 Published CN201510495662.5 2017/2/15 A new alloy material used in the manufacture of metal injection
6 Utility Models CN201620731118.6 2017/1/4 A device used to solve a metal powder injection trap
7 Published CN201410684919.7 2016/6/22 A binder and its application for injection molding of metal powder
8 Utility Models CN201521063944.X 2016/6/8 A device for the injection of a cell phone
11 Published CN201410133446.1 2015/10/14 The preparation method of a biopsy forceps clamp
12 Published CN201410139715.5 2015/10/14 A method of producing oral orthodontic forceps
13 Published CN201410133447.6 2015/10/14 The preparation of a buccal tube
14 Published CN201310471869.X 2015/4/29 An artificial hip joint and its preparation method
15 Published CN201310471856.2 2015/4/29 A preparation method for acetabular cup
16 Published CN201310472350.3 2015/4/29 A kind of wear-resistant spinning shuttle
17 Authorization CN201210491787.7 2015/2/4 A method of manufacturing the shuttle by injection molding
18 Authorization CN201210498902.3 2014/12/3 A method to manufacture the screw locking door wrench by using the flow temperature pressure forming method
19 Authorization CN201210492678.7 2014/11/26 A method to manufacture the shuttle shuttle by flow temperature pressure forming method
20 Authorization CN201210493171.3 2014/11/12 A method of manufacturing the shuttle by injection molding
21 Authorization CN201210491743.4 2014/10/8 A method to manufacture the rotating shuttle by using the flow temperature pressure forming method
22 Authorization CN201210491510.4 2014/10/8 A method of using injection molding to manufacture spiral door wrenches
23 Authorization CN201210492556.8 2014/10/8 A metal injection molding continuous sintering furnace
24 Authorization CN201210492514.4 2014/10/8 A method to manufacture the shuttle by using flow temperature pressure forming method
25 Authorization CN201210492904.1 2014/10/8 A method of manufacturing the rotary shuttle by injection molding
26 Authorization CN201210491772.0 2014/10/8 A metal injection molding continuous sintering furnace degreasing structure
27 Utility Models CN201320625558.X 2014/7/23 A hip joint
28 Utility Models CN201320325586.X 2014/5/21 A covering structure used for buccal tube
29 Utility Models CN201320625569.8 2014/5/21 An artificial acetabular cup
30 Utility Models CN201320325567.7 2013/12/4 A biopsy forceps with a composite structure layer
31 Utility Models CN201320325576.6 2013/12/4 A miniature grooved mould used for injection molding tool
32 Authorization CN201110207314.5 2013/9/4 A method for the use of the pincers of a gill pump
33 Utility Models CN201220636421.X 2013/7/10 A metal injection molding continuous sintering furnace degreasing structure
34 Authorization CN201110207837.X 2013/7/10 A hard alloy nozzle and its manufacturing method
35 Utility Models CN201220636515.7 2013/7/10 A metal injection molding continuous sintering furnace
36 Authorization CN201110208033.1 2013/6/26 A kind of stainless steel rehabilitation medical device and its manufacturing method
37 Utility Models CN201220634257.9 2013/6/12 A metal injection molding continuous sintering furnace cooling section structure
38 Published CN201210492678.7 2013/3/20 A method to manufacture the shuttle shuttle by flow temperature pressure forming method
39 Authorization CN201110207312.6 2013/3/20 A metal injection mold solvent degreasing device
40 Published CN201210491743.4 2013/3/13 A method to manufacture the rotating shuttle by using the flow temperature pressure forming method
41 Published CN201210492556.8 2013/3/13 A metal injection molding continuous sintering furnace
42 Published CN201210492904.1 2013/3/13 A method of manufacturing the rotary shuttle by injection molding
43 Published CN201210491787.7 2013/3/13 A method of manufacturing the shuttle by injection molding
44 Published CN201210491510.4 2013/3/13 A method of using injection molding to manufacture spiral door wrenches
45 Published CN201210491772.0 2013/3/13 A metal injection molding continuous sintering furnace degreasing structure
46 Published CN201210492514.4 2013/3/13 A method to manufacture the shuttle by using flow temperature pressure forming method
47 Published CN201210498902.3 2013/2/27 A method to manufacture the screw locking door wrench by using the flow temperature pressure forming method
48 Published CN201210493171.3 2013/2/27 A method of manufacturing the shuttle by injection molding
49 Utility Models CN201120262233.0 2012/5/9 A metal injection molding vacuum sintering furnace
50 Utility Models CN201120262229.4 2012/5/9 A metal injection mold solvent degreasing device
51 Utility Models CN201120262210.X 2012/3/28 A solvent – degreasing separation device
52 Published CN201110208049.2 2012/2/15 A solvent – degreasing separation device
53 Published CN201110207837.X 2012/1/25 A hard alloy nozzle and its manufacturing method
54 Published CN201110208033.1 2012/1/25 A kind of stainless steel rehabilitation medical device and its manufacturing method
55 Published CN201110207314.5 2012/1/25 A method for the use of the pincers of a gill pump
56 Published CN201110207312.6 2012/1/25 A metal injection mold solvent degreasing device
57 Published CN201110207182.6 2012/1/25 A metal injection molding vacuum sintering furnace
Registration Number: 913307025729381333
Registered Capital: 33,875,000.00 CNY       
Found Date: 2011-04-18    
Number Of Employees: 100-500
Business Status: Normal
Type Of Company: Limited Liability Company
Tip: Click on the above unified social credit code, and then fill in the code view more details.

Related Listings

Write a review