Production and Market of Chinese Metal Injection Molding Industry 2015-2020

Published time:2015-08-07

Document type:PDF

Language version:English/Chinese

Published by AskCI

No. Content Page
Executive Summary
Definition and Methodology
I Global Metal Injection Molding Industry
I-1 Metal Injection Molding Industry Overview
I-2 Major Regions of Metal Injection Molding Market
I-2.1 U.S.
I-2.2 Asia
I-2.3 Europe
I-3 Trend of Global Metal Injection Molding Industry
II Technology
II-1 Domestic method of manufacture
II-2 Technology advantages
II-3 Characteristics of adhesive removal techniques
II-4 Metal injection molding problem
II-5 Metal injection molding technology in foreign countries
II-6 Trend of metal injection molding technology
III Chinese Metal Injection Molding Market
III-1 Overview
III-2 Study of large size metal injection molding parts
III-3 Metal injection molding production
III-3.1 Current situation
III-3.2 Forecast
III-4 Demand of metal injection molding
III-4.1 Current situation
III-4.2 Forecast
III-5 Characteristics of metal injection molding products
III-6 Cost of metal injection molding
III-7 Process of metal injection molding
IV Chinese Metal Injection Molding Industry Chain
IV-1 Metal Injection Molding Industry Chain
IV-2 Raw material
IV-3 Equipment
IV-4 Application
V Chinese Metal Injection Molding Industry Competition
V-1 Market Structure
V-2 Industrial Concentration
V-3 Competitive Strategy
VI Bellwether Company
VI-1 Tsing Tao Tongxiang Metal Injection Moulding Co., Ltd.
VI-1.1 Introduction
VI-1.2 Production
VI-1.3 Sales network
VI-1.4 Competitive advantage
VI-2 Reccotek Metal Injection Molding Co., Ltd
VI-1.1 Introduction
VI-1.2 Production
VI-1.3 Competitive advantage
VI-3 Shandong Jinzhu Material Technology Co., Ltd.
VI-1.1 Introduction
VI-1.2 Production
VI-1.3 Sales network
VI-1.4 Competitive advantage
VI-4 Beijing Jarain PIM tech.Co., Ltd.
VI-4.1 Introduction
VI-4.2 Product
VI-4.3 Sales Network
VI-4.4 Competitive Advantage
VI-5 Ningbo Hiper Vacuum Technology Co., Ltd.
VI-5.1 Introduction
VI-5.2 Product
VI-5.3 Competitive advantage
VI-6 Suzhou Hengrui Powder Metallurgy Manufacture Co.,Ltd.
VI-6.1 Introduction
VI-6.2 Product
VI-6.3 Sales Network
VI-6.4 Competitive Advantage
VI-7 Shenzhen AT&M Highmag Metal Co., Ltd.
VI-7.1 Introduction
VI-7.2 Product
VI-7.3 Operation analysis
VI-7.4 Competitive advantage
VI-8 Beijing Winners Powder Science&Technology Co., Ltd.
VI-8.1 Introduction
VI-8.2 Products
VI-8.3 Production application filed
VI-8.4 Competitive advantage analysis
VI-9 Changzhou Langi New Material Tech Co., Ltd.
VI-9.1 Introduction
VI-9.2 Products
VI-9.3 Product application field
VI-9.4 Competitive advantage analysis
VI-10 Shenzhen PIM Technology Co., Ltd.
VI-10.1 Introduction
VI-10.2 Products
VI-10.3 Product application field
VI-10.4 Competitive advantage analysis
VI-11 Jinan Tairun New Material Co., Ltd.
VI-11.1 Introduction
VI-11.2 Products
VI-11.3 Sales network
VI-11.4 Competitive advantage analysis
VII Trend and prospective of Chinese Metal Injection Molding Industry, 2015-2020
VII-1 Chinese metal injection molding industry investment prospective
VII-2 Investment risks
VII-3 Investment strategy and recommendation
VIII Metal Injection Molding Business Strategy and Tactics
VIII-1 Metal injection molding strategic development planning
VIII-1.1 Business upgrades
VIII-1.2 Business expands
VIII-1.3 Business sustainable develops
VIII-2 Metal injection molding business strategic planning gist
VIII-3 Metal injection molding business tactics
VIII-4 Key customer strategy
Metal injection molding (MIM) is a new technique for component manufacturing. It introduced the plastic injection molding technique to powder metallurgy field and forms a new component manufacturing technique. As plastic injection molding is mainly used to produce complex and low price plastic products, metal powder is introduced to manufacture products of better intensity and durability. Such technique is called metal injection molding.

MIM technique is one of the major funding projects of National Natural Science Foundation, the National "863" High-Tech Research Projects and National "973" Research Program. With MIM technique, high intensity, high density, precision and 3D complex components can be manufactured. Besides, the technique is low cost, high efficient, consistent in quality and can be used in mass production. Hence, MIM is a very popular technique in the industry. By far, there are over 10 companies focusing on the R&D and production of MIM technique in China, with products applied in sectors such as machinery, electronics, automotive, household appliance, tools manufacturing, medical machinery, military, etc.

MIM industry in Asia is developing rapidly, while the demand from China and India further pushes the growth of the industry in these two countries. MIM has been widely applied to many sectors including aerospace, automotive, medical, military, etc. As manufacturing industry further grows in China, MIM technique will have more and more opportunities in the future.
Figure No. Figure Title
Figure 1 Manufacturing process of metal injection molding
Figure 2 Comparison of different techniques in terms of complexity and number
Figure 3 Output of metal injection molding parts in China, 2009-2014
Figure 4 Output forecast of metal injection molding parts in China, 2015-2020
Figure 5 Market size of metal injection molding parts industry in China, 2009-2014
Figure 6 Market size forecast of metal injection molding parts industry in China, 2015-2020
Figure 7 Production cost comparison of metal injection molding technology
Figure 8 Enterprise business process of metal injection molding products
Figure 9 Metal injection molding industry chain structure
Figure 10 Chinese MIM Products Manufacturing Plants Distribution, 2014
Figure 11 Chinese MIM Products Manufacturing Plants Distribution, Q1 2015
Figure 12 Major metal injection molding products of Changzhou Langi New Material Tech Co., Ltd.
Table No. Table Title
Table 1 Comparison of MIM with PM
Table 2 Comparison of different techniques for different parameters
Table 3 Characteristics of different adhesive removal techniques
Table 4 Comparison of fine powder production technology
Table 5 Common used materials for MIM
Table 6 Basic information of Tsing Tao Tongxiang Metal Injection Moulding Co., Ltd.
Table 7 Major MIM products of Tsing Tao Tongxiang Metal Injection Moulding Co., Ltd.
Table 8 Basic information of Reccotek Metal Injection Molding Co., Ltd
Table 9 Major MIM products of Reccotek Metal Injection Molding Co., Ltd
Table 10 Basic information of Shandong Jinzhu Material Technology Co., Ltd.
Table 11 Major MIM products of Shandong Jinzhu Material Technology Co., Ltd.
Table 12 Beijing Jarain PIM tech.Co., Ltd. Overview
Table 13 Major Products
Table 14 Basic information of Ningbo Hiper Vacuum Technology Co., Ltd.
Table 15 Suzhou Hengrui Powder Metallurgy Manufacture Co., Ltd.
Table 16 Major Product
Table 17 Basic information of Shenzhen AT&M Highmag Metal Ltd
Table 18 Major MIM products of Shenzhen AT&M Highmag Metal Ltd
Table 19 Revenue and profit of Shenzhen AT&M Highmag Metal Ltd
Table 20 Profitability index of Shenzhen AT&M Highmag Metal Ltd
Table 21 Basic information of Beijing Winnners Powder Science & Technology Co., Ltd.
Table 22 Major products of Beijing Winnners Powder Science & Technology Co., Ltd.
Table 23 Basic information of Changzhou Langi New Material Tech Co., Ltd.
Table 24 Basic information of Shenzhen PIM Technology Co., Ltd.
Table 25 Major metal injection molding products of Shenzhen PIM Technology Co., Ltd.
Table 26 Basic information of Jinan Tairun New Material Co., Ltd.
Table 27 Major metal injection molding products of Jinan Tairun New Material Co., Ltd.
Table 28 Risk management of metal injection molding investment
Table 29 Administrative and Strategic Planning of Enterprises to VIPs