China's Casting Industry: Current Operational Status and Prospects Trend Analysis Report 2026

2.2.1 International Macroeconomic Analysis 2.2.2 Domestic Macroeconomic Analysis 2.2.3 Industrial Macroeconomic Analysis 2.2.4 Impact Analysis of the Macroeconomic Environment on the Industry 2.3 Social Environment Analysis of the Casting Industry 2.3.1 Social Environment of the Casting Industry 2.3.2 Impact of the Social Environment on the Industry 2.4 Technological Environment Analysis of the Casting Industry 2.4.1 Energy-Saving Technologies in Casting Production 2.4.2 Level of Casting Technology Development 2.4.3 Industry Technology Development Trends 1. Development Trends of China’s Casting Technology 2. Analysis of Informatization in the Casting Industry Chapter III: Overview of Global Casting Industry Development 3.1 Overview of Global Casting Industry Development (2021–2025) 3.1.1 Current Status of Global Casting Industry Development 3.1.2 Characteristics of Global Casting Industry Development 3.1.3 Global Casting Industry Market Size 3.2 Development Status of Casting Industries in Major Global Countries (2021–2025) 3.2.1 Overview of Casting Industry Development in Germany 3.2.2 Overview of Casting Industry Development in the United States 3.2.3 Overview of Casting Industry Development in Japan 3.3 Forecast of Global Casting Industry Development Prospects (2026–2032) 3.3.1 Forecast of Global Casting Industry Market Size 3.3.2 Analysis of Global Casting Industry Development Prospects 3.3.3 Analysis of Global Casting Industry Development Trends Chapter IV: Overview of China’s Casting Industry Development 4.1 Analysis of China’s Casting Industry Development Status 4.1.1 Development Stages of China’s Casting Industry 4.1.2 General Overview of China’s Casting Industry Development 4.1.3 Analysis of Characteristics of China’s Casting Industry Development 4.2 Current Status of Casting Industry Development (2021–2025) 4.2.1 Market Size of China’s Casting Industry (2021–2025) 4.2.2 Development Analysis of China’s Casting Industry (2021–2025) 4.2.3 Enterprise Development Analysis of China’s Casting Industry (2021–2025) 4.3 Challenges and Countermeasures Facing China’s Casting Industry (2026–2032) 4.3.1 Analysis of Challenges Facing China’s Casting Industry 4.3.2 Analysis of Development Strategies for China’s Casting Industry 4.3.3 Reflections on China’s Domestic Casting Industry 4.4 Regional Market Analysis of Casting 4.5 Price Analysis of China’s Casting Products (2021–2025) 4.5.1 Price Trends of Casting Products (2021–2025) 4.5.2 Key Factors Affecting Casting Prices 4.5.3 Price Forecast for Casting Products (2026–2032) Chapter V: Operational Analysis of China’s Casting Industry 5.1 Overall Scale Analysis of China’s Casting Industry (2021–2025) 5.1.1 Enterprise Quantity Structure Analysis 5.1.2 Personnel Scale Analysis 5.1.3 Asset Scale Analysis of the Casting Industry 5.1.4 Market Size Analysis of the Casting Industry 5.2 Production and Sales Analysis of China’s Casting Industry (2021–2025) 5.2.1 Industrial Output Value of China’s Casting Industry 5.2.2 Industrial Sales Output Value of China’s Casting Industry 5.2.3 Production-Sales Ratio of China’s Casting Industry 5.3 Overall Financial Indicator Analysis of China’s Casting Industry (2021–2025)

United Deed Co., Ltd.: High-End Castings—A Long Growth Runway with Deep Moat; Downstream Industries Entering an Upswing Phase (32-Page Report)

Therefore, enterprises possessing integrated 'casting + machining' capabilities, extensive long-term design and manufacturing experience, globally distributed production capacity, and large-scale manufacturing capabilities enjoy a high moat. The casting industry as a whole exhibits intense competition in low-end capacity while facing scarcity in high-end capacity. United Deed operates in the high-end, precision, customized market segment, where products feature complex internal cavities, high strength, and high dimensional accuracy. Competition among suppliers is not based solely on price but rather hinges on process reliability, concurrent engineering capability, production capacity, and global delivery capability. 2.2 Lengthy and Complex Process Flow; R&D Is the Foundation for Business Expansion Casting involves a lengthy process flow, with liquid metal flow, solidification, and shrinkage inside molds influenced by hundreds of variables. The full 'casting + machining' process typically comprises several critical steps: 1) Mold Design and Manufacturing: Designing molds (sand or metal molds) based on customers’ 3D drawings—for example, United Deed uses simulation software to model molten metal flow within molds, proactively avoiding defects. 2) Molding: Fabricating sand molds or patterns. 3) Melting and Pouring: Precisely blending scrap steel, pig iron, and alloys in electric furnaces; then pouring molten metal into molds. 4) Sand Removal and Shakeout: Removing surface molding sand from solidified castings via vibration, shot blasting, etc. 5) Precision Machining: Performing milling, drilling, boring, and other operations on cast blanks, achieving micron-level accuracy. 6) Inspection and Assembly: Conducting inspections using coordinate measuring machines (CMM); some products require assembly into subcomponents prior to delivery. Key technical challenges in casting include: 1) Shrinkage Cavities and Porosity: Metal volume contracts during cooling; improper mold design may cause internal voids that directly compromise part strength. 2) Gas Porosity and Slag Inclusions: Air entrapped or impurities introduced during melting—if not fully removed—form internal 'bubbles', impairing sealing performance. 3) Dimensional Consistency: Casting involves high temperatures and pressures, making post-solidification deformation extremely difficult to predict; consistency across mass production is therefore critical. The R&D team possesses strong technical expertise. Under the direct leadership of Dr. Sun Yuan—the company’s controlling shareholder and general manager—the R&D team is headed by the Chief Engineer and Head of the Technical Department, covering multiple domains including structural design, materials development and application, CNC programming, machine tool operation and maintenance, and quality inspection—forming a comprehensive, systematic R&D mechanism. The company masters cutting-edge casting and machining technologies. ① Casting: Proficient in advanced processes such as mold design, resin-bonded sand molding, core making, raw material formulation, and electric furnace melting, complemented by state-of-the-art inspection methods including spectral analysis and 3D scanning. ② Machining: Accumulated rich experience in CNC programming, fixture design, tool selection, control of workshop temperature and humidity, and final-product inspection using coordinate measuring machines (CMM). As of the end of 2025, the company and its domestic subsidiaries held a total of 113 authorized patents—including 44 invention patents and 69 utility model patents—as well as 5 software copyrights. R&D strength directly translates into business expansion capability: from early commercial compressors to today’s liquid-cooled heat dissipation components and gas turbine core parts, United Deed has continuously entered globally high-growth sectors.

Core Molding targets $50M in 2026 new awards while reiterating 17%-19% gross margin range

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Core Molding Technologies Inc aims for $50 million in new awards by 2026 while maintaining a gross margin guidance of 17% to 19%, signaling stable profitability and continued expansion.

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