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News
Optimizing Output: Unpacking the Crucial Processing Environment for Precision Injection Molds
31 December. 2025
Optimizing Output: Unpacking the Crucial Processing Environment for Precision Injection Molds
In the relentless pursuit of manufacturing excellence, where the slightest deviation can compromise product integrity, the sophisticated tools that shape our modern world often go unnoticed by the end-user.
Precision as the Core, Innovation as the Driver: The Molding Philosophy of Donghao Precision in High-Precision Injection Molds
19 December. 2025
Precision as the Core, Innovation as the Driver: The Molding Philosophy of Donghao Precision in High-Precision Injection Molds
his philosophy is not only integrated into every link of mold design, manufacturing and testing, but also becomes the cornerstone of Donghao Precision's deep cultivation in the global high-precision manufacturing market.
Mold Design for Engineering Plastics: Practical Considerations for PA, PBT, and PPS
12 December. 2025
Mold Design for Engineering Plastics: Practical Considerations for PA, PBT, and PPS
The foremost consideration is precise and often elevated mold temperature control. Materials like PPS and certain PA grades require high mold temperatures (often 130°C-160°C) to ensure proper crystallization and prevent premature freezing, which leads to poor surface finish, high stress, and short shots. This demands robust mold heating systems,
Holding Tolerances Under ±0.02mm: The 5 Engineering Principles Behind Our Consistent Precision
05 December. 2025
Holding Tolerances Under ±0.02mm: The 5 Engineering Principles Behind Our Consistent Precision
In the world of precision injection molding​, success isn’t just about hitting a target dimension once—it’s about holding it consistently, from the first shot to the millionth. For industries like medical devices, micro-optics, and advanced electronics
Maximizing Mold Lifespan: How Our Material Selection and Heat Treatment Prevent Premature Failure
27 November. 2025
Maximizing Mold Lifespan: How Our Material Selection and Heat Treatment Prevent Premature Failure
Many mold failures stem from choosing a standard-grade steel for an application that demands more. Wear, corrosion, and plastic pressure can quickly degrade a poorly matched mold.
Automotive Connector Injection Mold: A Comprehensive Analysis of Four Core Technologies
18 November. 2025
Automotive Connector Injection Mold: A Comprehensive Analysis of Four Core Technologies
Automotive connectors operate in environments ranging from -40℃ to 150℃, and must withstand vibration, chemical corrosion, etc. Material selection should focus on "scenario adaptation
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