
TPU Plastic Guide: Properties, Types & Applications
Discover how to identify and prevent short shot defects in injection molding through visual inspection, sensor monitoring, and process optimization techniques.
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Discover how to identify and prevent short shot defects in injection molding through visual inspection, sensor monitoring, and process optimization techniques.
Discover how to identify and prevent short shot defects in injection molding through visual inspection, sensor monitoring, and process optimization techniques.
Expertly optimized injection molding gates design are essential for achieving ideal material flow, significantly reducing flaws, and enhancing overall moldability.
Insert molding and overmolding integrate distinct materials into single components, reducing post-assembly and improving product integrity.
This guide offers a comprehensive overview of essential plastic material properties and includes helpful reference charts, to support your material selection decisions.
This article explains what a draft angle is, why it matters in the injection molding process, and how to design effective draft angles to optimize part performance, mold longevity, and production efficiency.
Understanding and controlling shrinkage is vital for ensuring the final product's dimensional accuracy and overall quality. This article delves into the causes, effects, and mitigation strategies for shrinkage in injection molding.
CNC is a type of process that has wholly redesigned manufacturing processes by computer programs, providing the user with vital control of machine tools that come with high precision. Recent emphasis has been focused on developing high-speed CNC machining as a form of procedure for its ability to increase productivity and quality within the CNC machining industry.
Parting lines play an important role in determining the quality and functionality of the final product. Understanding the significance of parting lines can help in achieving superior results in your plastic parts. This blog will delve into what parting lines are, why they matter, the types of parting lines, and how we manage them to ensure superior product outcomes.
HordRT offers rapid verification and small to medium-volume production for new products using highly standardized rapid tooling. Over 11 years, HordRT has achieved cost-effective, reliable molds, recognized by European and American engineers. Utilizing shared mold bases, HordRT saves over 50% in time and 30% in costs. The company ensures quality with thorough feasibility analyses and online inspections, supporting high precision and stability. Rapid tooling is seen as a key industry trend, reducing R&D cycles and facilitating engineering changes.
Hardcoat anodizing (Type III) enhances aluminum with superior durability, wear resistance, and corrosion protection. The process involves immersing aluminum in sulfuric acid and applying high current density to form a thick oxide layer. Benefits include increased hardness, corrosion resistance, and electrical insulation. Commonly used in aerospace, automotive, and industrial applications, hardcoat anodizing meets standards like MIL-A-8625 and ASTM, ensuring high performance and reliability.
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