There are many kinds of molded rubber products with different shapes and some complex structures. Air bubbles, lack of glue, clear scars, dents and other appearance quality defects will be generated during the molding and vulcanization process. The following is a strategic analysis of the causes of pocket gas in molded rubber products, and the […]
How to Prevent Air from Entering into Molded Rubber Products? Read More »
Molded rubber products refer to rubber products produced by pressing with molds, which are a variety of products with wide application and high added value. Ⅰ. Introduction to molded rubber products Rubber molded products are also called molded rubber products. Almost all rubber products are processed by corresponding molds, but not all rubber products
Production Process of Molded Rubber Products Read More »
In rubber manufacturing, the choice of molding process directly affects both product quality and performance. Common methods—such as rubber compression molding, extrusion molding, and rubber injection molding—each have their own advantages, as well as typical defects. Understanding rubber defects is essential for improving yield and ensuring consistent quality. In this blog, we will explain the
The Rubber Molding Defects of Products and Solution Read More »
Molded rubber products refer to small and medium-sized rubber products that are molded and vulcanized on a flat vulcanizer. The same type of problems that occur in rubber molded products includes lack of glue, delamination and cracking, mold release cracks, etc. Due to the different types, batches, origins, machines, and operators of rubber materials, we
Analysis of Common Problems of Molded Rubber Products Read More »
When we apply the molding technology to produce parts, defects often come to visit due to the uneven cooling and sinking of the plastic in the mold cavity as well as the unreasonable design, such as sink and weld lines, voids, deformation, napping, overflow. To attain high-quality injection plastic parts, we must fully consider
Analysis of the Design of Injection Plastic Parts Read More »
After injection molding, some problems come into being which will affect the assembly efficiency or the performance of the whole machine. Given the certain discrepancy between the defective and the predetermined standard one (inspection standards), those parts will not meet the company’s quality requirements. In that case, strengthening the quality awareness training of employees and
Common Quality Defects of Plastic Injection Parts Read More »
In Europe and the United States, home appliance mold steel is developing towards carbon tool steel, low alloy tool steel, and high alloy tool steel. A series of new mold materials have come to birth. The alloying degree of mold steel is also increasing. For example, in the United States, the alloying elements of all
High-quality Home Appliance Mold Materials and Advanced Surface Treatment Technology Read More »
Home appliances are becoming larger and larger. The “one mold with multiple cavities” developed to improve production efficiency has also led to the increasing size of home appliance molds. At the same time, the rapid development of home appliance electronics has also brought about the miniaturization and precision of parts. The machining accuracy tolerance of some
Advanced Manufacturing Technology of Home Appliance Mold Read More »
From aerospace to automotive, electronics to medical devices, precision-engineered CNC machined parts play a crucial role in ensuring product quality, performance, and reliability. This article delves deep into the world of CNC machining, exploring what machined parts are, why CNC machining parts are preferred for complex designs, how to design these parts effectively, the materials
Complete Guide to CNC Machined Parts and Components Read More »
CNC (Computer Numerical Control) machining transforms raw materials into intricate components with unmatched precision for a myriad of industries, from aerospace to agriculture. This article explores the diverse CNC applications. What is CNC Machining? CNC (Computer Numerical Control) machining is a precision manufacturing process where computer-controlled tools shape materials like metal, plastic, or composites by
Top CNC Application in Modern Manufacturing Read More »
CNC machining tolerances are an important parameter when manufacturing products, and most industrial and consumer products require consistency to meet manufacturing standards. Selecting the right tolerance is critical for any custom machined part because it affects the function, manufacturability, delivery time, and cost of the component. Therefore, machining service manufacturer rely on various types of
A Complete Standard CNC Machining Tolerances Guide Read More »
Machining surface finish is a fundamental aspect of manufacturing that defines a part’s texture, functionality, and aesthetic appeal of machined parts. This article explores what machining surface finish is, why it matters, the levels of CNC surface finish achievable, and how machining surface roughness is measured, with an emphasis on practical insights and industry standards.
CNC Machining Surface Finish: Different Roughness Levels Read More »
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