Yiwu Dingsheng Plastic Products Co., LTD
<News
Explore the application potential of EVA slicing, PE high foam molding and CNC cutting technology, from indentation to engraving, to fully meet the needs of diverse linings and foam products, and help your products achieve more high quality and unique designs.
Decrypt the unique charm of EVA materials and its wide range of applications
EVA (ethylene-vinyl acetate copolymer), as a polymer with superior performance, is widely used in various industries because of its light weight, flexibility, excellent cushioning and chemical resistance. For example, the middle floor of the shoe industry, the protective cushion layer in the packaging field, and the protective accessories in sporting goods are inseparable from this magical material. Not only that, with the advancement of technology, EVA can also present a variety of product forms through different processing methods.
How does high foam molding technology define the new industry standard?
In recent years, high foam molding has become one of the important driving forces to promote the development of EVA materials. Compared with traditional methods, this technological innovation can significantly reduce the density of the finished product while retaining excellent physical properties, making it more suitable for use as an environmentally friendly alternative in household daily use, toy manufacturing and other fields. In addition, the parts produced by this technology also have excellent sound insulation and heat insulation, which is very suitable for demanding applications in the automotive interior or architectural decoration industries.
From basic to high-end: full analysis of indentation, punching and engraving processes
In addition to the basic cutting materials, modern industry has put forward more refined requirements for EVA materials. For example, in the internal frame fixing link of some electronic products, it is necessary to accurately perform the operation of small-diameter round hole array. For some surfaces that need to increase friction, the task can be completed by deep embossing under computer control. As for those who pursue artistic beauty design, they often rely on laser engraving or CNC machine tools for complex three-dimensional modeling work.
Precision Revolution and Cost Control Brought by CNC Cutting Technology
With the help of advanced computer-aided design (CAD) software with automated production equipment has become an indispensable part of the current manufacturing industry. Especially for mass customization orders, it shows unparalleled advantages-it can not only ensure that each piece of work is made in strict accordance with the preset size, but also greatly shorten the delivery cycle and effectively reduce the probability of waste of raw materials.
Case Sharing: Practical Application Results of EVA Customization Scheme
A well-known sports brand has commissioned us to develop a new concept outsole mold design for its new running shoes. After many tests and adjustments, we finally found the most suitable data model for the foot curve of the target population and successfully created an ideal state product with strong grip and comfortable rebound through the high temperature and high pressure vulcanization process, which won high market recognition.
Future trend outlook: the integration of intelligent production and environmental protection concepts
Facing the increasingly serious global climate change problem, more and more enterprises begin to attach importance to the strategic planning of sustainable development. In this process, intelligent equipment will undoubtedly become one of the key links between the upstream and downstream industrial chains. It is expected that in the next few years, we will see more fully automatic production lines put into use based on the support of Internet of Things (IoT) technology. They can not only monitor the changes of various operating parameters in real time in order to make corresponding adjustments in time, but also Collect massive data for subsequent analysis and improvement purposes to continuously improve the overall operational efficiency level.
