High hardness EVA Block is a material that plays an important role in the industrial field. This article will introduce in detail its production process, production process and key parameters, including density, color and thickness.
Craftsmanship:
The production process of high-hardness EVA Block usually uses injection molding technology. This process ensures high hardness and excellent physical properties of the material.
Production process:
Raw material selection: Carefully select high-quality EVA materials to ensure the performance of the final product.
Ingredients: Precisely prepare the proportions of various raw materials according to the required hardness and other properties.
Injection molding: Inject the prepared material into the mold and mold it through high temperature and high pressure.
Cooling: After injection molding, allow the EVA Block to fully cool to stabilize its shape and size.
Quality inspection: Conduct strict quality inspection on finished products to ensure that they meet various standards.
Density:
The density of high-hardness EVA Block is usually within a specific range, such as 300-500 g/cm3. The higher density gives it better resistance to pressure and wear.
color:
This EVA Block is available in a variety of color options to meet the needs of different industrial applications. Color customization can be achieved by adding pigments or staining.
thickness:
The thickness can be customized according to specific applications, with common thicknesses ranging from 10 to 50 mm. Different thickness options are suitable for different scenarios and needs.
Performance characteristics:
High hardness EVA Block has excellent compressive strength and wear resistance, and can maintain good performance in various harsh industrial environments. In addition, it has good chemical resistance and weather resistance, and can be used stably for a long time.
Application areas:
Due to its excellent performance, high-hardness EVA Block is widely used in many industrial fields. It is often used in the manufacture of automobile parts, cushioning pads for mechanical equipment, protective shells for electronic products, and industrial packaging.
For example, in automobile manufacturing, high-hardness EVA Block can be used as a cushioning material for car seats to provide comfort and safety. In electronics, it protects equipment from impact and wear and tear.
Summarize:
High-hardness EVA Block has become an indispensable material in the industrial field due to its advanced manufacturing process and excellent performance characteristics. By precisely controlling various parameters in the production process, high-quality products that meet different needs can be obtained. Its wide range of applications demonstrates its importance and versatility in industrial manufacturing. As technology continues to advance, we can expect high-hardness EVA Block to play a greater role in more fields.