News

14

2025

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11

Unveiling the Working Principle and Applications of Rubber and Plastic Insulation Boards

Delve into the working principles of rubber and plastic insulation boards and uncover their wide-ranging applications in construction and industry.

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13

2025

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11

A Deep Dive into the Diverse Application Scenarios of Rubber and Plastic Insulation Boards

Explore the innovative applications of rubber and plastic insulation boards in architecture, industry, and home settings, and learn about their advantages.

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11

2025

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11

A Deep Dive into the Working Principles and Applications of Rubber and Plastic Thermal Insulation Materials

Understand the working principles, characteristics, and wide-ranging applications of rubber and plastic insulation materials in both construction and industry.

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10

2025

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11

Exploring the Production Process and Application Fields of Rubber and Plastic Insulation Boards

Let’s explore the production process and application areas of rubber-plastic insulation boards. In modern architecture and industrial engineering, the selection of insulation materials is critically important. Today, we’re going to talk about a material that’s gaining widespread popularity—rubber-plastic insulation boards. You may have heard of them already, but do you really know much about their production process and application fields? The production process of rubber-plastic insulation boards isn’t a simple one. Its core raw materials consist mainly of rubber and plastic, which are manufactured through a specific set of processes. Think of making rubber-plastic insulation boards as baking a cake: only by choosing the right ingredients and mastering the right techniques can you achieve a delicious result. 1. Raw Material Preparation: The production of rubber-plastic insulation boards begins with selecting the right raw materials. Commonly used materials include synthetic rubber, polyurethane, and polyvinyl chloride. The choice of these materials directly affects the quality of the insulation boards. 2. Mixing and Foaming: Next, the selected raw materials are mixed according to a precise ratio and then subjected to a foaming process. This step is akin to mixing flour and eggs together—after being heated, the materials expand, forming a structure with excellent thermal insulation properties. 3. Molding: After foaming, the material is cut into various thicknesses and sizes to meet different application requirements. This step is similar to cutting a cake into different shapes.

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10

2025

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11

Exploring the Diverse Application Scenarios of Rubber and Plastic Thermal Insulation Materials

This article delves into the various application scenarios and superior performance of rubber-plastic thermal insulation materials.

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09

2025

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11

Industry Dynamics of Dual-Function Insulated Pipes: New Opportunities for Future Development

Explore the latest industry trends in dual-purpose thermal insulation pipes and gain insights into new opportunities and challenges for future development.

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08

2025

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11

Exploring the Working Principle and Applications of Dual-Function Insulated Pipes

This article delves into the working principle of dual-purpose thermal insulation pipes and their applications in modern buildings.

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07

2025

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11

A Deep Dive into the Application Scenarios of Dual-Function Insulated Pipes

Explore the diverse application scenarios of dual-purpose insulated pipes in daily life, enhancing energy efficiency and comfort.

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