GuangDong Advanced Thermoplastic Polymer Technology Co., Ltd.
GuangDong Advanced Thermoplastic Polymer Technology Co., Ltd.
News
Check out the latest ATP Polymer news and videos

Type Analysis of Thermoplastic Rubbers

Thermoplastic rubber transcends the traditional boundaries of rubber and plastic in industrial production, and brings new changes to the development of the rubber industry. The emerging thermoplastic rubber is also simply called TPE. Another name in the industry is thermoplastic elastomer. It is a polymer material that is rubbery at ordinary temperatures, but can be super-plasticized at high temperatures. Valuable thermoplastic rubbers are divided into several types, which exhibit different properties and are used in different fields.


1. TPU thermoplastic rubbers


TPU type is a large category of thermoplastic rubbers. Ordinary TPU type has a big feature, that is, compared with ordinary other types of thermoplastic rubber, it has higher hardness, but it is also elastic. Therefore, TPU-type thermoplastic rubber is often used for molded products.


TPU thermoplastic rubber has some disadvantages while having various properties. Although it has oil resistance and ozone resistance to a certain extent, it is poor in aging resistance and cannot be placed in a humid environment for a long time.


2. SBC thermoplastic rubbers


Another category of thermoplastic rubbers is SBC type, which is divided into two types: linear and star. Because the emerging thermoplastic rubber of SBC type has the characteristics of strong tensile strength, it can meet various production needs.


At the same time, it is also very easy to process and resists flexing and abrasion. It is widely used in many industries such as shoe manufacturing and auto parts manufacturing.


3. TPO thermoplastic rubbers


TPO thermoplastic rubber is made by mixing binary or ternary ethylene propylene rubber and thermoplastic polyolefin. Its performance is mainly determined by the crystallinity of the ethylene-propylene rubber and the mixing ratio of the two raw materials.


The biggest feature of TPO thermoplastic rubber is its strong stability. At the same time, it also has special UV resistance properties. Therefore, it is widely used in non-tire fields, such as auto parts, building materials and so on.


4. CPE thermoplastic rubbers


CPE type is the higher cost type among the four types, but it has higher firmness than other types of products during its application. In addition, elasticity and chemical resistance are also good. It can be used in the production of pipes, profiles and small tires.


ATP Polymer Technology Co, LTD (ATP) is a national high-tech enterprise dedicated to the research and development, production and sales of modified thermoplastic polymers, low-smoke halogen-free and other new environmentally friendly polymer materials. Welcome to consult.

Name
Email
Contact No
Country
Product type
Application type
Enquiry Message
Type Analysis of Thermoplastic Rubbers

ATP Polymer News Recommendation

25 Feb, 2025
Advantages and Applications of LSZH Cables
What is LSZH Cable?Low smoke zero halogen (LSZH) cables mainly use environmentally friendly materials as flame retardant fillers. When these materials reach a certain temperature during a fire, they a...
15 Feb, 2025
Applications of TPU Materials in the New Energy Field
As global attention to sustainable development and carbon neutrality goals increases, new energy has become the core driving force for global energy transformation. The application fields of new energ...
05 Feb, 2025
Deep Application of Biological Compatibility TPU in the Medical Industry
Biological compatibility TPU, as a high-performance elastomer material, demonstrates a wide range of application prospects in the medical industry due to its excellent biocompatibility, mechanical str...
27 Dec, 2024
Applications of Thermoplastic Elastomer Materials in the Medical Industry
Thermoplastic Elastomers are widely used in various fields due to their broad range of properties and diverse processing methods. This article offers a detailed analysis of the properties of thermopla...