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In response to the upcoming full implementation of the EU Deforestation Regulation (EUDR), major corporations have already begun actively preparing. The regulation aims to protect forest resources and reduce deforestation, with a particularly significant impact on the rubber industry. Natural rubber producers and tire manufacturers, as the primary affected parties, are facing unprecedented challenges.

Choosing the right O-ring material is the critical first step to ensuring sealing performance, preventing leaks, and extending equipment lifespan. Different rubber materials possess unique physical and chemical properties that directly affect their performance in specific working environments, including temperature resistance, chemical compatibility, oil resistance, and abrasion resistance. This article provides an in-depth analysis of the 8 most common O-ring rubber materials to help you make the best choice based on your sealing application needs.

With the rise of emerging automotive technologies such as electric vehicles and autonomous driving, the performance demands on automotive materials have become increasingly stringent. Silicone rubber, due to its exceptional physical and chemical properties, has become an indispensable key material in the automotive manufacturing industry, driving technological advancements in the sector.

In today's rapidly advancing industrial technology, the technology of sealing materials has also made significant progress. The O-ring, also known as an O-ring, O-ring seal, or toroidal seal, is a circular mechanical gasket widely used in various industrial fields. Due to its simple design and ease of installation, the O-ring has become one of the most common and cost-effective sealing solutions.

Given the increasing global focus on environmental issues, the reuse and recycling of rubber products has become a significant concern. This not only helps to efficiently utilize resources but also has a positive impact on the environmental burden. A deeper understanding of the necessity for rubber product reuse and recycling is a crucial step towards environmentally sustainable development.

Given the increasing global focus on environmental issues, the reuse and recycling of rubber products has become a significant concern. This not only helps to efficiently utilize resources but also has a positive impact on the environmental burden. A deeper understanding of the necessity for rubber product reuse and recycling is a crucial step towards environmentally sustainable development.

In the context of advancing technology and the increasing global demand for medical solutions, the role of materials science in the field of medical devices has become paramount. Perfluoroelastomer (FFKM) stands as a significant representative of this progress, offering breakthrough opportunities to Taiwan's medical device industry.

When manufacturing and designing products, selecting the appropriate rubber materials is crucial for a product's success. Different rubber materials possess unique characteristics and applications that can meet a wide range of needs and uses.