Silicone rubber parts are widely used in applications requiring extreme temperature resistance, flexibility, and long-term stability. This article introduces the composition and key benefits of silicone rubber, compares it with other rubber materials, and outlines how to select the right grade based on temperature and regulatory requirements. Common applications in automotive, electronics, and medical industries are also discussed.

Silicone Foam: Properties, Performance, and Applications Across Modern IndustriesSilicone foam—also known as foamed silicone—is a porous elastomeric material produced by physically or chemically foaming silicone rubber. It combines the inherent elasticity of silicone rubber with the functional advan

The Manufacturing Process of Silicone Foam: From Raw Materials to Finished ProductSilicone foam, known for its exceptional properties such as high-temperature resistance, compressibility, and cushioning, finds wide applications in various industries. The production of silicone foam involves a carefu

Quality Testing of Rubber MaterialsEnsuring Rubber Product IntegrityRubber materials and products must adhere to strict quality standards, encompassing tensile strength, elastic modulus, elongation, and aging resistance. These parameters are critically important for rubber products used in high-prec

This comprehensive guide explains each stage of rubber processing, from mastication and mixing to molding and vulcanization. It also details finishing processes like trimming and cryogenic deflashing for precision components such as seals and O-rings. With insights into the science and technology of elastomer manufacturing, this article helps readers understand how raw rubber is transformed into high-performance products.

In today’s automotive world, comfort plays a central role in the overall driving experience. Alongside the performance of a vehicle, reducing unwanted noise has become a priority for both manufacturers and consumers.

In recent years, reducing noise and enhancing comfort have become significant priorities for car manufacturers. A quieter cabin improves the overall driving experience, reduces driver fatigue, and creates a more relaxing environment for passengers.

In today's fast-paced world, driving a car is not just about getting from one place to another. It’s also about comfort, relaxation, and an overall enjoyable experience. One of the key factors that contribute to a comfortable driving experience is the level of noise inside the vehicle.

Ethylene Propylene Diene Monomer (EPDM) rubber extrusion is a critical process in the manufacturing of sealing and insulation products for various industries. Understanding the intricacies of this process is essential for factories, channel partners, and distributors who aim to deliver high-quality rubber products to the market. This article delves into the comprehensive process of EPDM rubber extrusion, highlighting its significance, methodologies, and applications in modern industrial contexts. By exploring the nuances of this process, stakeholders can better appreciate the value of Rubber Extrusion in delivering versatile solutions for both automotive and industrial applications.

This article provides a comprehensive overview of the EPDM (Ethylene Propylene Diene Monomer) seal production process. It covers each stage in detail, including raw material selection and preparation, mixing and compounding, compression molding, vulcanization, post-processing, and rigorous quality control. The guide highlights the methods used to ensure high-quality, durable, and reliable EPDM seals suitable for extreme temperature applications ranging from -50°C to 150°C.

To provide a data-driven engineering roadmap for selecting high-performance automotive seals by evaluating the mechanical superiority of Closed-cell EPDM over traditional PVC in exterior weatherstripping.

To eliminate road noise and engine drone through the strategic application of Automotive Acoustic Cotton while adhering to global safety benchmarks.

To address the critical "Thermal Runaway" challenge in high-energy-density EV battery packs by transitioning from traditional PU/PE foams to advanced Aerogel-Foam Composites.

A technical 2026 guide on mitigating high-frequency electric drive unit (EDU) noise using high-density EPDM foam. Features comparative data on Industrial vs. Commercial grade compression sets (ASTM D1056), UL 94-V0 flame retardancy for battery safety, and acoustic transmission loss (TL) metrics. Includes expert protocols for "offset mounting" to maintain cooling efficiency while achieving a 15dB cabin noise reduction in luxury EVs.

Selecting Thermal Management Silicone Hoses for 2026 NEVsControl the Heat: Why Silicone Hoses are Vital for NEV Thermal ManagementModern EVs require complex liquid cooling. Silicone hoses are the veins of the thermal management system. fuqiang provides reinforced silicone hoses that handle the const

Enhancing NEV Comfort with Advanced Rubber Vibration IsolationDrive in Silence: Advanced Rubber Vibration Isolation for Electric Motor MountsIn the absence of engine noise, NVH (Noise, Vibration, Harshness) becomes a priority. Rubber vibration isolation components are the primary tools used by fuqia