Multiple industries depend on high-temperature-resistant rubber materials. Without sufficient protection, heat conditions could put equipment and individual components at risk. Fortunately, rubber products are built with durable, quality materials that can perform reliably in extreme temperatures.
RD Rubber is a leading custom rubber molder of rubber products. We specialize in molding materials for critical to function applications with demanding and potentially harsh operational conditions. This guide will cover the different rubber products available, highlighting the major benefits of using high-temperature-resistant rubber materials, the technologies behind these materials, and recent innovations in the field.
What Are High-Temperature-Resistant Rubber Materials?
High-temperature-resistant rubber materials are made of polymers that optimize performance and heat resistance while maintaining their core properties. Their unique physical characteristics make them ideal for use in many industries, from aerospace and food processing to medical devices and industrial machinery.
Properties of Heat-Resistant Rubbers
Rubber materials for industrial use feature certain key properties, such as:
- Superior Thermal Stability. High-temperature-resistant rubber materials offer exceptional thermal stability, maintaining their mechanical properties and flexibility regardless of temperature changes.
- Resistance to Harsh Conditions. High-temperature-resistant rubbers also resist oxidation, thermal aging, and degradation for improved longevity.
- Substance Resistance. In addition to temperatures and generally harsh environments, high-temperature-resistant rubbers protect against exposure to oils, chemicals, and fuels.
- Reliable Flexibility and Resilience. These materials also resist deformation and mechanical stress, keeping them in working condition when used in high-temperature environments for long periods.
Types of High-Temperature Resistant Rubber Materials
At RD Rubber Technology Corporation, we provide a range of options to meet the requirements of differing applications. You can choose from several types of high-temperature resistant rubber materials, including:
Silicone Rubber
This material can resist temperatures up to 300 C (572 F), which is why it works so well in defense, aerospace, and industrial equipment applications. It offers superior stability and elasticity in such temperatures, ensuring optimal performance in some of the harshest conditions.
Viton® (FKM) Rubber
Another material you can use is Viton® (FKM) rubber, a fluoroelastomer which resists high temperatures and aggressive fluids. This material is particularly effective in oil and fuel applications that require durable, high-performance systems in highly demanding environments. It can hold up under extreme temperatures ranging between -15 °F to 400 °F, making it suitable for use in many demanding environments.
EPDM Rubber
Ethylene propylene diene monomer (EPDM) rubber offers superior versatility and durability. It can withstand temperatures up to 302 F, making it a good choice for many outdoor environments with potentially harsh weather conditions.
Fluorosilicone (FLS) Rubber
A combination of silicone and fluorocarbon, fluorosilicone rubber offers characteristics of both. As such, it’s ideal for applications requiring chemical stability and resistance to extreme temperatures, including the defense and aerospace sectors.
Applications of Heat-Resistant Rubber Materials
Many applications use these materials to maintain high resistance to temperatures, oil, and other environmental factors. Potential applications include O-rings, aerospace seals, gaskets, grommets and covers that need safe and dependable solutions.
Applications in Rocket Assemblies
Rocket assemblies is an example of the critical to function use of high-temperature resistant rubbers to provide thermal insulation materials for gaskets and seals, maintaining propulsion and fuel systems in even the most demanding environments. These materials provide impressive strength and resilience to allow for successful rocket launches and flight.
How to Choose the Right High-Temperature Resistant Rubber Material
When selecting the ideal materials for your application, you’ll want to consider factors like:
- Temperature and Conditions. Assess your application’s temperature and operational conditions to choose a material that will meet your requirements.
- Compare Material Properties. Look at the different types of high-temperature resistant rubbers and their performance characteristics, including their flexibility, chemical resistance, and heat resistance. This will help you narrow down your selection.
- Choose the Right Professionals. You can receive further guidance by consulting with experts like RD Rubber. We’ll work to ensure you leave with the right materials, including engineered solutions for your custom requirements.
Versatile Rubber Solutions For Your Application
Choosing the best high-temperature resistant rubber for your application is critical to ensure the durability of your components. If you need help selecting a high-performance solution, look to the professionals at RD Rubber Technology Corporation. Our wide range of products and services allows us to engineer solutions to your specifications and ensure the right fit.
We maintain the following certifications and registrations:
- ISO 9001:2015 certified
- AS 9100:2016 certified
- ITAR Registered
- DOD Registered
- NIST 800-171 compliant
Contact RD Rubber today for more information about our complete offerings and find high-performing materials that support your project needs.