EPDM / NBR / Neoprene
EPDM · NBR · Neoprene: sealing, resistance and technical use
At COEMMO we work with technical elastomeric materials such as EPDM, NBR and Neoprene, designed for applications requiring sealing, mechanical resistance, durability and stability against external agents. These materials are widely used in industrial, technical and construction environments for their reliable performance in demanding conditions.
EPDM, NBR and Neoprene solutions allow the development of flexible or high-hardness products, adapted to sealing, protection, insulation and industrial use.
Applications of EPDM, NBR and Neoprene in different environments
- Sealing, waterproofing and insulation: These materials are used to prevent leaks, absorb vibrations and compensate for tolerances, guaranteeing an effective seal between surfaces.
- Industrial and technical applications: In industrial environments, technical elastomers are used for their resistance to wear, compression and demanding conditions.
- Protection and vibration absorption: Thanks to their controlled elasticity, these materials are suitable for reducing vibrations, noise and impacts, protecting equipment and components.
Advantages of EPDM, NBR and Neoprene:
- Excellent elasticity and recovery capacity.
- High mechanical resistance and durability.
- Good performance against external agents.
- Suitable for sealing, insulation and protection.
- Available in sponge or high-hardness versions.
- Adaptable to customised solutions.
Frequently asked questions about EPDM, NBR and Neoprene
1. What is the difference between EPDM, NBR and Neoprene?
Each material offers specific performance according to the environment and application, always maintaining a high level of resistance and reliability.
2. What is sponge EPDM?
It is a flexible and compressible version, ideal for sealing and vibration absorption.
3. What is high-hardness EPDM used for?
For applications requiring greater mechanical resistance and stability.
4. Can these materials be supplied to measure?
Yes. At COEMMO they can be cut and adapted according to need.
5. In which sectors are these materials most used?
Industry, automotive, construction, technical installations and maintenance.
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