Enhancing Plastic Properties with Advanced E-beam Technology
At Cromwell E-beam Solutions LLP, we provide a cost-effective solution to enhance the performance of plastic materials through Radiation Crosslinking. By treating plastics with high-energy electron beams, we transform ordinary polymers into high-performance materials that withstand extreme conditions without compromising quality.
Why Radiation Crosslinking?
Radiation crosslinking offers a game-changing approach to upgrading the thermal, mechanical, and chemical properties of standard plastics. This innovative process gives commodity plastics the performance of expensive high-performance polymers—without altering your existing production workflow.
- Cost-Effective
- Post-Production Flexibility
- Enhanced Properties
How Does the Process Work?
Radiation crosslinking uses fast-moving electrons to ionize the polymer chains. This process creates a three-dimensional matrix that significantly enhances material properties:
- Improved Impact Resistance
- Increased Abrasion Resistance
- Higher Tensile Strength
- Enhanced Hot Modulus
This process is fast, precise, and completely reproducible, making it ideal for modern manufacturing demands.
Experience our advanced E-beam solutions tailored to your needs. Contact us to book a consultation or visit our facility
Applications of Radiation Crosslinking
Our crosslinking technology enhances the performance of polymer products used in various industries:
- Cables & Wires: For automotive, rail, and aerospace industries.
- Pipes & Tubes: Used in water and gas supply.
- Heat Shrink Products: Ideal for electrical and sealing applications.
- Polymer Raw Materials: Upgraded for enhanced recyclability and sustainability.
- Automotive Components: Provides durability in high-temperature and high-stress environments.
Recycling Applications: Enables effective polymer reusability.
Why Choose E-beam Technology for Radiation Crosslink?
At Cromwell E-beam Solutions, we understand that modern industries require solutions that are not only effective but also environmentally responsible. By harnessing the power of accelerated electrons, we provide tailored solutions that help our clients improve product quality, enhance material properties, and reduce environmental impact—all while meeting the highest industry standards.
Eliminates the need for high-performance polymers.
Enables innovation with expanded use cases for standard polymers.
Ensures consistent results across all processes.
Reduces production waste significantly.