What is Technora®?
Technora® is a high-performance para-aramid. Its unique co-polymer chemical structure gives it superior fatigue resistance, abrasion resistance, chemical stability, and long-term heat resistance compared to conventional para-aramids.
“Developed and produced in Japan, Technora® is renowned for precision and reliability, making it the preferred material for applications demanding durability and long-term performance.”
Designed for extreme conditions
The molecular and crystalline structure of Technora® is optimized for performance. With polymer chains aligned along the filament axis, it delivers:
- A high strength-to-weight ratio, enabling lightweight reinforcement in demanding applications
- Exceptional fatigue and abrasion resistance ensure longevity in high-stress environments
- Superior thermal stability, maintaining performance across extreme temperatures
- Minimal creep and high-dimensional stability preserve structural integrity over time
- Resistance to flames and chemicals
- Non-conductivity, making it suitable for safety-critical applications
Structure of Technora®
Proven performance for over 40 years
First developed in 1974 as part of our advanced research initiative, Technora® was introduced to the market in 1986. Since then, it has earned a reputation for reliable performance in demanding environments, from automotive belts and hose and pipe reinforcements for oil and gas to protective fabrics and composite reinforcements.
Today, Technora® is a trusted material in critical applications, including:
- Automotive: Reinforcement for hoses and power transmission belts
- Oil and Gas: Umbilical hose reinforcement, flexible pipe tape reinforcements
- Maritime and Industrial Ropes: Strength for high temperature and dynamic-loading applications
- Protective Fabrics: High-performance materials for heat protection
- Composite Reinforcements: Improving durability and strength in advanced materials
“Chosen by NASA for its strength-to-weight performance, Technora® helped ensure safe Mars rover landings where gravity, temperature, and terrain push materials beyond Earth’s limits.”