Revolutionize Your Rubber and Polyolefin Processing
Discover the power of enhanced scorch safety and efficient crosslinking for superior material performance.
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Crosslinking Agent 101-45D-PD
Our advanced organic peroxide is a critical component for achieving optimal crosslinking in a wide range of rubber and polyolefin applications. Its 45% formulation on an inert carrier system, presented in a fine powder form, offers exceptional handling and integration into your existing processes.
- Benefit from excellent scorch safety, a key advantage when aiming for one-step mixing in rubber formulations. This allows for more streamlined production cycles.
- Experience reliable performance with a safe processing temperature of 135°C (rheometer ts2 > 20 min.), ensuring controlled reactions and minimizing premature curing.
- Achieve efficient crosslinking at typical temperatures of 175°C (rheometer t90 about 12 min.), leading to consistently cured products with desirable physical properties.
- Leverage the benefits of this bifunctional peroxide for crosslinking natural rubber, synthetic rubbers, and polyolefins, opening up possibilities for new material development and product enhancement.
Key Advantages for Your Production
Enhanced Scorch Safety
The superior scorch safety of this organic peroxide ensures your rubber compounds remain processable, facilitating easier and more precise manufacturing, particularly when exploring one-step mixing techniques.
Optimized Processing Temperatures
With a safe processing temperature of 135°C, this crosslinking agent provides a robust window for effective mixing and compounding, contributing to consistent batch quality and reduced waste.
Efficient Crosslinking Performance
The characteristic crosslinking temperature of 175°C ensures that your materials achieve their optimal physical properties, delivering durable and high-performing end products in your rubber and polyolefin applications.
Key Applications
Natural Rubber Crosslinking
Enhance the physical properties of natural rubber through effective crosslinking, utilizing the power of 2,5-dimethyl-2,5-di(tert-butylperoxy)hexane for improved durability and performance.
Synthetic Rubber Curing
Achieve superior crosslinking in various synthetic rubbers, benefiting from the controlled reactivity of this peroxide to meet demanding application requirements.
Polyolefin Modification
Improve the thermal stability and mechanical properties of polyolefins by employing this bifunctional peroxide for advanced material modification and performance enhancement.
Elastomer Formulation
Integrate this high-quality crosslinking agent into your elastomer formulations to ensure consistent curing and exceptional end-product characteristics.