Applications:

The application scenarios of GreenThinking® NSA04 nano-silicon aluminum alloy in tires mainly include the following aspects:

 

• Enhanced Wet Grip: Nano-silicon aluminum alloy can combine with silane coupling agents to pierce the water film between the tire and the road surface, thereby improving the tire’s grip on wet roads. This characteristic is particularly important for driving safety in rainy weather, effectively reducing the risk of slipping and skidding.
• Improved Wear Resistance: Due to the high specific surface area and good dispersibility of nano-silicon aluminum alloy, it can form tiny reinforcing particles in the rubber matrix, enhancing the wear resistance of rubber. This is especially important for tires that need to travel long distances and experience significant wear, such as commercial vehicle tires and high-performance racing tires.
• Enhanced Mechanical Properties: The addition of nano-silicon aluminum alloy can improve the tear resistance and fatigue resistance of rubber, providing better stability for tires during high-speed driving and frequent braking. This is significant for extending the service life and improving the safety of tires.

 

Key benefits:

Nano-silicon aluminum alloy can bring the following special performance benefits to tires:

 

• Wet Grip Performance: After combining with silane coupling agent Si75, nano-silicon aluminum alloy can effectively disrupt the water film between the tire and the road surface, increasing the friction of the tire on wet roads. This performance improvement is mainly due to the high specific surface area and good dispersibility of nano-silicon aluminum alloy, which can form an effective reinforcing phase in the rubber matrix, thereby enhancing the tire’s wet grip.
• Wear Resistance: The high specific surface area and small particle size of nano-silicon aluminum alloy enable it to form tiny reinforcing particles in the rubber matrix. These particles can effectively disperse stress and enhance the wear resistance of rubber, which is significant for extending the service life of tires and reducing replacement frequency.
• Reduced Rolling Resistance: The addition of nano-silicon aluminum alloy can improve the molecular structure and interfacial bonding of rubber, thereby reducing the rolling resistance of tires. This performance improvement helps enhance vehicle fuel economy, reducing energy consumption and emissions.

 

Recommended Dosage:

Addition Method: NSA04 is generally added in the first stage, usually in combination with silane coupling agents and other additives.

Dosage: 10-30 Phr. The specific dosage can be adjusted according to actual process and performance requirements.

 

Packaging：20KG/bag.

Storage: Store in a dry, cool, and sealed environment at around 25°C. The shelf life is approximately 2 years.

 

For More Product Information, Please Visit Our Website: www.sanezen.com

 

Contact: Plant Address: Baishou Road, North District of Xuan Zhou Economic Development Zone, Xuan Cheng City Anhui Province, China. Commercial Address: Room 1606-1608, Boda Commercial Buildings, No. 11 Puhuitang Road Xuhui District, Shanghai, China 200030  Tel: +86 21 6487 9251     Fax: +86 21 5106 2693  E-mail: kevenwang@sanezen.com

Warning to the users: The information contained in this document is given in good faith based on our current knowledge. It is only an indication and is in no way binding, particularly as regards infringement of or prejudice to third party rights through the use of our products. Sanezen guarantees that its products comply with its sales specifications. This information must on no account be used as a substitute for necessary prior tests which alone can ensure that a product is suitable for given use. Determination of the suitability of product for the uses and applications contemplated by users and others shall be the sole responsibility of users. Users are responsible for ensuring compliance with local legislation and for obtaining the necessary certifications and authorisations. Users are requested to check that they are in possession of the latest version of this document and Sanezen is at their disposal to supply any additional information.