1.Physical Property Data of outsole additive：
| Model | DX067TY |
| Appearance | White Particle |
| Moisture % | ≤0.2 |
| Silicone Content % | 50 |
| Dosage % | 3-6 |
| MFI （170℃/2.16kg） | 22 |
| Density | 0.98 |
2.Xiangxi silicone masterbatch,as outsole additive helps to reduce DIN wear data:
Silicone masterbatch,the outsole additive can reduce DIN wear data to a certain extent through its specific composition and structure. The following are the ways for silicone masterbatch abrasives to reduce DIN wear data.
Filling mechanism:
The filler in the silicone masterbatch,the outsole additive can be filled into the material, forming a particle with higher hardness, reducing the contact area during friction and thus reducing wear. This filling mechanism helps to reduce DIN wear data.
Lubrication mechanism:
The chemical bonds formed between the silicone monomers in the silicone masterbatch and the substrate can increase the material’s lubricity, reduce friction, and thus reduce wear. This lubrication mechanism also helps to reduce DIN wear data.
Reaction mechanism:
Organic silicon monomers in silicone masterbatch can form oxide compounds with the substrate, forming a layer of oxide film on the surface of the material, increasing the surface hardness of the material and thus improving wear resistance. This reaction mechanism can indirectly reduce DIN wear data.
In practical applications, silicone masterbatch,the outsole additive improve the wear resistance of materials through the above mechanisms, and thus exhibit lower wear data in DIN wear tests or other related wear resistance tests. These tests usually include simulating the wear situation under actual usage conditions, such as simulating mortar wear experiments.
The effectiveness of silicone masterbatch,the outsole additive may vary depending on specific application scenarios, material types, processing conditions, and other factors. Therefore, in practical applications, it is necessary to choose appropriate silicone masterbatch wear-resistant according to the specific situation, and control the addition amount and processing conditions to achieve the best wear resistance effect.
3.Application：
Used for shoe sole, engineering plastics, soft rubber(like EVA), and various plastic materials, cables, and other materials.
4.Usage Method：
After mixing DX067TY with its compatible resin according to the formula ratio, it can be directly molded or pelletized for molding.
5.Storage and Expiration Date:
Store in a cool and dry place, unopened at room temperature, and the product is valid for 12 months.
6.Production Lead Time:
3~5 working days after receiving the payment.
7.After-sales service:
For any quality issue of our outsole additive, please contact us freely. Xiangxi team will feedback to you at once after investigation.
8.Websit:
Welcome to visit us to get more information about outsole additive: www.xiangxichem.com
