1.Physical Property Data：
| Model | DX067TS |
| Appearance | White Particle |
| Moisture % | ≤0.4 |
| Silicone Content % | 50 |
| Dosage % | 3-6 |
| Temperature℃ | 120-200 |
| MFI （170℃/2.16kg） | 22 |
| Density | 0.98 |
2.Why Xiangxi silicone masterbatch reduces the DIN data (wear data) of the shoe sole:
The role of silicone masterbatch:
Silicone masterbatch,EVA compounding additive is an inorganic substance produced by the reaction of organic silane and oxidant, which has characteristics such as high temperature stability, chemical stability, UV resistance, and wear resistance.
It can improve the mechanical properties, especially wear resistance, of materials such as rubber and plastic. However, this does not mean that silicone masterbatch can directly reduce DIN wear data in all cases.
The effect of silicone masterbatch on shoe soles:
The main function of adding silicone masterbatch to shoe sole materials is to improve the material’s wear resistance. However, improving wear resistance does not always mean a direct decrease in DIN wear data.
DIN wear test is commonly used to evaluate the wear resistance of rubber materials, and its results are influenced by various factors such as material formula, hardness, thickness, test conditions, etc.
The relationship between the amount of silicone masterbatch added and wear resistance:
Adding an appropriate amount of silicone masterbatch,EVA compounding additive can improve the wear resistance of the sole, because silicone masterbatch has excellent lubrication and dispersibility, which can reduce the wear of the sole material during friction.
However, if the amount of silicone masterbatch,EVA compounding additive added is too high, it may lead to a decrease in the hardness and toughness of the sole material, thereby affecting its overall wear resistance. This may indirectly lead to an increase in DIN wear data.
The influence of test conditions on DIN wear data:
The results of the DIN wear test are influenced by the test conditions, such as the angle between the rubber wheel shaft and the grinding wheel shaft, the hardness of the rubber wheel, the thickness of the test piece, and the temperature of the test environment. The changes in these conditions may affect the performance of silicone masterbatch in shoe sole materials, thereby affecting DIN wear data.
The reason why silicone masterbatch reduces the DIN data (wear data) of the sole is not direct. The addition of silicone masterbatch can improve the wear resistance of shoe soles, but DIN wear data is influenced by various factors, including the amount of silicone masterbatch added, material formula and hardness, test conditions, etc. Therefore, to reduce the DIN wear data of the sole, it is necessary to comprehensively consider these factors and make corresponding optimizations and adjustments.
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 DX067TP,EVA compounding additive and 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 EVA compounding 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 our EVA compounding additive: www.xiangxichem.com
