DX067T excellent sole anti-abrasion silicone for EVA shoe sole/slipper

1.Advantages of Xiangxi silicone masterbatch:

Shoe sole anti-abrasion silicone can improve the flowability of thermoplastic resin in the molten state, improve the dispersion of fillers, reduce energy consumption in extrusion and injection molding processing, and improve production efficiency.

At the same time, it can also improve the surface smoothness of the final plastic product, reduce the surface friction coefficient, and improve wear and scratch resistance.

In addition, Shoe sole anti-abrasion silicone also have the following advantages:

Good dispersibility, can effectively reduce the friction coefficient of plastic products, and comprehensively improve the demolding performance of plastic products.

Having surface non migration characteristics, reducing coating effects and surface printing issues, processed plastic products have a non greasy and smooth surface, improving the brightness and wear resistance of plastic products.

It has high self-cleaning efficiency and good hand feel, and is easy to add and use. It only needs to be mixed evenly with the masterbatch.

Strong anti pollution ability does not pollute other substances, and effectively reduces the waste rate of plastic products.

Please note that the specific usage method and dosage of shoe sole anti-abrasion silicone need to be adjusted according to different product and process requirements.

2.Production steps of Xiangxi sole anti-abrasion silicone:

The production of shoe sole anti-abrasion silicone is a chemical process involving multiple steps. The following is the process for producing shoe sole anti-abrasion silicone:

Raw material preparation:

Silicone resin: As the main component of wear-resistant agents, silicone resin has good wear resistance, high temperature resistance, and chemical stability.

Fillers such as silica and calcium carbonate are used to enhance wear resistance and improve processing performance.

Processing aids: such as dispersants, coupling agents, etc., used to improve the dispersibility of silicone resin in the system and its compatibility with other materials.

Other additives: Depending on product requirements, it may be necessary to add colorants, anti-aging agents, etc.

Formula design:

Design a reasonable formula ratio based on product performance requirements and production costs.

Consider the interactions and synergistic effects between silicone resin, fillers, processing aids, and additives.

Mixing and dispersion:

Mix silicone resin, fillers, processing aids, and additives together according to the formula ratio.

Use high-speed mixers or ball mills and other equipment to thoroughly stir and disperse the mixture, ensuring that each component is evenly mixed.

Granulation:

Mix the evenly mixed materials through a granulator to obtain silicone masterbatch that meets the requirements.

During the granulation process, parameters such as temperature, pressure, and particle size should be controlled to ensure the quality and performance of the master batch.

Screening and packaging:

Sieve the silicone masterbatch after granulation, remove oversized or undersized particles, and obtain a masterbatch with uniform particle size distribution.

Package the screened masterbatch, indicating product name, specifications, production date, and other information.

Quality inspection:

Conduct quality testing on the produced silicone masterbatch, including performance indicators such as wear resistance, hardness, and tensile strength.

Ensure that the product meets relevant standards and customer requirements.

Storage and transportation:

Store the qualified shoe sole anti-abrasion silicone in a dry, ventilated, and dark environment, avoiding moisture, heat, and direct sunlight.

During transportation, attention should be paid to moisture-proof, heat-proof, and shockproof measures to ensure that product quality is not compromised.

Please be noted that the production process of shoe sole anti-abrasion silicone strictly comply with safety production regulations and environmental requirements to ensure the safety and environmental protection of the production process.

At the same time, we continuously optimize production processes and formula design, improve product performance, and reduce costs.

3. Description：

Xiangxi  shoe sole anti-abrasion silicone, DX067TA is a polymer silicone launched by our company using PE and soft rubber composite as carriers. This material is mainly used in shoe sole and soft rubber. It has better dispersibility and compatibility in plastics, meanwhile having less impact on material mechanical properties.

DX067TA enables the material to have better demolding performance and smoothness, while also solving the problem of the speckle, black line and bubble, reducing DIN wear, abrasion marks, and other functions of shoe sole.

4. Physical Property Data：

5.Application：

Used for shoe sole, engineering plastics, soft rubber(like EVA), and various plastic materials, cables, and other materials.

6.Usage Method：

After mixing DX067T,shoe sole anti-abrasion silicone and its compatible resin according to the formula ratio, it can be directly molded or pelletized for molding.

7.Storage and Expiration Date:

Store in a cool and dry place, unopened at room temperature, and the product is valid for 24 months.

8.Production Lead Time:   

3~5 working days after receiving the payment.

9.After-sales service:

For any quality issue of our shoe sole anti-abrasion silicone, please contact us freely. Xiangxi team will feedback to you at once after investigation.

10.Websit:

Welcome to visit us to get more information about our shoe sole anti-abrasion silicone: www.xiangxichem.com