Xiamen Xiangxi New Material Co.,Ltd.

Masterbatch de silicone F502 para sola exterior em EVA

F502 is a pelletized formulation containing a 50% ultra-high molecular weight siloxane polymer dispersed in EVA resin. This upgraded version of our former Anti-abrasion masterbatch F502 boasts a higher quality siloxane and increased siloxane content. It is specially developed for EVA or EVA-compatible resin systems, enhancing the final item's abrasion resistance and reducing the abrasion value in thermoplastics. F502P enhances material properties such as fluidity and mold release. When used with compatible plastic systems, it exhibits noticeable lubricating and wear-resistant effects, effectively addressing issues like shoe material bubbles, black lines, and poor dispersion. DIN and abrasion tests demonstrate superior performance, setting new benchmarks in the market.

Detalhes do produto

Descrição do produto:

F502, our silicone Masterbatch for EVA Sole, is a pelletized formulation containing a 50% ultra-high molecular weight siloxane polymer dispersed in EVA resin. This upgraded version of our former Anti-abrasion masterbatch F502 features a higher quality siloxane and increased siloxane content. It is specially developed for EVA or EVA-compatible resin systems to enhance the final item’s abrasion resistance and reduce the abrasion value in thermoplastics. F502P improves material properties such as fluidity and mold release. When used with compatible plastic systems, it exhibits significant lubricating and wear-resistant effects, effectively addressing issues like shoe material bubbles, black lines, and poor dispersion. DIN and abrasion tests demonstrate superior performance, making it a market leader.

Our silicone Masterbatch for EVA Sole, F502, is a pelletized formulation comprising 50% ultra-high molecular weight siloxane polymer dispersed in EVA resin. This upgraded version of our former Anti-abrasion masterbatch F502 features a superior quality siloxane with a higher siloxane content. It is specially designed for EVA or EVA-compatible resin systems to enhance the final item’s abrasion resistance and reduce the abrasion value in thermoplastics. F502P improves material properties such as fluidity and mold release. When used with compatible plastic systems, it demonstrates significant lubricating and wear-resistant effects, effectively solving issues like shoe material bubbles, black lines, and poor dispersion. DIN and abrasion tests show that it performs exceptionally well, surpassing market standards.

 

Desempenho típico:

Item No. F502
Aparência Pellets brancos
Densidade g/cm³ 0.96-1
MI g/10min/170℃ 15.0-20.0
Humidade % ≤0.2
Ingrediente ativo % 50%
Dosagem recomendada % 3%-6%

 

Features&Benefits:

  1. Enhanced resistance to abrasion, decreased abrasion values
  2. Enhances both the processing performance and the final appearance of items
  3. Does not affect hardness or color
  4. Environmentally sustainable and eco-friendly
  5. Approval abrasion tests: DIN, ASTM, NBS, AKRON, SATRA, and GB

 

Appliantions:

  1. Sola em EVA
  2. Sola TPR
  3. Compostos de EVA
  4. Compostos TPR
  5. Other EVA、TPRcompatible systems

 

Use Methods:

  1. It can be fully pre-mixed with other resin polymer pellets and then added to the twin-screw extruder, where it is melt-mixed and pelleting;
  2. It can also be directly mixed with resin polymer pellets in the production process and then added to a single-screw injection molding machine/extruder, where it is melted and mixed and then injected/extruded.

 

Dosagem recomendada:

  1. When added at 3.0-4.0%, it improves processing and flow properties in the resin system, aiding injection molding and reducing extrusion torque.
  2. At 4.0-5.0%, it enhances product surface quality, reduces friction, and increases wear resistance.

 

 

Embalagem:

Embalagem da amostra: Saco Ziplock

Embalagem do produto acabado:25KG por saco

 

 

Armazenamento & Expiration Date:

Stored in a cool and dry place, unopened at room temperature, the product is valid for 12 months.

Não inflamável, transportado como os produtos químicos convencionais.

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