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Xiamen Xiangxi New Material Co.,Ltd.

DX207B HFFR compounds silicone additives

DX207B's versatility and performance make it a valuable additive in a variety of industries. In the wire and cable sector, DX207B improves the processing of materials, leading to smoother extrusion and reduced friction during cable production. In TPE materials, DX207B enhances flexibility and durability, ensuring that the final products are more resistant to wear and tear. Similarly, in engineering plastics, DX207B's compatibility and dispersibility ensure uniform distribution within the matrix, resulting in enhanced mechanical properties without compromising other key attributes. Overall, DX207B HFFR Compounds Silicone Additives offer a multifaceted solution for industries seeking to improve material performance and processing efficiency.

Product Details

Product Description:

DX207B HFFR Compounds Silicone Additives represent a significant advancement in silicone additive technology. This carrier-free ultra-high molecular weight polysiloxane pellet, developed by our company, rivals imported products with its impressive polysiloxane molecular weight. Overcoming the limitations of low-molecular-weight polysiloxanes previously produced in China, DX207B offers superior dispersion in plastics while exerting minimal impact on the material’s mechanical properties. This breakthrough formula enhances material flowability and demolding performance, making it a standout choice for various applications in the plastics industry.

One of the key features of DX207B is its ability to significantly improve the feel of the finished product. By enhancing material flowability and demolding performance, DX207B ensures that the final product not only meets but exceeds expectations. Furthermore, when incorporated into compatible plastic systems, DX207B exhibits exceptional functions such as lubrication, wear resistance, and scratch resistance. This not only improves the durability of the material but also enhances its overall appearance and feel. Whether used in wire and cable compounds, TPE materials, or engineering plastics, DX207B delivers consistent and impressive results.

 

Typical Performance:

Item No. DX207B
Appearance Semitransparent pellet
Density  g/cm³ 1.10-1.20
Moisture  % ≤0.36
Active ingredient  % 80%
Recommended dosage   % 0.5%-3%

 

Features&Benefits:

1. Excellent de-molding effect:

Facilitate the de-molding of products from the mold.

2. Excellent Lubricating Performance:

Reduces friction coefficient, enhancing the surface smoothness of products.

3. Internal and External Lubrication:

Effectively reduces mold blockage in extruded products.

4. Enhanced Production Efficiency:

Increases extrusion speed, lowers defect rates, and improves the flow of plastic processing.

5. Enhanced Feel Touch:

Designed to enhance the feel and touch, providing a smoother and more pleasing tactile experience.

6. Extended Equipment Lifespan:

Reduces equipment wear, featuring high-temperature and oxidation resistance.

7. Improved Surface Quality:

Forms a thin film layer, eliminating defects caused by additives, enhancing scratch resistance, wear resistance, and overall product quality.

 

Appliantions:

1.TPE components
2. TPU,TR,EVA,TPR compounds
3. Other TPU,TR,PE,TPE,TPR,EVA compatible systems

 

Use Methods:

1. It can be blended with virgin polymer pellets to give the desired siloxane level in the final product.
2. It can also be added during compounding in a single screw extruder or added at the feed hopper during injection molding or extrusion.

 

Recommend Dosage:

1. When added at 0.5-1.0%, it improves processing and flow properties in the resin system, aiding injection molding and reducing extrusion torque.
2. At 1.0-2.0%, it enhances product surface quality, reduces friction, and increases wear resistance.

 

Package:

Sample packaging: Ziplock bag
Finished product packaging:25KG per bag

 

Storage & Expiration Date:

Stored in a cool and dry place, unopened at room temperature, the product is valid for 12 months.
Non-flammable, transported as conventional chemicals.

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