DX8502 Силиконовые объявления для защиты от царапин

DX852 - это высокомолекулярный силиконовый мастербатч с ПП в качестве носителя, выпущенный нашей компанией. Этот материал в основном используется в различных материалах для внешних панелей из ПП, обеспечивая лучшую совместимость и уменьшая осаждение в материалах TPE. Он демонстрирует лучшую дисперсность и совместимость в пластмассах, оказывая минимальное влияние на механические свойства материала. DX852 придает материалу лучшую расплавляемость и гладкость, а также улучшает внешний вид и блеск изделий. Он выполняет такие важные функции, как смазка, устойчивость к истиранию и царапинам.

Силиконовый мастербатч для защиты от царапин

Model:	DX852
Carrier:	PP
Appearance:	White pellets
Melt Index (230℃/2.16kg):	12
Density (g/cm³):	0.89
Moisture (%):	≤0.2
Active Ingredient (%):	45
Recommended Usage (%):	0.3-5

Benefit:

Outstanding Lubrication Performance: This product, as a high-molecular-weight inert material, features low viscosity, high softening point, and non-migration properties. It reduces the friction coefficient on the surface of products, enhancing their smoothness. It provides excellent internal and external lubrication, effectively reducing die buildup in extruded products.
Increased Extrusion Speed: DX852 can increase extrusion speed, reduce defect rates, improve the flowability of plastic processing, and reduce wear on processing equipment, thereby extending equipment life.
Excellent Heat and Oxidation Resistance: This product can be used at high temperatures, ensuring durability and performance.
Superior Surface Finish: DX852 forms a thin film on the surface of products, eliminating surface defects caused by fillers. It improves surface appearance, reduces the friction coefficient, and enhances scratch and abrasion resistance, resulting in higher product quality.

Применение:
Suitable for TPE, TPR, TPV soft rubber, PP wear-resistant, scratch-resistant, and tactile products, improving yield and product performance.

Usage Method:
It can be mixed with resin particles in a premixer first, then melted and granulated in a twin-screw extruder, or it can be directly measured and added.

Recommended Dosage:
When added at a ratio of 0.5-2.0% to a thermoplastic resin system, the processing and flow properties of the resin are improved. This includes good injection molding, reduced extrusion torque, improved internal lubrication, and demolding performance, as well as faster discharge speed.

When added at a ratio of 3.0-4.0%, it improves the surface performance of the product, enhances lubrication and sliding properties, reduces the friction coefficient, and increases abrasion resistance.