Guangzhou Eric Wei Chemical Co., Ltd.
Guangzhou Eric Wei Chemical Co., Ltd.

Clariant Licocene PP 3602 fine grain TP

Clariant Licocene PP 3602 fine grain TP is a high-purity, low-melt-viscosity polypropylene-based wax from Clariant’s Licocene series—designed for precision masterbatch dispersion, hot-melt adhesives and polymer modification. Its ultrafine particle size ensures rapid melting, excellent compatibility and superior surface finish in demanding thermoplastic applications.
  • clariant licocene pp 3602 fine grain tp_c3bf05f3
  • clariant licocene pp 3602 fine grain tp_c3bf05f3

Features Of Clariant Licocene PP 3602 fine grain TP

  1. Ultra-fine particle size distribution for enhanced dispersion in polypropylene matrices.

  2. Highly compatible with isotactic polypropylene, enabling excellent interfacial adhesion without compatibilizers.

  3. Low melt viscosity improves processability in extrusion and injection molding of filled or reinforced compounds.

  4. Enables significant reduction in energy consumption during compounding due to lower torque requirements.

  5. Non-toxic, REACH-compliant formulation suitable for food-contact-acceptable applications when compounded appropriately.

Typical Applications Of Clariant Licocene PP 3602 fine grain TP

  1. Functional masterbatches for PP-based automotive interior components.

  2. Thermoplastic elastomer (TPE) modifiers in PP/EPDM blends.

  3. Viscosity control agents in high-flow thin-wall packaging applications.

  4. Processing aids for mineral-filled PP compounds used in durable goods housings.

  5. Performance enhancers in fiber and nonwoven PP spunbond/meltblown processes.

Specifications Of Clariant Licocene PP 3602 fine grain TP

Chemical TypeMetallocene-catalyzed linear polypropylene wax
Product FormFree-flowing fine granules
AppearanceOff-white to pale yellow granules
Melt Point (DSC, 10°C/min)148–152 °C
Melt Flow Rate (230°C/2.16 kg)350–450 g/10 min
Average Particle Size250–400 µm
Density (23°C)0.895–0.905 g/cm³
Key FeaturesLow volatility, low odor, high thermal stability up to 280°C


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