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

3M Dynamar FX-5920 Polymer Processing Additive

3M Dynamar FX-5920 is a fluoropolymer-based polymer processing additive from the Dynamar series, designed to reduce melt fracture and improve surface finish in extruded polyolefins and engineering resins. It enhances melt strength, die flow uniformity, and output stability without affecting final product properties or clarity.
  • 3m dynamar fx 5920 polymer processing additive_0b59531b
  • 3m dynamar fx 5920 polymer processing additive_0b59531b

Features Of 3M Dynamar FX-5920 Polymer Processing Additive

  1. Reduces melt fracture and improves surface finish in extruded polyolefin films and profiles.

  2. Enhances melt strength and bubble stability during blown film extrusion.

  3. Enables higher line speeds and improved process efficiency without compromising output quality.

  4. Compatible with a broad range of polyethylene (PE) and polypropylene (PP) resins, including LLDPE, LDPE, HDPE, and PP homopolymers.

  5. Non-migrating fluoropolymer-based additive with long-term thermal stability under typical processing conditions.

Typical Applications Of 3M Dynamar FX-5920 Polymer Processing Additive

  1. Blown and cast polyolefin films for packaging, agricultural, and industrial uses.

  2. Extruded profiles and pipes in PE and PP systems requiring smooth surface integrity.

  3. Thermoformed containers and thin-gauge sheets where melt uniformity and dimensional stability are critical.

  4. Coextruded multilayer structures requiring interfacial compatibility and reduced die lip buildup.

Specifications Of 3M Dynamar FX-5920 Polymer Processing Additive

Chemical TypeFluorinated ethylene-propylene (FEP) copolymer
Product FormPellets
AppearanceOff-white to light tan free-flowing pellets
Primary ApplicationsPolyolefin film extrusion, profile extrusion, and sheet processing
Key FeaturesMelt fracture reduction, surface defect suppression, die lip cleaning effect
BenefitsImproved productivity, enhanced optical clarity, reduced scrap rates
Recommended Loading Level200–1,000 ppm (0.02–0.1 wt%) depending on resin and process
Processing Temperature Range160–320 °C (suitable for standard PE/PP extrusion)


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