PTFE‑Modified Polyolefin Micronized Wax is composite micronized powder wax developed as direct drop‑in substitute for CERETAN MXS 3615 B. Combining the lubricating property of polyolefin wax with excellent friction‑reducing performance of PTFE, this fine powder delivers outstanding slip, scratch‑proof and abrasion‑resistant effects. It can effectively lower surface friction coefficient of dry coating and ink film, minimize marring and scuffing, which makes it a preferred functional additive for
Product Overview PTFE‑Modified Polyolefin Micronized Wax (CAS 9002‑84‑0) is a composite micronized wax powder designed to replace CERETAN MXS 3615 B. It integrates polyolefin and PTFE components at microscopic particle level. After incorporation into coating or ink formulation, fine wax particles migrate gently towards the surface during film formation. A uniform lubricating wax layer is formed on the top of cured film, which significantly decreases surface friction coefficient and enhances resistance against rubbing, scratching and mechanical abrasion. The product exhibits good heat stability under common curing and drying conditions.
Key Features ‑ Combined advantages of polyolefin wax and PTFE for superior slip and abrasion resistance ‑ Fine controlled particle size distribution for consistent surface modification performance ‑ Low impact on coating gloss, suitable for both high‑gloss and satin coating systems ‑ Good thermal stability, no decomposition during high‑temperature drying ‑ Reliable direct alternative to CERETAN MXS 3615 B for cost‑effective formulation development
Typical Technical Properties ‑ Chemical Name: PTFE‑Modified Polyolefin Micronized Wax ‑ CAS No.: 9002‑84‑0 ‑ Appearance: White fine micronized powder ‑ Melting Point: Refer to TDS ‑ Average Particle Size: Refer to TDS ‑ PTFE Content: Refer to TDS
Applications ‑ Industrial coating: Improve scratch and scuff resistance for metal and plastic topcoats ‑ Printing ink: Boost rub‑resistance for flexographic and gravure packaging inks ‑ Powder coating: Enhance surface slip property for cured powder coating film ‑ Varnish: Surface modification for overprint varnish in packaging industry
Processing Recommendation This micronized wax should be incorporated during the grinding or high‑speed dispersion phase of coating and ink production. The typical dosage ranges from 0.3‑3.0 wt% depending on required slip and abrasion‑resistance level. Preliminary laboratory formulation testing is strongly recommended before mass manufacturing.
Storage & Handling Store in cool, dry, well‑ventilated warehouse. Avoid direct sunlight and excessive heating. Reseal the package immediately after opening to prevent moisture and dust contamination. Wear proper personal protective equipment during powder handling operations

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