PFA Micro Powder
Polyfluoroalkoxy PFA micro powder — white, D50 5 – 100 μm. Used as a functional additive for electrostatic spraying, non-stick coatings, industrial coatings, lubricating materials, inks, engineering plastics and rubber elastomer modification.
- ✓Stable PFA Micropowder Supply for Long-Term Sourcing
- ✓Alternative to 3M, Daikin, Chemours Grades
- ✓Consistent Batch Quality from China
What is PFA Micropowder?
PFA Micropowder — also known as fluoropolymer micropowder or PFA fine powder — is a finely divided PFA-based additive used to modify surface behavior in industrial formulations. Peflon PFA micropowder focuses on controlled particle size, formulation compatibility and supply consistency — typically blended into coatings, inks, plastics and compounds where slip, wear resistance or processing stability matters. In-house production with documented QC supports distributors and OEM manufacturers needing reliable long-term supply.
PFA Micropowder Grade Comparison
Typical properties of four PFA micropowder grades — select by application focus. All data from internal testing and COA. Contact our technical team for formulation matching.
PFA Micropowder Applications
Electrostatic spraying, non-stick coatings, industrial coatings, lubricants, inks, engineering plastics and rubber elastomer modification.
FAQ of PFA Micropowder
1. What is the typical D50 range for PFA Micropowder?
D50 particle size varies by grade and application focus. Buyers use D50 as the main reference point to compare different PFA micropowder options and narrow down suitable grades for testing — Peflon stocks 5 / 10 / 15 / 30 μm D50 across PF-4P05 to PF-4P30.
2. How do I choose the right PFA Micropowder grade?
First identify the application type — coating, plastic compound or ink. Then use D50 particle size and MFR as the primary indicators to shortlist suitable grades before bench evaluation.
3. Is PFA Micropowder used as a main raw material?
No. PFA micropowder is a functional additive, not a base polymer. It's added in controlled amounts to existing formulations to adjust surface-related behavior — slip, wear, release — without replacing the main material.
4. Can the same PFA Micropowder grade be used across different applications?
Some grades may be evaluated in more than one application — e.g. both coatings and plastic compounds. Performance depends on formulation systems, so bench testing is recommended before scale-up.
5. How should PFA Micropowder be compared with other brands?
Compare on particle size (D50), processing behavior and application fit. Brand name alone is insufficient — technical parameters and test results are more relevant for selection.
Related to PFA Micropowder
Sourcing PFA micropowder for surface modification or processing control? Consider related fluoropolymer additives — PTFE micropowder and FEP dispersion offer similar functions under different processing conditions.