PTFE Micropowder · Functional Additive

PTFE Micropowder Manufacturer for Stable Industrial Formulations

Peflon supplies PTFE micropowder for coatings, plastics and industrial additives — helping manufacturers and distributors achieve consistent results across batches, projects and long-term supply programs. Custom grades and bulk supply available from China.

  • Stable Particle Size
  • (EU) 2019/1021 Compliant
  • D50: 0.1 – 25 μm
  • PFOA Free & FDA Approved
View 11 Grades
Peflon PTFE Micropowder
11 Grades
PF-568 – PF-599
0.1 – 25 μm
D50 Range
< 1 – 20 %
Blend Loading
Additive
Non-Melting · Non-Migrating
Introduction

What is Peflon PTFE Micropowder?

PTFE micropowder — also called micronized PTFE powder — is made by controlled degradation and micronization of PTFE resin, then precisely classified into a fine, free-flowing powder. Disperses into inks, coatings, plastics, elastomers and lubricants to modify surface behavior at low dosage.

In coatings (powder, wood, coil) it lowers friction and boosts scratch/mar resistance. In printing inks it increases rub and slip without dulling color. In engineering plastics like PA, PBT and PP, small doses cut wear and noise in gears and clips. In greases and dry-film lube blends, PTFE micropowder delivers long-lasting slip under heat and chemicals.

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Low Friction

Easy slip and release across coating, plastic and lubricant systems.

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High Heat & Chemical Resistance

PTFE chemistry preserved after micronization.

Fine, Uniform Particles

Narrow D50 distribution for fast, homogeneous dispersion.

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Scratch & Wear Improvement

Improves scratch, wear and abrasion resistance at low dosage.

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Non-Melting, Non-Migrating

Stable in most binders — does not leach or blow out over time.

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Regulatory Compliant

PFOA free, (EU) 2019/1021 compliant, FDA approved for relevant grades.

Grade Overview

All Grades of PTFE Micropowder

Eleven grades cover every industrial additive use case. Through molecular design and surface modification, our PTFE micropowders address diverse material challenges with precision — blend content typically < 1% to 20% depending on target performance. Click the grade code for the full TDS.

Grade D50 (μm) Bulk Density (g/L) Key Feature Typical Applications
PF-568 ↓4.0 – 4.5300 – 350Fine micropowder, good dispersion, gloss improvement.Printing ink and ink-jet powder.
PF-575 ↓20 – 25400 – 500Coarse particle, strong wear resistance and sliding improvement.Engineering plastics and elastomers.
PF-576 ↓12 – 15500 – 600Balanced particle size — wear resistance and friction reduction.PA, POM, PBT, PC/ABS and modified plastics.
PF-578 ↓5 – 6400 – 500Uniform particle distribution — excellent lubrication and heat resistance.Modified plastics and elastomers.
PF-583 ↓2.5 – 3.5200 – 300Very fine particle for suspension stability.Lubricating oil systems.
PF-585 ↓3 – 3.5200 – 250Fine particle with low density — smooth dispersion.Lubricating oil systems.
PF-588 ↓0.1 – 0.4250 – 300Ultra-fine grade for high-end lubrication — equivalent to 3M™ 9207Z.Special lubricant systems.
PF-595 ↓4 – 5250 – 550Wide-use grade — wear resistance and gloss improvement.Plastics, inks, lubricants and elastomers.
PF-597 ↓10 – 12250 – 550Medium particle — friction and wear control.Engineering plastics and rubber.
PF-598 ↓4 – 5250 – 550Balanced lubrication and dispersion performance.Plastics, coatings, inks and elastomers.
PF-599 ↓3 – 4250 – 550High whiteness, easy blending, strong lubrication.Plastics, coatings, grease and elastomers.
Why Peflon

Why Choose Peflon PTFE Micropowder

Choosing PTFE micropowder is not about chasing performance claims. It is about avoiding batch drift, re-testing and supply surprises once production starts. Peflon focuses on reducing these risks for distributors and manufacturers.

Raw Material Control
Raw Material Control

Built to Control Raw Material

If PTFE micropowder varies, formulations drift and rework begins. Peflon supplies with defined particle-size ranges — material behavior stays predictable.

  • Less formulation adjustment
  • Fewer batch-related issues
Checked Before Shipment
Pre-Shipment QC

Checked Before Shipment

Problems are usually found after delivery — when it is already late. Peflon verifies key properties before release to support incoming inspection.

  • Particle size consistency checks
  • Clear material identification
FAQ

FAQ of PTFE Micropowder

1. Is PTFE Micropowder the same as PTFE resin?

No. PTFE micropowder is used as a functional additive, while PTFE resin is used for molding or extrusion. They serve different purposes and are not interchangeable.

2. Is PTFE Micropowder the same as PTFE wax?

No. Although both are additives, PTFE micropowder and PTFE wax differ in molecular structure and behavior. PTFE micropowder is typically selected when solid fluoropolymer characteristics are required.

3. What particle size should I choose for PTFE Micropowder?

Particle-size selection depends on your formulation sensitivity and processing method. Fine grades are typically evaluated for coatings; larger particles are more common in plastics and compounds.

4. Why does PTFE Micropowder sometimes fail to disperse?

Dispersion issues are usually related to particle-size choice, mixing method or shear conditions — not the micropowder itself. Grade selection should match processing conditions.

5. Can PTFE Micropowder be used without changing my formulation?

In many cases, PTFE micropowder can adjust surface behavior without redesigning the base formulation. Testing is recommended before scale-up.

6. Is PTFE Micropowder suitable for large-scale production?

Yes — widely used in industrial production when particle-size definition and material consistency are controlled.

7. Can I switch PTFE Micropowder suppliers without requalification?

Switching suppliers may require requalification, depending on particle-size distribution and internal approval standards. Technical comparison is recommended before changeover.