Anti-Microbial Additives
Surface Engineering Chemistries

FLUORINATED
ADDITIVES

FLUORODYNE technologies for lowering surface tension and surface energy in coatings, ceramics, glass, metal, textiles and industrial process fluids.

Easy Clean Wetting & Levelling Stain Resistance Mist Suppression

Start with the required surface effect

FLUORODYNE grades are selected according to substrate, formulation chemistry and the performance required from the finished surface or process fluid.

01 · SUBSTRATE

Where will it work?

Identify whether the target is ceramic, glass, metal, textile, coating, stone or a plating bath.

02 · FORMULATION

How will it be incorporated?

Match the chemistry to water-based, solvent-based or specialised process systems.

03 · PERFORMANCE

What must the surface do?

Select for wetting, easy-clean behaviour, stain release, dirt resistance, anti-graffiti or mist suppression.

Control at the liquid–surface interface

The product range uses fluorinated chemistry to alter surface tension or the surface energy of the finished material.

Surface-Tension Reduction

Fluorosurfactants improve liquid spreading, substrate wetting, levelling and flow in formulated systems.

Low-Surface-Energy Protection

Fluoropolymer and fluorosilane technologies create surfaces that are less receptive to water, oil, stains and dirt.

Interface-Specific Selection

Performance depends on formulation type, substrate, dosage, application method and curing or drying conditions.

Where FLUORODYNE performs

Surface control for finished products and demanding industrial processes.

01

Ceramics & Sanitaryware

Easy-clean surfaces with resistance to water spots and staining.

Easy Clean Stain Resistance
02

Glass & Architectural

Low-maintenance glass and glazing with water- and oil-repellent surfaces.

Glass Repellency
03

Metal & Appliances

Protection against fingerprints and smudging on stainless steel and metal panels.

Metal Easy Clean
04

Textiles & Fabrics

Water- and stain-repellent finishing for apparel, upholstery and technical textiles.

Textile Stain Release
05

Paints & Coatings

Improved wetting, levelling and flow in waterborne and solvent-based systems.

Wetting Levelling
06

Building Exteriors

Paints and renders with dirt-pick-up and graffiti resistance.

DPUR Anti-Graffiti
07

Public Infrastructure

Graffiti-release protection for transit surfaces, signage and public walls.

Graffiti Release Protection
08

Metal Plating

Reduced acid mist and fume release from electroplating and chrome-plating baths.

Mist Control Plating

Products at a glance

Published chemistry and functional positioning from the supplied FLUORODYNE page.

Product Category Chemistry Platform Primary Function Typical Substrate or System
Easy Clean Coatings Fluoropolymer / Fluorosilane Water, oil and fingerprint repellency Ceramics, glass and metal
Non-Ionic Fluorosurfactants Fluorinated alkyl ethoxylate Wetting, levelling and flow Broad formulation types
Anionic Fluorosurfactants Fluorinated alkyl sulfonate / phosphate Wetting and levelling Aqueous, anionic-stabilised systems
Stain Resistance Additives Fluorocarbon resin Oil- and water-based stain repellency Textiles, natural stone and hard surfaces
Dirt Pick-Up Resistance Additives Fluoropolymer emulsion Reduced dirt and soot adhesion Exterior paints and coatings
Anti-Graffiti Additives Fluorinated acrylic copolymer Reduced spray-paint and ink adhesion Coatings, facades and public surfaces
Fume-Suppressing Fluorosurfactants Fluorinated mist suppressant Acid-mist and fume suppression Metal-plating and electroplating baths

Confirm the current product TDS, SDS, recommended dosage and compatibility in the complete formulation before commercial use.

Information Desk

Key Formulation
Questions

How should a FLUORODYNE grade be selected?
Begin with the required surface effect, then match the chemistry to the substrate, water- or solvent-based system and application process.
Are grades available for both water- and solvent-based coatings?
The source page states that selected grades are engineered for water-based, solvent-based and speciality coating systems.
What is the difference between a fluorosurfactant and a fluoropolymer additive?
A fluorosurfactant primarily modifies liquid surface tension, while fluoropolymer technologies are used to lower the surface energy of the finished surface.
Where are mist-suppressing grades used?
They are positioned for metal-plating, electroplating and surface-finishing baths where reduced acid mist or airborne fumes are required.

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