Liquid Coating: Access the Inaccessible

Halar® ECTFE powder coatings have been used since 1975 as the ideal corrosion protection prevention material in a wide variety of industries. Our new Liquid Halar® ECTFE coating system combines superior performance properties with a high level of adhesion to various substrates and high permeation resistance.

 

industrial-pipes-liquid-halar

No More Blind Spots or Inaccessible Surfaces

Liquid Halar® ECTFE has been designed to expand the range of applications for corrosion prevention. All of its grades can be applied by standard liquid spray equipment, making it possible to coat previously inaccessible surfaces, like oversized vessels, long pipe internal diameter (ID) of long pipes, tanks, and containers.

A Two-in-One Product

Liquid Halar® ECTFE has been developed as a 2-coat system, combining together a high-adhesion liquid primer and a liquid topcoat, for an easier and faster application without sacrificing uniform coating thickness. Its unique combination of properties delivers long-lasting performance to a diversified range of metallic substrates.

Complete this form to receive the Liquid Halar® ECTFE Brochure

Excellent Chemical Resistance

Liquid Halar® ECTFE coating system exhibits the same performance as the very well-known and appreciated Halar® 6014 powder coating system and better chemical resistance than Corrosion-Resistant Alloys (CRAs).
 

Halar® ECTFE Resistance to Different Corrosive Chemicals and Organic Species

After 30 days continuous exposure
Chemical

Conc

[% by weight]

Test temp

[C°]

Swelling

(weight%)

Mechanical
Properties
Variation

H2SO4

98 121 <1% Insignificant
HCI 37 121 <1% Insignificant
HF 50 121 <1% Insignificant

HNO3

50 50 <1% Insignificant

H2O2

30 88 <1% Insignificant
Chlorine
Water
Saturated
solutions
40 <1% Insignificant
NaClO 15 100 <1% Insignificant
NaOH 30 121 <1% Insignificant
TMAH 25 100 <1% Insignificant
Methanol 100 65 <1% Insignificant
Data obtained at atmospheric pressure by immersion of compression molded specimens according to ASTM D543