Anti‑corrosion coatings

Buildings | Hangars Inside

Cold galvanization

ARMEPOX®

ARMEPOX® PRIMER 041 UHS

Two‑component epoxy primer‑finish coating with a non‑volatile solids content of 76 % and zinc phosphate, providing excellent anticorrosion protection. Fast curing, ideal for high‑productivity application in shop environments at temperatures down to −10 °C.

epoxyfast dryinglight gray red‑brown

ARMEPOX®

ARMEPOX® DTM 242 UHS

Two‑component epoxy anticorrosion colorable coating DTM with a volume fraction of non‑volatile substances of 70 %.

epoxyfast drying

ARMEPOX®

ARMEPOX® DTM 242

Two‑component epoxy anticorrosion colorable coating DTM with a non‑volatile content of 70 %.

epoxyfast drying

ARMOPUR®

ARMOPUR® DTM 113 Gloss

Corrosion‑protective primer‑finish coating, two‑component, glossy, acrylic‑polyurethane, weather‑resistant.

acrylic polyurethaneтолстослойное нанесениеColor‑matched to RAL, NCS, and sample

FAQ

How do anti-corrosion coatings work?

There are 3 main mechanisms of corrosion protection:

Barrier protection: creation of a physical, impermeable layer that isolates the metal from moisture and oxygen.
Inhibition: corrosion inhibitors can be included in the coating composition—active chemical substances that slow down or stop the rusting process.
Protective or cathodic: some metallic coatings (e.g., galvanizing) act as a “sacrificial anode,” corroding first and protecting the base metal until they are completely consumed.

How to choose a corrosion protection coating system?

To select a coating system, several important points should be clarified:
1. Conditions of corrosive activity of the environment in which the product or metal structure will be used.
2. Required service life of the coating
3. Surface condition and its type
4. Conditions under which painting will be carried out
Based on this data, select a coating, or seek consultation.

What determines the cost per square meter of the finished coating, and how does the dry residue affect it?

The cost will be directly linked to material consumption. Material consumption, in turn, is directly linked to its dry residue. This is a critically important parameter that directly influences the price per square meter.
The dry residue indicates what portion of the liquid material remains on the surface after solvent evaporation and drying.
Coating with a high dry residue (70-80%): Contains little solvent. To achieve a finished film thickness of 100 µm, a smaller amount of liquid material is required.
Coating with a low dry residue (30-40%): Contains a lot of solvent. To achieve the same 100 µm thickness, twice as much liquid material is needed, as half of the volume simply evaporates.