FERROTAN — polyurethane enamel with micaceous iron oxide
Moisture-curing enamel with micaceous iron oxide — an intermediate coat over zinc primers for bridges, oil and gas, chemical plants and hydraulic structures.

A highly filled epoxy enamel — 82 % solids by volume — with a radiation resistance of at least 1 MGy; the coating is decontaminable, water- and weather-resistant. Its main application is nuclear power plants and radiochemical plants, including containers for nuclear waste, as well as steel structures and bridge trusses in water and the atmosphere. It is applied on its own over metal and concrete, as a finish coat over VINIKOR-ecoprime, TSINEP, IZOLEP-mastic primers or over aluminium metallising; in a system with VINIKOR-ecoprime-01 it holds a type approval certificate of the Russian Maritime Register of Shipping.
| Manufacturer | VMP — AO “NPKh VMP”, Yekaterinburg |
|---|---|
| Type | epoxy enamels and coatings |
| Base | epoxy resin, polyamine/polyamide type hardener; two-pack |
| Colour | white, grey and others; uniform semi-gloss |
| Packaging | kit: base and hardener in metal pails and metal cans |
| Application method | airless spray (nozzle 0.019–0.023″, 25–32 MPa), brush, roller; 1–4 coats; base:hardener 100:14 by weight; thinners SOLVIN-12, SOLV-EP up to 7 % (by weight); on concrete — primer-impregnation made of the enamel with no more than 7 % solvent |
| Application temperature | from +5 to +35 °C, relative humidity max. 85 %; surface at least 3 °C above the dew point; temperature of the prepared enamel not below +15 °C; concrete — at least 28 days after placing, moisture of the surface layer max. 4 % |
| Drying | to degree 3 — no more than 24 h at 20 °C; overcoating with the next coat — after 5 h at 20 °C, interval between coats no more than 24 h; primer-impregnation on concrete — at least 8 h; before service in aggressive media — at least 7 days at 15–22 °C |
| Key properties | density — 1.65±0.10 g/cm³, pot life at 20 °C — at least 1 h, volume solids — 82±2 %, non-volatile matter by weight — at least 91 %, radiation resistance — at least 1 MGy, decontaminability, water resistance, weather resistance, resistance to technical media |
| Compatible materials | stand-alone coating over metal and concrete; finish coat over VINIKOR-ecoprime, TSINEP primers, IZOLEP-mastic primer-enamel; over aluminium metallising |
| Shelf life | base and hardener — 24 months from the date of manufacture |
| Standards | TU 20.30.12-009-67503963-2019; state registration certificate RU.77.01.34.008.E.003258.12.21; RS type approval certificate No. 26.44.01.05240.120 (system “VINIKOR-ecoprime 01 – VINIKOR EP-1155D”); Russian River Register certificate ROSS RU.RO00.N00432; GOST R 51102; conclusions of FSUE “NITI named after A.P. Aleksandrov”, AO “NIKIMT-Atomstroy”, NRC “Kurchatov Institute” – TsNII KM “Prometey”, NII LKP with OMZ “Viktoriya” |
Data from the manufacturer’s technical data sheet. The coating system, number of coats and quantity are selected for your project on request.
Moisture-curing enamel with micaceous iron oxide — an intermediate coat over zinc primers for bridges, oil and gas, chemical plants and hydraulic structures.
Thixotropic epoxy primer for the internal surfaces of tanks, tank cars and pipelines, working in a system with NEFTEKOR enamel.
Cold galvanising compound for steel structures, bridges and the power industry: 96 % zinc in the dry coating, applied down to −25 °C.
Alkyd primer-enamel with low flame spread for escape routes and ship spaces; over metal and wood, RAL colours.
Silicone primer-enamel for structures at oil and gas, chemical and power facilities heated up to +600 °C; over steel, concrete, brick.
Antifouling enamel without organotin compounds for low- and medium-speed ships and fixed structures; applied from −5 °C.