PG-S1
Waterborne polysiloxane (sol-gel)
- Film
- 5–15 μm
- Cure
- Thermal or ambient
- Best for
- New coils before shipment, OEM dip lines
Climate normals (mostly 1991–2020) from national meteorological services, NOAA and WMO for five major cities, including one on the Caspian coast; ranges span those cities. Categories are indicative estimates for the site types shown.
Waterborne polysiloxane (sol-gel)
Air-dry two-component, chemical-resistant
Transit time depends on the destination and the schedule, and is confirmed with each quote.
Away from industry, the dry continental climate keeps coils dry for much of the year, and many sites fall in the lower categories. The picture changes near mining and metallurgy, where acid gases and dust attack coils, and on the Caspian coast, where oil and gas facilities add hydrocarbons and salt to humid air.
Fine dust clogs fins and erodes films, so filtration and gentle cleaning matter as much as the coating. Hard winters mean cold starts for heat pumps and freeze risk for waterborne coating materials in transit.
Equipment and coating materials reach the region overland by rail or road, so packing is specified for long land transport and temperature swings rather than sea freight.
Send the project list and destination port
We reply within 24 hours with a coating recommendation and quote.
Often not for general buildings far from industry. Coating pays off near mining, metallurgy, chemical and oil and gas sites, and on the Caspian coast.
Waterborne coatings must be protected from freezing on overland routes. Ship in warmer months or use heated transport.
Tell us the equipment, the site and the destination port. We reply within 24 hours.