Rubber Coating Projects

Mill Liner Underlay Rubber Coating

On-site services were provided by CorCoat to Ersel Ağır Makine Sanayi for a total of six mill liner underlay cold rubber coating projects with diameters of 9150 mm, 6200 mm, and 4700 mm.

Mill Screen Frame Rubber Coating

To protect mill screens against wear, mill screens of various diameters such as 5800 mm and 3800 mm were coated with NR- and SBR-based rubber and subsequently cured for 24 hours or more using the free steam vulcanization method.

Mining Sector Casting Beams Rubber Coating

Wear-resistant rubber coating and vulcanization processes of 6–10 mm thickness for casting beams in the mining sector were completed by CorCoat and delivered to Metso Germany.

Mining Sector Mill Liners Rubber Coating

In our 2,000 m² closed facility in the industrial zone, various autoclave-vulcanized rubber coating parts were manufactured for Metso, intended for use in the Russian mining sector.

Pipe and Mill Wear Rubber Coating

All stages, from sandblasting before coating to vulcanization, are monitored with quality reports and submitted to the client.

Mining Sector Slurry Tanks Rubber Coating

CorCoat completed the internal wear rubber coating works for two steel slurry tanks with a diameter of 5400 mm and a height of 8500 mm.

Mill Screen Rubber Coating

To date, CorCoat has completed wear rubber coating works with autoclave vulcanization for hundreds of steel fabrications in various designs.

Chlor-Alkali Plant Ebonite Rubber Coating

On-site ebonite rubber coating works with a thickness of 6 mm were completed for a total of 46 pieces of equipment at Solufert.

Chlor-Alkali Plant Ion-Exchange Ebonite Rubber Coating

Equipment coated with autoclave vulcanization to Shore D 70 ±5 hardness were ion-exchange resin units at the Chlor-Alkali Plant, with filter holes and other detailed connections precisely coated.

İzDemir Enerji Cooling Water Lines Corrosion Rubber Coating

Rubber coating and autoclave vulcanization works with a thickness of 6–12 mm were carried out to protect the internal surfaces of existing reductions, tees, and similar components in cooling lines against corrosion and wear.