Start with exposure
Describe whether the surface is indoors, outdoors, immersed or intermittently exposed. A coating suitable for atmospheric exposure is not automatically a suitable tank lining.
Select protective coatings by substrate, exposure and coating system. Atmospheric corrosion, chemical immersion, heat and abrasion impose different demands on primers, intermediate layers, topcoats and linings.
Request a Quote ↗Protection for metal, equipment and process surfaces
Describe whether the surface is indoors, outdoors, immersed or intermittently exposed. A coating suitable for atmospheric exposure is not automatically a suitable tank lining.
Surface preparation, primer compatibility, film build and curing conditions influence performance together. Select the system before comparing a single topcoat or resin.
Heat resistance, corrosion resistance and wear resistance are separate requirements. Where they overlap, review the operating conditions and the role of each layer.
Each type addresses a different protection or application requirement. Open a category to review its selection details.
Barrier coatings and resin systems for process environments
Explore categoryProtective finishes for heat-exposed metal
Explore categoryExterior finish layers for compatible protective systems
Explore categoryZinc-rich layers within steel protection systems
Explore categoryInternal protection selected for the contained medium
Explore categoryProtection selected for the actual wear mechanism
Explore category| Category | Selection focus |
|---|---|
| Glass Flake & Vinyl Ester Coatings | State each medium, concentration and contact temperature. Splash resistance and continuous immersion are different duties; mixed media and cleaning cycles also matter. |
| High-Temperature Coatings | Provide the surface temperature rather than only the fluid temperature. State peak temperature, duration, heating rate and cooling cycles where available. |
| Metal Protective Topcoats | Define indoor or outdoor service, colour and gloss requirements. Weathering, chemical splash and frequent cleaning should be assessed separately. |
| Zinc-Rich Coatings | Organic and inorganic zinc-rich systems differ in handling and overcoating. A zinc percentage needs a clear basis, such as dry-film mass, before values can be compared. |
| Tank & Pipe Linings | Provide chemical names, concentration, temperature and immersion duration. Include cleaning, emptying and refill cycles that may differ from normal storage. |
| Wear-Resistant Coatings | Sliding abrasion, impact and slurry erosion are different conditions. Describe particle size, movement and contact pattern so the material can be assessed for the actual duty. |
Specify the service medium, exposure cycle and the role of each layer. Steel and concrete need different preparation; an exterior finish and an immersion lining are different duties.
Application areas describe the selection scope. Suitability is determined for the specific material and actual operating conditions.
Include the following details with your quantity, destination and packaging requirements. A project specification or required test method helps define the material assessment.
Discuss your requirements ↗No single coating should be selected on that assumption. Match the chemistry and layer structure to the actual medium, temperature, substrate and exposure duration.
Include tank material, stored medium and concentration, normal and peak temperature, immersion cycle, cleaning method and access for preparation and curing.
Share the substrate, operating conditions and supply requirement. Let’s define the coating category and the details needed for your quotation.