Finish Coat
MultiDur TC series coatings are polyurethane layers applied to the surface of a substrate for protection. These coatings help safeguard substrates from various types of damage such as corrosion, weathering, abrasion, and other deteriorating processes.
These coatings can be formulated to be glossy, matte, opaque, or transparent. While polyurethane coatings may appear visually similar to other coatings (e.g., epoxy), they possess several distinct properties that make them ideal for specific applications.
Although polyurethane coatings are highly durable, they are softer and more elastic than their epoxy counterparts.
MultiDur coatings for metals are available as one- or two-component systems, best suited for exterior equipment and accessories. Due to their toughness,
MultiDur coatings are widely used in corrosion management as a first line of defense against corrosive agents. A high-quality urethane coating provides excellent protection against UV rays, rain, snow, and other weather-related corrosive elements.
MultiDur coatings are also extremely durable, enhancing the longevity of equipment continuously exposed to harsh environmental conditions.
MultiDur products are listed below.
MultiDur™ TC 1252E
A two-component acrylic polyurethane protective coating with UV stability, offering excellent durability and long-term corrosion protection. Suitable for new construction and maintenance across a wide range of environments, including construction, roads and bridges, tanks, industrial maintenance, power plants, water treatment, marine and offshore structures, and chemical industries. It features fast drying, high gloss, excellent hardening, and high build properties, with a typical coverage of 10 m²/kg at 50 microns.
MultiDur™ TC1253
A high-build, two-pack aliphatic acrylic polyurethane coating for steel and cementitious surfaces, suitable for spray, brush, and roller application on pipes, concrete, and field joints. It offers excellent flexural and tensile strength with high impact and abrasion resistance, making it ideal for aggressive environments such as pipelines, offshore splash zones, bridges, chemical plants, and structural topsides. Available in cream, grey, and special colours with a sheen finish, it has 63%±2% volume solids and is typically applied at 50–100 microns DFT (80–160 microns WFT), providing a coverage of 12.60 m²/litre at 50 microns.
MultiDur™ TC1254
Polyurethane-based coating for steel and cementitious surfaces: a high-build, two-pack system suitable for spray, brush, and roller application on steel pipes, concrete, and field joints. It offers excellent flexural and tensile strength, along with high impact and abrasion resistance, making it ideal for aggressive environments such as pipelines, offshore zones, bridges, and chemical plants. Available in cream, grey, and special colours with a sheen finish, it has 57% volume solids and is typically applied at 50–75 microns DFT (87–132 microns WFT), with a coverage of 11.40 m²/litre at 50 microns.
MultiDur™ TC1257
A two-component aliphatic polyurethane finish coating designed for long-term durability on steel and concrete surfaces, including pipes and field joints. It provides excellent flexural and tensile strength with high impact and abrasion resistance, making it suitable for pipelines, offshore zones, bridges, chemical plants, paper mills, and heavy engineering industries. Available in cream, grey, and special colours with a high gloss finish, it has 62%±3% volume solids and is typically applied at 50 microns DFT (80 microns WFT), offering a coverage of 13 m²/litre. It can be applied by airless spray, air spray, roller, or brush, with a VOC of 240 g/kg.
MultiDur™ TC1258
A two-pack acrylic polyurethane coating for steel and concrete surfaces, suitable for spray, roller, and brush application. It offers excellent strength, impact, and abrasion resistance, making it ideal for pipelines, offshore zones, bridges, and industrial structures in aggressive environments. Available in multiple colours with a high gloss finish, it has ~72% volume solids and is typically applied at 50–75 microns DFT with a coverage of 14–15 m²/litre.