In Corrosion-proof & Wear Resistant masonry construction, the success of an installation depends, to a great-extent, on the selection of proper Mortar to join the acid proof brick or ceramic tiles.
Establishment and Foundation
Our journey began in 1967 with a small team of engineers determined to fight corrosion, which was silently damaging pipelines, ships, refineries, and infrastructure. At a time when corrosion was seen as an unavoidable cost, we believed innovation could change the story. We laid our foundation with a focus on metallurgy, protective coatings, and field studies.
Research to Reality
By the turn of the millennium, years of experimentation began to pay off. We established a dedicated R&D division and partnered with global laboratories and academic institutions. Our first generation of protective coatings and corrosion-resistant alloys was successfully deployed in marine and offshore industries. These early successes gave us recognition as a reliable solution provider.
Growth & Global Reach
The 2010s marked our expansion. We scaled up manufacturing, built specialized service teams, and took our solutions to international markets. With proven performance in oil & gas, power plants, and chemical industries, we diversified into eco-friendly coatings, nano-materials, and corrosion monitoring systems. By the end of the decade, our footprint extended across multiple continents.
Our dedicated emergency services ensure that clients receive immediate support whenever unexpected situations arise. Corrosion-related failures, leaks, or equipment breakdowns can cause costly downtime and safety risks — which is why our rapid-response team is available 24/7.
Equipped with specialized tools, protective solutions, and expert technicians, we provide on-site inspections, temporary fixes, and long-term corrective measures to minimize disruption and restore operations quickly.
Our priority is clear: fast response, safe solutions, and reliable protection, so that industries can continue running without extended interruptions.
Anti-corrosion coatings are protective layers applied to metal surfaces to prevent or slow down corrosion. They can be organic (paint-based), inorganic (zinc, phosphate), or hybrid coatings depending on the application and environment.
Corrosion causes equipment failure, production downtime, and costly repairs. Effective corrosion prevention ensures longer equipment life, safety, reduced maintenance costs, and better operational reliability.
Anti-corrosion protection is essential in the following sectors: Oil & Gas, Marine & Offshore, Power Generation, Automotive & Transportation, Construction & Infrastructure, Chemical Processing, and Water Treatment Plants.
Common methods include protective coatings and paints, cathodic protection (sacrificial anodes or impressed current systems), corrosion inhibitors, material selection (stainless steel, galvanized steel), and surface treatments.
These coatings act as a barrier between the metal surface and corrosive elements. Some also provide active protection by releasing inhibitors or using sacrificial metals like zinc that corrode in place of the protected surface.
The lifespan depends on several factors, such as coating type, surface preparation, application method, environmental conditions, and maintenance. Typically, coatings last from 3 to 25 years with proper application and care.
Proper surface preparation is critical for coating performance. Steps often include degreasing or cleaning, abrasive blasting or sanding, priming, and ensuring a dry, dust-free surface before coating.
In Corrosion-proof & Wear Resistant masonry construction, the success of an installation depends, to a great-extent, on the selection of proper Mortar to join the acid proof brick or ceramic tiles.
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