SM810K01 3BSE030928R1 PLC Module

In a leading construction equipment factory, it was applied to the external surfaces and piston rods of hydraulic cylinders used in excavators and bulldozers. The coating’s high adhesion (≥5 MPa) and resistance to mineral oil, grease, and environmental moisture effectively prevented rust and pitting caused by long-term exposure to soil, rain, and industrial lubricants. Field tests showed that cylinders treated with it maintained operational integrity for 3,000+ hours of continuous use—doubling the service life compared to traditional epoxy coatings.

A offshore oil and gas company specified it for metal brackets and connection pins on offshore drilling platforms. The coating’s low surface energy (≤30 mN/m) and biocide-infused formula inhibited the adhesion of marine organisms (barnacles, algae) while withstanding salt spray corrosion (ASTM B117 test: 1,500 hours without blistering). This reduced the need for quarterly cleaning and maintenance, cutting operational costs by approximately 28% over a two-year period.

In a large-scale dairy processing plant, it was applied to stainless steel conveyor belts and guide rails. The coating’s non-toxic composition (compliant with FDA 21 CFR 175.300) and smooth, non-porous surface prevented bacterial buildup and facilitated easy cleaning with hot water and food-grade detergents. Post-installation audits confirmed a 40% reduction in microbial contamination incidents, ensuring compliance with strict food safety standards (e.g., EU 10/2011).

A wind farm operator adopted it for the hub connectors and blade fasteners of onshore wind turbines. The coating’s UV resistance (QUV test: 2,000 hours without chalking) and flexibility (elongation at break: ≥300%) withstood extreme temperature fluctuations (-40°C to 80°C) and high winds. After three years of exposure to harsh climates, the coated components showed no signs of cracking or delamination, reducing unplanned downtime for repairs.