Meet Our Partner
Trelleborg Marine & Infrastructure, with its regional base in Singapore, is part of the global Trelleborg Group, a leader in advanced polymer engineering. In the offshore energy sector, the Singapore team focuses on heavy-lift and floatover installation solutions, delivering highly engineered hardware designed for critical brownfield and greenfield developments across Asia-Pacific and beyond.
The core offering centers on floatover systems, including Load Management Units (LMU), Deck Support Units (DSU), and Sway & Surge Fender systems. These components are engineered to manage impact loads, control vessel motions, and ensure controlled load transfer during topside mating operations. With proven performance in some of the industry’s most demanding floatover installations, the systems are designed to meet stringent project specifications, tight tolerances, and complex marine conditions.
Beyond floatover hardware, Trelleborg supplies offshore jacket accessories such as leg cans, pile grippers, diaphragm closures, and other critical steel and elastomer-integrated components. Each solution is backed by detailed engineering analysis, material expertise, and project-specific customization to ensure structural integrity, safety, and installation efficiency.
Supported by an extensive global track record and a highly experienced engineering team, Trelleborg Marine & Infrastructure has successfully delivered installation-critical solutions for major international offshore projects worldwide, providing clients with confidence in performance, compliance, and execution certainty.
Trelleborg Singapore’s cutting-edge polymer solutions for the float-over installation process areengineered to deliver exceptional energy absorption, vibration dampening, and movement tolerance. By choosing Trelleborg’s solutions, you are investing in unparalleled reliability, safety, and performance, optimized for the most challenging offshore environments.
Trelleborg’s jacket leg can systems are expertly engineered to meet the stabilizing requirements of an oil and gas platform’s substructure throughout the installation process.
With specialized elastomeric solution, the system features Shock Cells and Eccentric Bumper Rings (EBR) together with a durable steel contact surface that absorb and dissipate kinetic energy, reducing impact forces and preventing platform damage.
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(Company Reg. No. 1569119-T)
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