Marine & Offshore Engineering
Boat hulls, decks, superstructures, and offshore components require UPR systems that deliver high tensile and flexural strength, excellent water resistance, and long-term weatherability. Shipyards in Southeast Asia demand resins that process well in both hand lay-up and infusion molding while meeting classification society standards.
Product Overview
Boat hulls, decks, superstructures, and offshore components require UPR systems that deliver high tensile and flexural strength, excellent water resistance, and long-term weatherability. Shipyards in Southeast Asia demand resins that process well in both hand lay-up and infusion molding while meeting classification society standards.
Common Challenges
Osmotic blistering on hull surfaces after prolonged water immersion due to inadequate hydrolytic stability
Large laminates subject to exotherm-induced distortion, especially in thick-section keel and stringer lay-ups
Classification society approval requirements (Lloyd's, BV, DNV) narrow the resin selection pool and raise procurement complexity
Ambient-temperature shop conditions in tropical climates cause gel-time drift and inconsistent part quality
Our Solution
Aertuo supplies marine-grade UPR with certified hydrolytic stability, controlled exotherm, and gel-time tuned for tropical working conditions. Our boat-building series is formulated for hand lay-up, spray-up, and vacuum infusion, with options that meet Lloyd's, BV, and DNV requirements. Typical applications: monohull and multihull vessels, fishing boats, yacht cabins, marine fenders, and offshore platform components.
Application Scenes
Real-world applications of this product in manufacturing
Boat Hull Manufacturing
Fishing Trawlers
Pleasure Yachts
Ready to Get Started?
Contact our technical team for product recommendations and expert support tailored to your application.