Titanium Angle for Marine Hull Reinforcement serves as a critical structural component in marine engineering. Leveraging titanium alloy's exceptional corrosion and fatigue resistance, it provides long-term protection against seawater, electrolytes, and marine atmospheric erosion, ensuring structural reliability in harsh environments. The optimized equal-leg cross-section design delivers an ideal strength-to-weight ratio for hull reinforcement.

Manufactured with advanced forming techniques, this product guarantees superior mechanical properties and long-term stability. Its excellent weldability and machinability enable modular assembly and seamless integration with other metal structures. As marine technology advances, titanium angle has emerged as the material of choice for lightweight and durable ship designs.

Products Specifications

Material Grade: Gr1/Gr2/Gr5

Surface Finish: Mill Finish / Pickled / Polished

Packaging: Wooden Crates

Size (A×B, mm)	Thickness (mm)
30×30	3, 4, 5
40×40	3, 4, 5
50×50	3, 4, 5, 6
63×63	4, 5, 6
80×80	4, 5, 6
Notes: Size (A×B): Equal-leg angle bars (both sides are the same length,e.g., 30×30 means two 30mm legs). Thickness: Available options for each size (in mm).

Products Features

Excellent Corrosion Resistance:Titanium angles effectively withstand electrochemical corrosion and pitting in high-salinity marine environments, ensuring long-term durability of hull structures.

Superior Strength and Toughness: The high-strength alloy composition provides exceptional load-bearing capacity and fatigue resistance, effectively delaying crack propagation and ensuring structural safety and longevity.

Precise Dimensional Stability and Workability: Manufactured with advanced hot and cold forming techniques, these titanium angles maintain high dimensional consistency and offer excellent weldability and machinability, facilitating modular assembly and flexible design adjustments.

Lightweight Design for Structural Optimization: Titanium angles have lower density, significantly reducing hull weight while improving fuel efficiency and overall vessel performance.

Enhanced Resistance to Stress-Corrosion Failure: Titanium angles maintain structural integrity under simultaneous mechanical load and corrosive exposure, minimizing the risk of cracking in high-stress marine environments.

Natural Oxide Film for Ongoing Protection: The dense oxide layer on titanium surfaces provides both oxidation resistance and marine biofouling inhibition, reducing maintenance frequency and extending service life.

applications

Hull Structural Reinforcement: Titanium angles are widely used to reinforce critical areas of ship hulls, enhancing overall strength and impact resistance.

Offshore Platform Support Structures: Applied in the framing and support of offshore oil & gas platforms and wind turbine foundations, ensuring stability in harsh marine conditions.

Ship Repair and Retrofit: Ideal for localized reinforcement and structural strengthening during ship maintenance and retrofitting, extending vessel service life.

Lightweight Frame Fabrication: Used in high-speed vessels and specialized naval ships to build lightweight support frameworks, improving speed and fuel efficiency.

Corrosion Protection Systems: Serves as corrosion-resistant structural components in marine environments, reducing maintenance needs in vulnerable areas.

Modular Hull Design: Supports modular hull construction, enabling fast assembly and efficient shipbuilding aligned with modern manufacturing techniques.