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Titanium L-shape Right Angle

Titanium L-shape right angle
Material:Titanium Grade 1,Grade 2,Grade 3
Shape:L-Shape;U-Shape;Square,etc
Surface:Polished;Sandblasted
MOQ:1piece

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Description

what is Titanium L-shape right angle?

Titanium L-shape right angle (also known as titanium angle sections) are long, L-shaped titanium alloy profiles primarily used for corrosion-resistant, lightweight, and high-strength structural support, frame connections, and component reinforcement. They fully leverage the core advantages of titanium and serve as an ideal alternative to ordinary steel and stainless steel angle bars in harsh operating conditions.

Main Materials and Their Characteristics

Material Grade	Type	Features
Grade 1	Industrial-grade titanium	Highest purity, excellent corrosion resistance, and good formability
Grade 2	Industrial-grade titanium	Most commonly used, best value for money, and excellent overall performance
Grade 3	Industrial-grade titanium	Slightly higher strength than Gr2
Grade 5	Titanium alloy	Ti-6Al-4V,High strength, used in aerospace applications
Grade 7	Corrosion-resistant titanium alloy	Contains palladium; highly resistant to crevice corrosion

Specifications of the Titanium L-shape right angle

Specifications: Width × Width × Thickness (Standard lengths: 2000–6000 mm; custom lengths available)

30×30×3 / 40×40×3 / 40×40×4

50×50×3 / 50×50×4 / 60×60×5

80×80×5 / 100×100×6, etc.

60×30×3 / 80×50×5, etc.

Thickness range: 0.8 mm – 50 mm

Special specifications available upon request

Key Features of Titanium L-shape right angle

1. Exceptional Corrosion Resistance

In seawater, chlorides, nitric acid, organic acids, and alkaline solutions, a dense TiO₂ oxide film forms instantly on the surface, providing virtually complete protection against corrosion.

Its service life far exceeds that of 316L stainless steel; it is maintenance-free and offers lower long-term total costs.

2. High Specific Strength (Lightweight)

Density is only 4.51 g/cm³ (60% that of steel).

Strength is comparable to ordinary steel, yet weight is reduced by 40%–50% under equivalent load-bearing conditions.

Advantages: Reduces structural loads, lowers transportation and installation costs, and improves equipment energy efficiency.

3. Other Outstanding Properties

Non-magnetic: Does not interfere with magnetic fields, making it suitable for electronic equipment, medical MRI rooms, and naval vessels.

Non-toxic and biocompatible: Suitable for medical devices and the frames of food and pharmaceutical machinery.

Mechanical stability: Maintains stable performance within the temperature range of -250°C to 300°C, without embrittlement or softening.

Good machinability: Can be cut, drilled, welded (TIG welding), and bent into shape.

Main Application Areas of Titanium L-shape right angle

Chemical / Petrochemical: Supports, frames, and saddles for reactors, columns, and piping; acid- and alkali-resistant platform structures.
Offshore Engineering: Support components for desalination equipment, ships, and offshore platforms (resistant to seawater corrosion).
Power / Metallurgy: Corrosion-resistant supports for flue gas desulfurization systems, electrolysis workshops, and acid washing equipment.
Pharmaceutical / Food: Non-magnetic, non-toxic frames for cleanrooms and production equipment.
Aerospace: Lightweight structural supports and cabin fasteners (primarily Grade 5).
Special Vehicles / Sports: Lightweight frame connectors for high-end bicycles and racing cars.