China Titanium and Titanium Alloy H-Shaped Profiles - Top Suppliers from a Trusted Factory
Products Detail
I. Core Characteristics: Dual Advantages of Structure and Material
High strength, low weight. The H-shaped cross-section distributes stress, offering 30% higher bending strength than steel profiles of equivalent weight. Titanium's density of 4.51 g/cm³ is 43% lighter than steel, significantly reducing overall equipment load.
Maintains stability across diverse media. GR2 resists fresh water/mild corrosion, GR5 withstands extreme temperatures/fatigue, GR7 endures acid/salt spray—adapting to harsh environments.
Supports custom flange widths (30-150mm), web heights (50-200mm), and wall thicknesses (3-12mm). Enables direct welding and assembly, minimizing secondary processing.
II. Grade-Specific Applications
III. Key Advantages: Core Reasons for Replacing Traditional Materials
Compared to steel H-beams (prone to rust, heavy weight) and aluminum alloy H-beams (low strength, poor acid resistance), titanium and titanium alloy H-beams achieve "load-bearing without added weight, corrosion resistance without replacement." They are particularly suited for long-term structural support in outdoor, underwater, and highly corrosive environments.
Frequently Asked Questions
Titanium H-section profiles feature a "double web + flange" design that provides high bending strength and reduces weight. They offer 30% higher bending strength than steel profiles of equivalent weight, while being 43% lighter due to titanium's low density of 4.51 g/cm³.
To meet diverse installation needs, these profiles support custom flange widths ranging from 30 to 150mm, web heights from 50 to 200mm, and wall thicknesses from 3 to 12mm.
Each grade is optimized for different environments: GR2 is ideal for fresh water and mild corrosion; GR5 is designed to withstand extreme temperatures (-50°C to 400°C) and fatigue; and GR7 is highly specialized for severe acid and salt spray environments.
GR5 H-beams can handle the intense stresses from wind turbine blades, resist extreme temperatures, and offer a fatigue life of up to 20 years. Additionally, they reduce structural weight by 40% compared to steel, lowering overall energy consumption.
GR7 H-beams can support heavy loads (5-20 tons) while resisting severe corrosion from dilute sulfuric acid and organic acids. This eliminates the risk of structural collapse associated with steel corrosion, ensuring a service life exceeding 10 years.