China Titanium Square and Hexagonal Bars Suppliers - Gr2 & Gr5 Factory Specifications and Custom Options
Products Details
GR2 Titanium Square Bar (Suitable for Low Loads)
Core Advantages: Good ductility (elongation 20%), can be bent and formed, suitable for structural parts requiring light processing
GR2 Titanium Hexagonal Bar (Suitable for Mild Corrosion Scenarios)
Core Advantages: Resistant to seawater and freshwater corrosion, lower cost than GR5, suitable for low-load and mild corrosion scenarios
GR5 Titanium Square Bar (Suitable for High-Load Transmission)
Core Advantages: High strength (895MPa) + fatigue resistance, suitable for high-torque transmission and heavy-load support scenarios
GR5 Titanium Hexagonal Bar (Suitable for Installation in Harsh Environments)
Core Advantages: Resistant to high temperatures of 400℃ and strong acid corrosion, no slippage during installation, suitable for harsh environments such as aviation and petroleum industries
Parameter
| Grade | Composition | Tensile Strength | Core Advantages | Applicable Scenarios |
|---|---|---|---|---|
| GR2 | Pure Titanium (≥99.6%) | 345MPa | High ductility, easy to process, resistant to mild corrosion | Scenarios with low load and requiring formability |
| GR5 | Ti-6Al-4V | 895MPa | High strength, resistant to medium temperatures, fatigue resistance | Scenarios with high load and harsh environments |
Industry Application Scenarios by Grade
Using square bars to make marine guardrail supports, hexagonal bars to make bolts for freshwater filters, which are resistant to freshwater corrosion and low in cost;
Using square bars to process mixer shafts of juicers, hexagonal bars to make fixing pins for can sterilizers, meeting FDA hygiene standards;
Using square bars to make outdoor furniture brackets and hexagonal bars to make handles of gardening tools, which are easy to process and resistant to atmospheric corrosion.
Using square bars to process drive shafts of drilling platforms, hexagonal bars to make downhole valve bolts, which are resistant to high temperatures of 300℃ and oil-gas corrosion;