Baoji Huacan's High-Strength Titanium Structural Components are engineered from aerospace-grade titanium alloys including Ti-6Al-4V (Grade 5), delivering tensile strength ≥950 MPa, yield strength ≥880 MPa, and fatigue resistance exceeding 12 million cycles. These components are light weight (density 4.43 g/cm3) and may be machined to a precision of ±0.01 mm with a superior strength to weight advantage over the steel equivalents. All parts are made on our 40+ CNC machines, backed by over 10 years of titanium knowledge and made to your precise designs and requirements.

Parameter	Specification
Material Grade	Grade 2, Grade 5 (Ti-6Al-4V), Grade 7, Grade 9, Grade 23
Material Standard	Applicable ASTM / AMS specifications, according to material grade and product form
Tensile Strength (Grade 5)	Typically 895–1,000 MPa, depending on material condition and applicable standard
Yield Strength (Grade 5)	Typically 825–880 MPa, depending on material condition and applicable standard
CNC Machining Tolerance	±0.01 mm for specified features, subject to part geometry and drawing review
Part Dimensions & Surface Finish	Customized to drawings; machined finish, polishing, sandblasting, pickling or suitable anodizing
Inspection & Quality Control	CMM dimensional inspection, visual inspection, PMI and UT where applicable

High strength-to-weight ratio — tensile strength ≥950 MPa at just 4.43 g/cm³
Outstanding fatigue performance — rated beyond 12 million cycles for cyclic-load environments
Corrosion immunity — near-total resistance to seawater, chloride, and chemical exposure
Thermal stability — creep resistance maintained up to 350°C
Tight dimensional accuracy — ±0.01 mm machining precision for critical interface surfaces
Galvanic compatibility — suitable for assembly with CFRP composite structures

Aerospace Equipment

High-Strength-Titanium-Structural-Components-Applications

Chemical Processing Equipment

High-Strength-Titanium-Structural-Components-Applications

Marine Engineering

High-Strength-Titanium-Structural-Components-Applications

Aerospace & Defense — Landing gear beams, wing box spars, and engine pylons demand materials with high-G load resistance and thermal cycling stability. Titanium's galvanic compatibility with carbon fiber composites makes it essential in modern airframes.
Offshore & Subsea Engineering — Deep-sea risers, stress joints, and ROV frames benefit from titanium's immunity to seawater corrosion and resistance to hydrogen embrittlement under high hydrostatic pressure.
High-Performance Automotive & Racing — Connecting rods, suspension uprights, and valve components see reduced unsprung mass and improved efficiency — outperforming aluminum alternatives under extreme loading.
Medical & Energy — Biocompatible grades such as Grade 23 (Ti-6Al-4V ELI) are applied in implantable devices and energy system components requiring long service life for High-Strength Titanium Structural Components.

The production starts with titanium ingots of high purity, which are refined using vacuum arc remelting (VAR) to guaranty low levels of impurities and chemical uniformity. Next, the ingots are formed on a 4,000-ton hydraulic press by open-die forging or precision die forging—building the grain structure essential for structural dependability.

Next is the CNC machining process using 5-axis machining centers for turning, milling, drilling and thread machining for complicated geometries. Each component is inspected and then completed by secondary operations such as deburring, surface finishing and assembly.

We monitor each step in real-time to make sure tolerances stay within specification throughout the whole procedure.

Receiving Drawings

Annealing

Developing Machining Process

Finish Machining

Preparing Raw Materials

Deburring

Rough Machining

Deburring

40+ CNC lathes, machining centers, and gantry systems
4,000-ton hydraulic forging press for structural parts
Annual forging capacity: 3,000+ tons
Annual melting capacity: 5,000+ tons
Complex geometries and thin-wall titanium parts supported


melting	melting	forging	forging	rolling

BJHC follows a rigorous multi-stage inspection protocol. Incoming materials are verified via spectrometer-based chemical composition analysis. In-process dimensional checks maintain tolerances throughout machining.

Ultrasonic testing detects internal voids or inclusions per AMS-STD-2154. CMM and micrometer inspection confirms final dimensional compliance. Mechanical testing verifies tensile strength, yield, and hardness against ASTM and AMS standards. Full traceability documentation — including material certificates and inspection reports — ships with every order.

Certifications

Baoji Huacan is ISO 9001 quality management system certified, all the procedures from raw materials accepting to the final shipping are carried out according to it. It is produced according to ASTM B381, AMS 4928, AMS 4911 and DIN specifications for titanium forgings and machined components.

Mechanical Properties Testing

Inner Diameter Measurement

Ultrasonic Testing

CMM Dimensional

Mounting Hole Diameter Measurement

Quality Management System Certification

Ready to source precision High-Strength Titanium Structural Components built to your specs? Contact us at Joy@hc-titanium.com for a fast quote.