High-Strength Beta Titanium Forging: Isothermal & Near-Beta Solutions

ForceBeyond specializes in the High-Strength Beta Titanium Forging required for heavy-lift landing gear and high-stress airframe structures. Operating from our AS9100-certified facilities, we utilize Isothermal Forging to process near-beta alloys like Ti-5553 and Ti-10-2-3. Our Tier-1.5 model ensures that these fracture-critical components reach ultra-high tensile strengths (greater than 1,200 MPa) while maintaining total microstructural uniformity.

Engineering Focus: Why Beta Titanium?

Beta and Near-Beta titanium alloys offer the highest strength-to-weight ratio and fracture toughness of any titanium class. However, they are notoriously difficult to forge due to their narrow “processing windows.”

  • Superior Deep Hardenability: Ideal for thick-section parts like landing gear beams where uniform properties are required throughout the component.
  • High Fracture Toughness: Essential for components subjected to extreme cyclic loading and impact.
  • Excellent Cold Formability: Providing versatility in secondary finishing operations at our Beta Titanium Machining centers.
AS9100-certified titanium forged jet engine turbine blade showing optimized grain flow and near-net-shape precision for aerospace propulsion systems.

Isothermal Forging: Eliminating Microstructural Defects

To achieve Top 5 authority, we highlight our use of Isothermal Forging. By heating our dies to the same temperature as the titanium billet (1,400°F – 1,550°F), we eliminate “die chilling” and the resulting surface cracking.

Alloy Forging Strategy Mechanical Advantage
Ti-10V-2Fe-3Al Near-Beta Forging Highest strength-to-toughness combination.
Ti-5Al-5V-5Mo-3Cr Beta-Transus Processing Superior fatigue life and creep resistance.
Ti-15V-3Cr-3Al-3Sn Cold-Headable Forging Optimized for high-strength aerospace fasteners.

Cross-Cluster Integration: Tier-1.5 Connectivity

ForceBeyond provides a seamless technical transition between manufacturing methods to optimize your project’s performance and cost.

Finish Requirement: Beta Titanium Machining

Beta alloys work-harden rapidly. Our machining spoke specializes in low-speed, high-torque 5-axis milling designed specifically for Ti-5553, ensuring we meet aerospace tolerances without inducing surface residual stress.

Geometric Complexity: High-Precision Titanium Casting

For high-strength components with intricate internal cavities or valve bodies where forging flow lines cannot be optimized, our Titanium Aerospace Casting spoke offers a near-net-shape alternative using high-purity vacuum induction melting.

Frequently Asked Questions: Beta Titanium

Q: What makes Ti-5553 superior for landing gear?
A: Ti-5553 offers a wider processing window and better high-temperature strength than traditional Ti-64, allowing for more consistent properties in the large, heavy-section forgings required for modern aircraft landing systems.

Q: Does ForceBeyond manage the heat treatment for Beta alloys?
A: Yes. High-strength properties in Beta alloys are achieved through precise Solution Treating and Aging (STA) cycles. We manage this process within our AS9100 QMS to ensure the final part meets the required AMS 4983 or AMS 4984 standards.

Request a Quote for Beta Titanium Forging

Secure Your Aerospace Supply Chain with Direct Operational Oversight.

Due to the specialized nature of Beta Titanium alloys (Ti-5553, Ti-10-2-3), our engineering team conducts a mandatory thermal-mechanical review for every project to ensure AS9100 compliance.

Please include the following in your RFQ:

  • Technical Drawings: (STEP, IGES, or high-resolution PDF)
  • Specific Alloy Grade: (e.g., Ti-5553, Ti-10-2-3, or Ti-15-3-3-3)
  • Heat Treatment Requirements: (e.g., Solution Treat & Age – STA requirements)
  • Critical-to-Quality (CTQ) Zones: Identify areas requiring specific fracture toughness or grain structure.
  • Estimated Annual Usage (EAU): To help us secure raw billet stock from our co-owned inventory.

 

Request for Quote

Sources

Our Internal Resources for Die Casting, Investment casting, Forging and Sand Casting