Introduction

AMS 4975 Titanium Bar specifies a beta titanium alloy composition: Ti-3Al-8V-6Cr-4Mo-4Zr (also known as Beta C Titanium Alloy or UNS R58640 Titanium Alloy). This ultra high strength titanium alloy offers the highest tensile strength among commercially available titanium alloys (typically >1400 MPa after heat treatment), combined with lightweight titanium alloy bar, excellent corrosion resistance titanium bar, and high strength to weight ratio titanium characteristics.

As a high performance beta titanium alloy, AMS 4975 is heat treatable via solution treatment and aging, achieving high tensile strength titanium rod properties while maintaining good ductility and fatigue resistant titanium alloy behavior. Unlike alpha-beta alloys (Grade 5), this aerospace grade titanium alloy provides deeper hardenability, allowing larger cross-sections to be uniformly heat treated. It also exhibits excellent corrosion resistance in chloride, seawater, and reducing acid environments.

Our product range includes AMS 4975 Titanium Bar, AMS 4975 Titanium Rod, Titanium Round Bar AMS 4975, Beta Titanium Alloy Bar, Aerospace Titanium Bar, High Strength Titanium Rod, Titanium Forged Bar, and Precision Ground Titanium Bar – all available in various titanium bar diameters, titanium rod sizes, and custom size titanium bar configurations.

Key standards & equivalents:

• AMS 4975 Titanium Bar / AMS 4975 Beta Titanium Alloy / AMS 4975 Titanium Rod

• Ti-3Al-8V-6Cr-4Mo-4Zr Titanium Bar (Beta C)

• UNS R58640 Titanium Alloy

• Aerospace Titanium Alloy AMS 4975 / Titanium Alloy AMS 4975 Specification

• High Strength Titanium Alloy AMS 4975 / Titanium Round Bar Specification AMS 4975

Specifications & Process Options

We provide Titanium Rod Size Chart and Titanium Bar Diameter Chart – request yours

Applications

1. Aerospace – Landing Gear & Structural Components

(titanium bar for aerospace, titanium alloy bar for landing gear, titanium bar for structural aerospace components)

• Titanium alloy bar for landing gear – AMS 4975 titanium round bars are machined into landing gear struts, torque links, and actuator components. The ultra high strength titanium alloy replaces steel, reducing weight by ~40% while maintaining strength. Fatigue resistant titanium alloy properties withstand repeated takeoff/landing cycles.

• Titanium bar for structural aerospace components – wing spars, fuselage frames, and engine mounts. High performance beta titanium alloy offers deep hardenability for thick-section forgings.

• Aerospace titanium alloy bar – used in helicopter rotor hubs and drive system components requiring high tensile strength titanium rod.

2. Fasteners & Defense Industry

(titanium rod for fasteners, titanium alloy rod for defense industry)

• Titanium rod for fasteners – bolts, studs, and screws for aircraft and missile assemblies. High strength titanium rod provides excellent thread strength and galling resistance (reduced with appropriate coatings).

• Titanium alloy rod for defense industry – armored vehicle components, torpedo bodies, and launch system hardware. Corrosion resistant titanium bar withstands marine and harsh environments.

3. High Performance Engineering & Automotive Racing

(titanium bar for high performance engineering, titanium alloy bar for automotive racing)

• Titanium bar for high performance engineering – racing car suspension pushrods, anti-roll bars, and engine valve springs. Lightweight titanium alloy bar reduces unsprung mass and rotational inertia.

• Titanium alloy bar for automotive racing – connecting rods, wheel studs, and exhaust system components benefiting from ultra high strength and heat treatable titanium alloy properties.

4. Marine & Industrial Equipment

(titanium rod for marine applications, titanium rod for industrial equipment)

• Titanium rod for marine applications – propeller shafts, seawater pump shafts, and submarine components. Excellent corrosion resistance titanium bar is immune to seawater crevice corrosion.

• Titanium rod for industrial equipment – high-pressure chemical reactor shafts, downhole oil and gas tools, and offshore platform actuators. Beta titanium alloy supplier provides AMS 4975 bars for demanding services.

Why Choose Us as Your AMS 4975 Titanium Bar Supplier?

We are a leading titanium bar supplier, titanium rod manufacturer, beta titanium alloy supplier, and titanium round bar stockist – a trusted titanium rod exporter and titanium alloy manufacturer with extensive experience in AMS 4975 Titanium Bar. All our bars meet the Titanium Alloy AMS 4975 Specification and are supplied with mill test certificates, heat treatment records, and NDT reports as required.

What we offer:

• Complete product forms – Bar, Rod, Round Bar, Forged Bar, Precision Ground Titanium Bar

• Specialty alloy – Ti-3Al-8V-6Cr-4Mo-4Zr (Beta C / UNS R58640) per AMS 4975

• Processing flexibility – Forged, hot rolled, cold drawn, precision ground, polished

• Wide size range – from Titanium Bar 10mm, 20mm, 50mm, 100mm, 1 inch, 2 inch to any custom size

• Heat treatment – STA (solution treated + aged) for ultra high strength titanium alloy performance

• Custom solutions – Custom size titanium bar, titanium bar cut to size, CNC machined titanium bar, titanium bar surface finish to your drawing

• Global shipping – As a titanium rod exporter, we deliver worldwide

Contact us for Titanium Rod Size Chart, Titanium Bar Diameter Chart, Titanium Round Bar Dimensions, or a quick quote on Titanium Bar 10mm, Titanium Rod 20mm, Titanium Round Bar 50mm, Titanium Bar 100mm, or any custom requirement.

MONO Group is one of AMS 4975 Titanium Bar and other Titanium alloy Manufacturer, Supplier, Wholesaler from China, We can supply ASTM / DIN / ISO / GB / AMS stndard high quality Titanium plate, sheet, round bar, wires, tube, pipes, fittings, flange, pls contact us freely for your RFQ to info@monokj.com