Introduction

AMS 4930 Titanium Bar and AMS 4930 Titanium Rod specify Ti-6Al-4V Titanium Bar (Grade 5), also known as Grade 5 Titanium Bar, UNS R56400 Titanium Bar, or Aerospace Titanium Alloy AMS 4930. This high strength titanium alloy bar is the most widely used titanium grade in aerospace and industrial applications, offering an ideal balance of high strength titanium alloy bar, lightweight titanium rod, excellent corrosion resistance titanium bar, and high strength to weight ratio titanium (approximately 40% lighter than steel with comparable strength).

As an aerospace titanium bar, AMS 4930 delivers fatigue resistant titanium alloy properties, heat resistant titanium rod capability (service up to 300°C), weldable titanium alloy bar, and durable aerospace titanium bar performance. This high performance titanium alloy is also seawater resistant titanium rod, making it suitable for marine environments. AMS 4930 is equivalent to ASTM B348 Grade 5 Titanium Bar and Titanium Grade 5 Round Bar, but with tighter aerospace quality requirements.

Our product range includes AMS 4930 Titanium Bar, AMS 4930 Titanium Rod, Titanium Round Bar AMS 4930, Titanium Forged Bar, Precision Ground Titanium Bar, Titanium Bright Bar, and Titanium Alloy Round Bar – all available in various titanium bar diameters, titanium rod sizes, and custom size titanium bar configurations.

Key standards & equivalents:

• AMS 4930 Titanium Bar / AMS 4930 Ti-6Al-4V / AMS 4930 Grade 5 Titanium

• Ti-6Al-4V Titanium Bar AMS 4930 / UNS R56400 Titanium Bar

• Aerospace Titanium Alloy AMS 4930 / Titanium Alloy AMS 4930 Specification

• Titanium Round Bar Specification AMS 4930

• ASTM B348 Grade 5 Titanium Bar (commercial) / Titanium Grade 5 Round Bar

Specifications & Process Options

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

Applications

1. Aerospace & Aircraft Industry

(titanium bar for aerospace, titanium rod for aircraft industry, titanium bar for turbine components, titanium alloy rod for structural aerospace applications)

• Titanium bar for aerospace – AMS 4930 round bars machined into jet engine components (compressor blades, discs, spacers, casings), airframe structural parts (wing spars, fuselage frames, landing gear components), and engine mounts. The high strength to weight ratio titanium directly reduces aircraft weight, improving fuel efficiency and payload capacity.

• Titanium rod for aircraft industry – hydraulic actuator rods, control rods, tie rods, and fasteners. Durable aerospace titanium bar ensures long‑term reliability under vibration and cyclic stress.

• Titanium bar for turbine components – heat resistant titanium rod with fatigue resistant titanium alloy properties withstands high centrifugal loads and elevated temperatures in compressor sections.

• Titanium alloy rod for structural aerospace applications – wing box chords, fuselage longerons, and seat tracks requiring high strength titanium alloy bar.

2. Fasteners & Defense Industry

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

• Titanium bar for fasteners – Ti-6Al-4V titanium rod machined into bolts, nuts, studs, and rivets for aircraft, missile, and spacecraft assemblies. Grade 5 titanium offers excellent thread strength and galling resistance (with appropriate coatings).

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

3. Marine & Oil and Gas

(titanium rod for marine applications, titanium rod for oil and gas)

Titanium rod for marine applications – propeller shafts, seawater pump shafts, rudder components, and submarine hardware. Seawater resistant titanium rod is immune to crevice corrosion and biofouling.

Titanium rod for oil and gas – downhole tools, subsea connectors, valve stems, and actuator rods in H₂S/CO₂/chloride environments. Excellent corrosion resistance titanium bar replaces high‑nickel alloys.

4. Industrial Equipment & High Performance Engineering

(titanium bar for industrial equipment, titanium alloy bar for automotive racing)

• Titanium bar for industrial equipment – chemical pump shafts, centrifuge spindles, reactor agitator shafts, and heat exchanger tubesheets. Industrial titanium alloy bar eliminates corrosion‑related downtime.

• Titanium alloy bar for automotive racing – connecting rods, valve spring retainers, exhaust system hangers, and suspension links. Lightweight titanium alloy rod reduces unsprung mass and rotational inertia.

Why Choose Us as Your Titanium Bar Supplier?

We are a leading titanium bar supplier, titanium rod manufacturer, and titanium round bar stockist – a trusted titanium rod exporter with extensive experience in AMS 4930 Titanium Bar. All our bars meet the Titanium Alloy AMS 4930 Specification and are supplied with mill test certificates, full traceability, and NDT reports as required.

What we offer:

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

• Grade focus – Ti-6Al-4V (Grade 5 / UNS R56400) per AMS 4930 and ASTM B348

• 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

• 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 4930 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