Haynes 25 Bar 2.4964 Alloy L605(HS 25) Round Bar 5.21-168.78mm AMS 5759 (length : 0.02 Meter, diameter : 76.71mm)

Length Tolerance +/-2mm

If you require a different steel grade or size, please reach out to us. Our sales team will provide you with a customized quote from our stock or delivery range :)

• Production time: 5–7 weeks.
• Preparation for shipping: 2–3 business days.
• Delivery time: Depends on the chosen parcel service. Please refer to our FAQ for more details.

HAYNES® 25 (UNS R30605) is a cobalt-nickel-chromium-tungsten alloy known for its outstanding high-temperature strength and excellent resistance to oxidation up to 980°C during prolonged exposure. It also resists sulfidation and offers superior wear resistance. The alloy can be processed and formed using standard manufacturing methods and is suitable for casting.

Haynes 25® is among the strongest cobalt-based alloys suitable for processing. It maintains excellent strength and oxidation resistance up to 2000 °F and is best hot-worked between 1900 °F and 2300 °F. Alloy L605 can be bent, pressed, or drawn more easily than it can be cold-formed.

The Evek GmbH Online Shop supplies material 2.4964 and offers international delivery. As a trusted supplier, we ensure safe and efficient shipping of various materials.

HAYNES® 25 is easy to form and weld. It can be forged or hot-worked after being heated to 1205°C until the entire piece reaches temperature. The alloy is also suitable for cold forming due to its good ductility.

Key properties of HAYNES® 25 include:

• High ductility;
• Exceptional resistance to high temperatures;
• Reliable resistance to oxidizing environments;
• Good weldability.

Typical applications for HAYNES® 25:

• Aerospace components;
• Commercial gas turbine engines;
• Combustion chambers and afterburners;
• High-temperature ball bearings and bearing rings.

If you are interested in purchasing material 2.4964, Evek GmbH offers competitive pricing and will provide a tailored quote if you cannot find your desired product in our selection.