Hiperco 50A rod 12.95-130.43mm Alloy Permendur 2V round rod (length : 0.02 Meter, diameter : 102.11mm)

Length Tolerance +/-2mm

If you require a different steel grade or size, please reach out to us. Our sales team will provide a quote based on our stock or delivery options.

• Production time: 5-7 weeks.
• Shipment preparation: 2-3 business days.
• Delivery time: Depends on the shipping service. Please refer to our FAQ for more details.

Hiperco 50A is a soft magnetic alloy composed of iron, cobalt, and vanadium, known for its exceptionally high saturation induction. It features the highest saturation induction among soft magnetic alloys and a high Curie temperature of 940℃. This allows motors made with Hiperco 50A to be significantly lighter and more compact—up to 50% smaller than traditional motors with equivalent performance. Additional benefits include high sensitivity, minimal heat generation, excellent stability, and extended service life. Its elevated Curie point means Hiperco 50A maintains magnetic properties at higher temperatures where other materials might become demagnetized, ensuring stable performance even in demanding environments.

Evek GmbH offers Hiperco 50A alloy with international shipping, providing safe and convenient delivery as a trusted supplier of various materials.

Main characteristics of Hiperco 50A:

• Excellent resistance to creep and oxidation;
• High surface stability;
• Soft magnetic properties;
• Challenging to form.

Typical applications include specialized motors in the aerospace sector where high magnetic strength and minimal weight are crucial; electromagnets for medical devices such as those used in radiation therapy; electrical generators; specialty and magnetic transformers; pole pieces for electromagnets; magnetic bearings for supporting rotating components; and instruments requiring high magnetic flux.

If you are looking to purchase Hiperco 50A, Evek GmbH offers competitive pricing and can provide tailored offers on request if you don’t find your required product listed.