Stainless steel bar 8-40mm 1.4404 round steel 316l profile round bar 1.2-2 meter (length : 1.2 Meter, diameter : 15mm)

Length Tolerance: +/-2mm

Please note: The ends of sawn bars may be sharp or not deburred. Product images show bars in production length; supplied sawn bars may differ.

If you require different steel grades or dimensions, feel free to contact us. Our sales team will gladly provide you with a custom offer from our stock or delivery program.

• Preparation for shipping takes 2-3 business days.
• Delivery time depends on the shipping service. Please refer to our FAQ for details.

Round steel 1.4404 is an austenitic stainless steel alloy containing chromium, nickel, and molybdenum. With its low carbon content, this material offers excellent resistance to non-oxidizing acids and chloride-containing environments. It is resistant to intergranular corrosion and is easy to process, including welding and cold forming. Suitable for use at temperatures up to 550°C, with a continuous operating temperature of 300°C.

Evek GmbH is your reliable supplier for 1.4404 round steel. We offer competitive prices and excellent service—contact us for more information.

V4A bar steel is also suitable for low-temperature applications and offers good forgeability, polishability, and mechanical strength. However, continuous use in seawater or marine atmospheres should be avoided.

Common applications for 1.4404 round steel include:

• Valve manufacturing
• Dairies and breweries
• Decorative and kitchen equipment
• Chemical equipment construction
• Swimming pool construction
• Automotive industry

Main features of V4A rod:

• Outstanding resistance to non-oxidizing acids and chloride media
• Not prone to intergranular corrosion
• Excellent processability (weldable and suitable for cold forming)
• Usable at temperatures up to 550°C
• Good forgeability and polishability
• Strong mechanical properties

You can purchase V4A rods from Evek GmbH. Our online store is always available, and we look forward to your inquiries.

Chemical Composition (in %)