Stainless Steel Capillary Tube 4x1mm - 20x2mm Thin-Walled Round 1.4845 AISI 310S

Length tolerance can be up to +/-2%

Need a different steel grade or dimension? Please write to us. Our sales team will make an offer from the stock program or delivery program :)

• Production time - none. Already in stock.
• Shipping preparation - 2-3 working days.
• Delivery time - depending on the package service. Please check the FAQ.

The heat-resistant steel AISI 310S is an analogue of AISI 310 with low carbon content. This version is characterized by additions of nickel and chromium, which increase the strength properties of the steel. The material is highly resistant to all types of corrosion (surface, crack, and crevice corrosion). The material 1.4845 has excellent flow resistance over a wide temperature range.

The marking of steels with AISI 310 guarantees the maintenance of their physical parameters at temperatures not exceeding 1000°C. In this case, forging can be done at temperatures up to 1200°C and cooled with air or water. At temperatures above 1000°C, scale begins to form, which affects a parameter such as the brittleness of the alloy.

Stainless steels of this grade are easily weldable with all welding techniques and are characterized by their formability. This allows the use of the steel in the production of rolled steel through drawing and forming processes.

The alloy is used in modern turbines, internal combustion engines, and construction.

Properties of material 1.4845:

• high toughness
• creep resistance
• good resistance to high-temperature corrosion
• scale resistance up to 1050°C

Main application areas for material 1.4845:

• Petrochemical industry
• Oil and gas pipelines
• Heat treatment plants

Online Shop Auremo offers only high-quality metals at affordable prices. If you have any questions, our customer service is happy to help. We always have a large selection of high-quality metals in stock.

Chemical composition (in %):

Mechanical properties (room temperature):

Physical properties (room temperature):