Invar®36 Alloy rod 8-40mm 1.3912 alloy 36 Nilo 36 K93600 Round rod 1.2-2 meter (length : 1.2 Meter, diameter : 25mm)

Length tolerance: +/-2mmIf you require a different steel grade or specific dimensions, please contact us. Our sales team will provide a tailored offer from our stock or delivery program.- Production time: None – this item is available in stock. - Preparation for shipment: 2-3 business days. - Delivery time: Depends on the parcel service; refer to our FAQ for more information.1.3912 (Invar 36) is an austenitic alloy composed mainly of 61% iron and 36% nickel, with small amounts of silicon, sulfur, phosphorus, manganese, cobalt, chromium, and carbon. It is known for its exceptionally low coefficient of thermal expansion, along with good ductility and toughness. Invar 36 maintains strong mechanical properties at low temperatures, and cold working can further reduce its thermal expansion. Below the Curie temperature, it is ferromagnetic; above this temperature, it becomes non-magnetic.Evek GmbH is your trusted supplier for 1.3912, offering high-quality nickel alloys at competitive prices.Applications of Invar 36 include: - Production, storage, and transport systems for liquefied gases - Measuring and control equipment such as thermostats for temperatures below 200°C - Manufacturing OLED screens - Aircraft construction (CFRP parts) - Satellite construction (frames, brackets, housings for electronic control units) - Optical and laser systems (support elements for electromagnetic lenses) - Cryogenic components - Automotive industry componentsKey properties of Invar 36: - Very low thermal expansion - Good ductility and toughness - High strength at low temperatures - Suitable for cold forming - Ferromagnetic below the Curie temperature, non-magnetic above1.3912 is available in the Evek GmbH online shop. Purchase high-quality nickel alloys from Evek GmbH and experience top product quality.Chemical composition (in %): - Ni: 35.0 – 37.0 - Cr: 0.25 - Fe: Balance - C: 0.05 - Co: 0.5 - Mn: 0.6 - S: 0.015 - Si: 0.4 - P: 0.015