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Nitronic 30 fasteners are stainless steel fastened materials that have become popular for their remarkable properties, making them ideal for many industries. They have excellent corrosion resistance in toxic atmospheres and remain untarnished in humid conditions. In addition, they also possess excellent wear and fatigue resistance at high and low temperatures, making them an ideal choice for automobile components. Nitronic 30 fasteners are also highly malleable, allowing the material to be bent and deformed without losing strength. It is additionally highly resistant to oxidation and has good weldability characteristics. These features make them a suitable material for medical devices and plumbing systems due to their higher-than-normal durability. Overall, Nitronic 30 fasteners are versatile materials that stand the test of time due to their superior properties in protection from harsh environments.

30 Nitronic Fasteners are classified as austenitic stainless steel, which contains higher levels of chromium, nickel and nitrogen. Its chemical composition comprises around 17% chromium, 11-14% nickel, 2-3% manganese, 2.25-3.25% molybdenum, 8-10% iron, 4-6 % silicon, 0.03 maximum carbon and 1.5-2.5% nitrogen. These fasteners offer excellent resistance to corrosion in seawater and other acidic environments, making them an ideal choice for marine settings and chemical industries alike that require a safe and secure fastening product that can withstand these harsh conditions.

FAQ's for Nitronic 30 Fasteners

The most common uses for Nitronic 30 fasteners include applications in the food industry, medical industry, aerospace, automotive and marine industry due to their outstanding corrosion resistance properties.

Nitronic 30 is also known to be highly corrosion resistant which contributes to its strength and makes it suitable for a variety of industries. It offers good tensile strength when cold worked and has good yield strength.

Yes,Nitronic 30 requires careful attention when welding as it can become prone to cracking if not welded properly. It is advisable to use advanced welding techniques such as pulse or double pulse MIG/MAG welding or TIG welding when working with this material.

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