Our reach and resources, along with our core competencies will allow us to further expand our specialty alloy division on a much larger scale with this relationship.ĮDI is a leader in the Canadian electronics and metals recycling marketplace with a focus on B2B (Business to Business). We have set our sights on becoming a leader in the field of specialty alloy recycling. We will now be catering to the Specialty Alloys market on a global scale. We are excited about entering the future along side them because they share the same values and ideals as Alnor. That being said we have found an ideal partner in EDI. We understand our customers’ demands and Alnor has been committed to offering solutions that increase revenue through value, optimizing their scrap handling and offering a transparent and personal approach to their dealings. They have a very solid and strong reputation among their consumers and suppliers that have been dealing with them through the decades.Īlnor’s mission, from the beginning, has been to deliver value to our customers through hard work, knowledgeable staff, and practical solutions in our field. Call us at 90 so we can pick up your scrap metal.ĪLNOR INDUSTRIES is pleased to announce its merger agreement with Electronic Distributors International Inc.Īlnor Industries has signed a definitive agreement to merge all of its assets and operations with Electronic Distributors International (“EDI”).Īlnor, founded by Al Bauer and more recently operated along side his son Christian Bauer, has been proudly catering to the Non- Ferrous and Ferrous industries in the GTA since 1996. Mississauga’s metal recycling facility, Alnor Industries, promotes e-waste and nickel alloy recycling. As a result, companies can save on fuel and hull maintenance. Because of its resistance to corrosion, the hull is functional without coating. NiCu is also the preferred material for boat hulls. This type of alloy is highly resistant to corrosion by salt water making it an ideal material for condensers, heat exchangers, and piping in seawater systems and other related applications. This inorganic compound is thermodynamically stable in air and impermeable to oxygen while protecting the heating element from further oxidation.Įxamples of NiCr alloys are 70-30 (UNS N06008), C-Grade (UNS N06004) Alloy X-750 (UNS N07750, Alloy 600 (UNS N06600) and Alloy 601 (UNS N06601).Ĭopper-nickel or cupronickel is an alloy of nickel and copper (60%-90%) with small amounts of strengthening elements like iron and manganese. One advantage of nichrome over other metals is its ability to create an outer layer of chromium oxide when heated. For instance, the heating element of your toaster is usually made of a thick nichrome wire. It has a high melting point at around 2500° Fahrenheit and is very resistant to corrosion and wear.ĭue to its resistance to oxidation, nichrome is a popular material in heating elements. In today’s post, let’s learn more about the different applications of nickel alloys and why nickel alloy recycling is good for the manufacturing industry:Īlso called nichrome, nickel chromium alloy is typically composed of 80% nickel and 20% chromium. From making turbine blades in jet engines to springs in high precision watches, nickel alloys are preferred over other metals due to its increased hardness, improved tensile strength, and enhanced corrosion resistance. Manufacturers generally rely on nickel alloys due to its ability to function even in the most adverse conditions. Pure metals possess distinct physical and chemical properties but when combined with other metals, they form alloys that possess greater strength and more desirable qualities.
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