Materials We Buy

The list displayed here provides a general description of some of the scrap metal items and alloys which we commonly purchase from our customers. If you would like more detailed descriptions, click on any of the links below. For general enquiries or further information about these or other items, please contact us directly by phone at 905-612-1288 or e-mail us at info(at)peelscrapmetalrecycling.com

Click on any of the links below for more detailed information:
Copper • Aluminum  • Brass • Insulated Wire • End-of-Life Electronics
Stainless Steel • Nickel Alloys • Nickel • Carbide • Titanium
Steel • Cast Iron • Auto Cast 
Lead • Lead Acid Batteries • Electric Motors • Transformers • Ballasts • Radiators

Stainless Steel • Nickel Alloys • Nickel
Carbide • Titanium  

Stainless Steel is the most common of the nickel and high temperature alloys which we purchase. The various series of stainless steel are comprised mainly of nickel, chrome and iron and are valued for their non-corrosive nature. While stainless steel is used in many different applications, it is most familiar in the food, chemical, medical and auto industries.
304 Stainless Steel
Also known as 18/8 (18% chrome and 8% nickel) it is the most common grade. It should be four foot and under and free of other metals and contaminants. There are many other grades of 300 series stainless steel.
Nickel
May be in the form of sheet, plate, bar, tubes and any other wrought nickel scrap solids that are at least 99% nickel.
Cupro Nickel
This is a copper/nickel alloy, which may be in the form of tube, pipe, sheet, plate or other wrought solids that are either 70/30, 80/20 or 90/10 alloys.
Nickel Alloys
While there are many types of nickel alloys, some of the most common are Inconel, 330 Stainless Steel, Hastalloy and Monel.
Carbide
Carbide, or tungsten carbide, is usually found in the form of end mills, inserts or saw tips. It is heavy at about 16 times the weight of water.
Titanium
Titanium and titanium alloy scrap are used in a variety of applications from the aerospace industry to medical uses. This is because of titanium’s exceptional properties including corrosion resistance, high melting temperature, strength and light weight.

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