Alloys & Grades Purchased & Offered:

Titanium Alloy
High strength-to-weight ratio, versatile, durable and corrosion resistant, high temperature stability, biocompatibility, ductility and weldability; our titanium alloy scrap offers exceptional strength-to-weight ratios and heat resistance for ferrotitanium and vacuum melting applications.

• CP (1-4) / 6-4 / 407 / 3-2.5 / 5-2.5 / 6-2-4-2 / 6-2-4-6 / 8-1-1 / 10-2-3

Zirconium 
Recycled and repurposed due to its valuable properties and the high cost of primary zirconium production; zirconium scrap is highly versatile. It can be recycled into new alloys, chemical processing, recast into ingots, processed for additive manufacturing, metal injection moulding, coatings and surface treatments, plasma spraying and converted into zirconium for ceramic applications

• 702 / 705

Nickel 
High corrosion resistance, high temperature performance and mechanical strength, our nickel scrap is used for stainless steel production and to support superalloy manufacturing

• 200 / 201

Inconel 
High-performance scrap ideal for aerospace and industrial applications, known for its excellent oxidation and corrosion resistance. Inconel scrap can be remelted and refined to produce new inconel and other superalloys

• 600 & 700 grades

Hastelloy
Corrosion-resistant scrap metal perfect for chemical processing and high-temperature environments, available in various forms. Hastelloy scrap can be remelted and refined to produce new hastelloy alloys and other superalloys.

• C-276 / B-2 / B-3 / C-22 / X / G-30

Monel 
Valuable resource recycled and repurposed due to its high nickel and copper content, monel scrap is melted and refined to produce no monel alloys such as Monel 400 and Monel K-500, in addition to creating other nickel-copper alloys.

• 400 & 500 grades

Manganese 
Manganese scrap is a valuable resource primarily used in steelmaking, particularly in the production of ferromanganese and Silicomanganese. Manganese scrap typically comes in several grades, including high-carbon manganese, medium-carbon manganese, and low-carbon manganese. These grades are primarily derived from the recycling of used steel and ferroalloy products. High-carbon manganese scrap is the most commonly used, containing around 70-90% manganese, while medium and low-carbon grades are more refined and used in specific applications where lower carbon content is required, such as in high-strength steel and alloys.

Chrome 
Chrome scrap comes in several grades, including high-carbon ferrochrome, low-carbon ferrochrome, and charge chrome. These grades are derived from the recycling of used stainless steel and ferroalloy products. High-carbon ferrochrome scrap is the most common, containing a higher percentage of carbon and chromium, while low-carbon ferrochrome is used in applications requiring minimal carbon content, such as in the production of stainless steel. Charge chrome scrap, containing a higher proportion of chromium, is often used in specialty steel production.

Aluminium 
Aluminium scrap comes in various grades, including clean aluminium scrap, mixed aluminium scrap, aluminium castings, and aluminium turnings. Clean aluminum scrap is free from contaminants and typically comes from sources like used beverage cans or aluminum extrusions. Mixed aluminium scrap contains various alloys and may require further processing. Aluminium castings are derived from scrap parts used in the automotive and machinery industries, while aluminium turnings are small, shredded metal particles generated during machining. Each grade is recycled into high-quality aluminium for use in a wide range of applications, including automotive, aerospace, and packaging industries.

• 1100, 2204, 3003, 5052, 6061, 7075 & 6082 grades

Stainless Steel 
Stainless steel scrap is valuable for recycling because it retains many of the properties of new stainless steel, and recycling reduces the need for raw materials, making it a sustainable option for steel production. Each stainless steel grade is tailored for different uses, based on properties like corrosion resistance, strength, and ease of fabrication, making them essential for a wide range of industries from food production to aerospace.

• 304, 316, 430, 410, 2205 & 2507 grades

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- Turnings & Chips (Unprocessed & Clean)

- Dryer Fines

- Sponge Scrap

- Bulk Weldables

- Feedstock

- Ingot, Billet & Forging Scrap

- AM Powder Scrap

- Cobbles

- Briquettes

Alloy scrap recycling not only provides significant economic advantages but also aligns with global sustainability goals by promoting efficient resource use and reducing environmental impact and greenhouse gases (GHG).