The

Non Ferrous

Specialists

Variety

We offer more variety of Non-Ferrous compositions and shapes
than any Manufacturer

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Entering our 125th Year

We have been proudly serving Non-Ferrous Industries Worldwide since 1896

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The Highest Quality

ISO 9001: 2015 certified with industry Industry leading quality practices. We’re the reliable partner you need.

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Belmont Metals offers over 3000 different metal compositions and shapes. Please browse through our offerings and do not hesitate to contact us if you need any assistance.

Aluminum-Based Alloys

Featuring Aluminum Alloys, Master Alloys & Powdered Metals

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Bismuth-Based Alloys

Featuring Low Melting Alloys, Solders, & Bismuth Alloys

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Custom Alloys for Research & Development

Custom Alloys for Universities and R&D Departments

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Copper-Based Alloys

Featuring Brass & Bronze, Master Alloys, Jewelry Alloys, Electoplating Anodes, Powdered Metals, Deoxidizers & Degasifiers and more

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Lead-Based Alloys

Featuring Lead Alloys, Babbitt Metals, Jewelry Alloys, Solders, & more

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Master Alloys

Featuring Aluminum and Copper Master Alloys, Deoxidizers & Degasifiers, & more

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Tin-Based Alloys

Featuring Pewter, Tin Alloys, Electroplating Anodes, Babbitt Metals, Jewelry Alloys, & more

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Virgin Metals

Featuring Virgin grade Aluminum, Copper, Lead, Nickel, Tin, Zinc, Minor Metals, & more

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Zinc-Based Alloys

Featuring Zinc Alloys, Solders, Marine Anodes, Electroplating Anodes and more

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COMPANY HISTORY

A Legacy of Exceptional Quality & Diligent Service

Belmont Metals was founded by George Henning in 1896 as a non ferrous dealership on Brooklyn’s Belmont Avenue. Today, Belmont Metals is an exceptionally diversified and recognized source for a large variety of non ferrous metal compositions and forms.

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BELMONT BULLETIN

Popular Aluminum Alloys Used for Additive Manufacturing

Production manufacturers use the term additive manufacturing to refer to 3D printing on an industrial scale. Many high-value products rely on aluminum alloys. In addition, production-scale 3D printing keeps growing increasingly popular. Thus, effective aluminum alloys for additive manufacturing have received much attention from manufacturers, researchers, and various industries.   Manufacturers often turn to additive manufacturing…

Differences Between Different Grades of ASTM-B23 Babbitt

Babbitt metals are tin-based or lead-based metals that were first invented in 1836. These metals are commonly used as bearing materials along axles and crankshafts. Babbitt metals offer a range of advantages such as corrosion resistance, friction resistance, low wear, and wetting properties. The alloys are designed to have the strength to handle high speeds…

Popular Metals Used with Additive Manufacturing

Additive manufacturing processes involve using materials to create parts, components, and finished products by layering the materials together. These processes create both simple and complex geometric parts for a range of industries including medical, aerospace, and automotive. In addition, many manufacturers use additive manufacturing for prototyping design concepts. These prototypes are made quickly and modified…

What is Additive Manufacturing?

Manufacturing products requires making a component, part, or full item from raw materials. There are two main types of manufacturing processes. One way to make the part involves taking a large chunk of the raw material and cutting, shaving, sawing, or drilling it down until forming the desired shape. This type of process is called…

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