Latest News from Metal Associates

How Are High Tolerance Copper Coils Used in Industry?

High tolerance copper coils are a cornerstone of modern industrial applications, prized for their precision, durability, and exceptional conductivity. At Metal Associates, we specialize in delivering high tolerance copper coils crafted from the finest materials to meet the exacting demands of industries like electronics, automotive, and telecommunications.

Supplied Metals for Garden Art Business

Metal Associates prioritizes the supply of our high-quality metal material to clients working in STEM (science, technology, engineering, and Mathematics) fields.

Stowage Locker for HUNCH Program

On 2/24/2020, Metal Associates Vice President, Steve Martiak signed a stowage locker that will be sent to the International Space Station as part of the HUNCH program.

HUNCH Program

At Metal Associates, we are focused on not only contributing to the here and now, but contributing to and investing in the future of STEM and the future of students interested in STEM in the United States.

High Purity Metals

As a full line distributor of both ferrous and non-ferrous metals in a variety of shapes, tempers, alloys and forms; Metal Associates has a reputation of providing our customers with top of the line products and high quality customer service.

Lock Wires

As a full line distributor of both non-ferrous and ferrous metals in just about every shape, temper, alloy or form out there we are proud of each and every product that leaves our doors because we know that due to a close attention to detail that our products will fit the desired application of our customers in the best way possible.

Metal Associates – Copper Sizing

Copper tubes and pipes are frequently used in the plumbing industry because they can be shaped into 90 degree angles and easily soldered or compressed together to form a connection.

Metal Associates – Recycling Copper Wire

Copper has quickly become one of the more expensive metals to manufacture with. It is a very limited resource, and it is costly to extract.