Badger Alloys offers a variety of Bronze and Copper-base Alloys to meet your sand casting service needs. This is a distinct capability; many foundries are not able to work with the wide variety of alloys we do, including copper-nickel, nickel-aluminum bronze, silicon brass, and all varieties of steels and stainless steels.
Because of the wide variety of alloys poured at Badger Alloys, OEMs view us as a “one-stop shop” to meet all their pump equipment needs. This alleviates the need to move tooling and pattern equipment to multiple foundries; OEMs can have all their pump equipment needs met on our manufacturing campus in Milwaukee.
There are many benefits of copper alloys. Copper-nickel alloys, like C96400, offer:
Copper alloys are often used in industrial applications. Copper/nickel alloys are ideal for:
Due to the incredibly diverse array of materials poured on site at Badger Alloys, we pour alloys like nickel-aluminum-bronze on a daily basis instead of scheduling it weeks out into production. This allows our customers to realize shortened lead times on specialty and complex castings.
Aluminum bronzes, especially when combined with nickel as with NiAb, offer:
Aluminum bronze alloys provide low oxidation rates at high temperatures and low reactivity with sulfurous compounds and other exhaust products of combustion. As such, they are commonly used for:
Have questions about our alloys? Request a Quote or Consult. We will respond shortly!
High alloy and stainless steel alloys are high-value alloys that are suitable for many applications.
Read MoreBrass alloys are popular for their corrosion resistance, particularly in sea water and other water service applications.
Read MoreAs industry-leading non-ferrous cast steel and carbon steel casting manufacturers, Badger Alloys offers a wide variety of low alloy steels to suit your project requirements.
Read MoreNickel-base alloys are most often alloyed with a particular element to impact certain properties.
Read MoreWear-resistant alloys are used primarily for their resistance to oxidation and impacts of certain gases.
Read Moresubmit a request for a proposal or quote