We are a leading manufacturer of non-ferrous forgings in brass, bronze, and aluminum. Mueller Brass Forging Company Inc. Has the ability to produce brass, bronze, and aluminum, closed-die forgings in a broad range of shapes and sizes. Mueller forgings are incorporated into a variety of end products including automotive components, fire fighting equipment, valve and fitting applications, industrial machinery, sporting goods, and computer hardware.
Our skilled technicians listen to customer requirements and assist in the selection of the proper alloy. Once the proper alloy has been selected, Mueller's quality control team and laboratory technicians begin monitoring every step of production to ensure total customer satisfaction.
The forging process offers a number of significant advantages over other metal-forming processes. Forging creates components with greater strength and resistance to fatigue. Because forged components are produced to near net shape, the need for secondary machining is minimized. Forgings are inherently smooth, and require minimal preparation for plating, buffing, or polishing.
We are a leading manufacturer of aluminum and copper impact extrusions. Mueller Impacts Company, Inc. Demonstrates versatility, strength, innovation, and efficiency. Because little or no material is lost during the process, Mueller's impact extrusion is a very efficient, economical manufacturing method, delivering significant savings in labor and materials.
Mueller's impact extruded components are found in a variety of automotive applications including brakes, air conditioning components, steering, drive shafts, body mounts, and air bag components. Other markets served by Mueller Impacts include filtration systems, pole line hardware, medical, electronics, marine, hydraulic and pneumatic cylinders, as well as defense components.
Because Impact extrusions are made to close tolerances, secondary machining requirements are reduced or eliminated. In addition, because the process is highly versatile, our customers are sometimes able to replace multiple-part assemblies with a simple, one-piece design that is stronger, lighter, and less expensive to produce. Our ability to produce in variety and consistent quality is matched only by our ability to produce in high volume.
