Jersey Crusher, Inc. products

Model 2020 stainless steel lumpbreaker mounted on a round plate.

Stainless Steel Lumpbuster with a 20 HP motor. The screen is 1/4″ thick with 1″ diameter holes for sizing the material. We cut the screen on our waterjet.

Model 2028 Stainless Steel Lumpbreaker with 15 Hp motor for breaking up lumps in powdered chlorine.

The particle-izer uses advanced technology for the reduction of various materials including new technology materials that are resistant to conventional size reduction.

Shredders successfully process materials for industries as diverse as chemical plants and metal-working facilities. They have been used for shredding foods, pharmaceuticals, plastics, rubber, wood soft metals and cardboard, among many other materials. Shredders not only provide the first step for a processing operation, but can be used to free plant floor space and to lower hauling costs by reducing material volume. For example, some users immediately shred waste products, such as bags and cardboard boxes, to reduce the amount of space they need to store waste and to reduce waste hauling. Bulky 55- gallon drums can be shredded to almost one-tenth their original volume at rates as high as 60 drums per hour. Reducing waste volumes in this way produces a safer and healthier workplace, clears plant aisles, and reduces chances of rodent and insect infestation.

Jersey Crusher offers a full line of Volumetric Feeders. Applications for the pharmaceutical, food and dry solid material industries. All units are designed for easy use and cleaning.We offer stainless steel and sanitary stainless steel construction for durability and long life in our volumetric feeders. The durable reliability is unmatched in the industry.

Imperial Metal / Jersey Crusher now offers high quality Waterjet cutting services. This method creates minimal part stress, smooth finished edges, and reduced material cost through nesting. Waterjet cutting creates no thermal distortion or hardening of the material because there in no heat involved in the cutting process.