Utica, NY, USA - A new high-torque, low-speed model SCC-15-SS Screen Classifying Cutter reduces hard materials and friable products into controlled particle sizes.
A proprietary rotor design is comprised of cutter bits attached to a helical array of staggered holders called “interconnected parallelograms,” that continuously cut and crush oversize materials against twin, stationary bed knives.
Unlike high-shear cutters that rotate at high speeds, the high-torque cutter is equipped with a direct-coupled, gear-reduced drive that rotates the shaft at speeds down to 10 RPM to cut or crush tough materials using low shear, and/or to minimise fines when cutting friable materials.
The cutter bits, which are available in stainless steel, tool steel and tungsten carbide, can be slid onto holders and secured with one retaining socket-head screw, allowing rapid replacement.
with direct-coupled, gear-reduced drive reduces hard materials
into controlled particle sizes, and reduces friable materials with minimum fines.
The SCC-15-SS positions the bits along the entire shaft, with no frontal gaps, reducing material into uniform pieces with minimum imperfections or fines, and little to no generation of heat.
The new cutter has a 381 mm throat width that accommodates up to 30 parallelograms with 60 bit inserts. Perforations of the bed screen range from 0.79 to 38 mm in diameter and up to 76 mm square, allowing the reduction of materials into uniform particles in sizes down to 20-30 mesh.
Material is fed through the top of an adjustable, double-baffled intake chute, or directly into the front of the chute through a hinged door. An independently powered, variable speed pinch roller is offered for horizontal feeding of material. Discharge is via gravity, pneumatic transition or independently powered belt or screw conveyor.
Applications include a diversity of chemical, mineral, foundry and plastics materials.
Also offered are SCC-10, -30, -48, -60 and -72 models with 267 mm diameter rotors and throat widths of 254 mm, 763 mm, 1219 mm, 1524 mm and 1829 mm respectively. High-speed, belt-driven Screen Classifying Cutters are offered for high-shear cutting of foods, chemicals, minerals, plastics/regrind, foundry materials, wood chips and fibreglass insulation.
All are offered in carbon steel, abrasion-resistant steel and stainless steel finished to industrial or sanitary standards.
Other size reduction equipment manufactured by the company includes Pin Mills, Rotary Lump Breakers, Attrition Mills, Hammer Mills and Shredders. Blending equipment for dry bulk materials includes Rotary Batch Mixers, Continuous Rotary Blenders, Vee-Cone Blenders, Ribbon/Paddle/Plow Blenders, Fluidised Bed Mixers and High Intensity Blenders.
High-Torque Screen Classifying Cutter
HIGH-TORQUE SCREEN CLASSIFYING CUTTER
Utica, NY, USA - A new high-torque, low-speed model SCC-15-SS Screen Classifying Cutter reduces hard materials and friable products into controlled particle sizes.
A proprietary rotor design is comprised of cutter bits attached to a helical array of staggered holders called “interconnected parallelograms,” that continuously cut and crush oversize materials against twin, stationary bed knives.
Unlike high-shear cutters that rotate at high speeds, the high-torque cutter is equipped with a direct-coupled, gear-reduced drive that rotates the shaft at speeds down to 10 RPM to cut or crush tough materials using low shear, and/or to minimise fines when cutting friable materials.
The cutter bits, which are available in stainless steel, tool steel and tungsten carbide, can be slid onto holders and secured with one retaining socket-head screw, allowing rapid replacement.
SCC-15-SS high-torque, low-speed Screen Classifying Cutter
with direct-coupled, gear-reduced drive reduces hard materials
into controlled particle sizes, and reduces friable materials with minimum fines.
The SCC-15-SS positions the bits along the entire shaft, with no frontal gaps, reducing material into uniform pieces with minimum imperfections or fines, and little to no generation of heat.
The new cutter has a 381 mm throat width that accommodates up to 30 parallelograms with 60 bit inserts. Perforations of the bed screen range from 0.79 to 38 mm in diameter and up to 76 mm square, allowing the reduction of materials into uniform particles in sizes down to 20-30 mesh.
Material is fed through the top of an adjustable, double-baffled intake chute, or directly into the front of the chute through a hinged door. An independently powered, variable speed pinch roller is offered for horizontal feeding of material. Discharge is via gravity, pneumatic transition or independently powered belt or screw conveyor.
Applications include a diversity of chemical, mineral, foundry and plastics materials.
Also offered are SCC-10, -30, -48, -60 and -72 models with 267 mm diameter rotors and throat widths of 254 mm, 763 mm, 1219 mm, 1524 mm and 1829 mm respectively. High-speed, belt-driven Screen Classifying Cutters are offered for high-shear cutting of foods, chemicals, minerals, plastics/regrind, foundry materials, wood chips and fibreglass insulation.
All are offered in carbon steel, abrasion-resistant steel and stainless steel finished to industrial or sanitary standards.
Other size reduction equipment manufactured by the company includes Pin Mills, Rotary Lump Breakers, Attrition Mills, Hammer Mills and Shredders. Blending equipment for dry bulk materials includes Rotary Batch Mixers, Continuous Rotary Blenders, Vee-Cone Blenders, Ribbon/Paddle/Plow Blenders, Fluidised Bed Mixers and High Intensity Blenders.
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