2019 SCHUTTE BUFFALO RA-25-H Dual Stage Fine Grinding HammerMill
Location: Oxnard, California
Availability: Immediate Sale
Increase material processing efficiency with this 2019 SCHUTTE BUFFALO RA-25-H Dual Stage Fine Grinding HammerMill. Designed for industrial size-reduction applications, this heavy-duty hammermill utilizes a stacked dual-stage grinding configuration to produce exceptionally fine particle sizes in a single pass. The RA-series design allows large, bulky materials to be reduced quickly while maintaining consistent output, making it ideal for demanding processing environments.
MACHINE OVERVIEW The RA-25-H employs two independently driven hammer mills stacked vertically. Material first passes through the upper grinding chamber, then into a secondary rotor stage where additional impact and particle-to-particle attrition create a significantly finer finished product than traditional single-stage hammermills.
DUAL STAGE GRINDING SYSTEM: Two stacked hammermill chambers provide aggressive size reduction and ultra-fine grinding in one pass. High-Energy Impact Zone: Counter-rotating rotors create an attrition zone between stages for enhanced particle reduction. Industrial-Grade Construction: Heavy steel housing designed for continuous industrial operation. Maintenance-Friendly Design: Slide-out rails and accessible grinding chambers simplify servicing and screen changes.
TECHNICAL SPECIFICATIONS
Model: RA-25-H Dual Stage HammerMill
Year: 2019
Motor Power: Dual 50 HP Motors
Type: Dual-Stage Gravity Discharge HammerMill
Rotor Configuration: Dual Stacked Rotors
Construction: Heavy-Duty Steel Housing
Grinding Method: Impact and Particle Attrition
Screen System: Replaceable Perforated Screens for Particle Size Control
PERFORMANCE & PHYSICALS
Processing Type: Fine and Ultra-Fine Grinding
Feed Type: Gravity Feed Discharge
Configuration: Two Vertically Stacked Grinding Chambers
Typical Applications: Wood Waste, Biomass, Agricultural Products, Minerals, and Industrial Materials
Processing Advantage: Achieves Finer Particle Size in One Pass Compared to Multiple Passes Through a Single-Stage Mill
