USED FERRO TECH WP30-5-5

Manufacturer Information:

Manufacturer: FERRO TECH

Model: WP-30-5-5

Condition: Used

Manufacturing Data:

Roll Diameter: 12 inches

Roll Width: 5 inches

Roll Face: Twin cigar-shaped (~¾" wide x 2¼" long)

Compaction Mechanism: Hydraulic cylinder (top-mounted)

Motor: 20 HP, 3 Phase, 60 Cycle, 230-460 Volt

Drive System: Hansen gear reducer

Feed System: Side screw-fed with hopper, auger, gear, and motor drive

Mounting: Steel base with 3’ high leg supports

Description:
The FERRO TECH WP-30-5-5 Roll Compactor is a high-performance industrial powder compaction system, designed for efficient dry granulation and material densification. Featuring twin 12" diameter x 5" wide rolls in a vertically stacked configuration, this unit applies high-pressure compaction using a hydraulic cylinder. The rolls are driven by a 20 HP motor through a Hansen gear reducer, ensuring consistent pressure and uniform granule formation.
The side screw-fed hopper system, with an integrated auger, gear, and motor drive, ensures a steady material flow, optimizing the compaction process. Base-mounted on a steel frame with 3' high leg supports, the system is built for industrial-grade performance and longevity.
Specifications:

Roll Size: (2) 12” diameter x 5” wide

Roll Face Design: Twin cigar-shaped (~¾” wide x 2¼” long)

Compression System: Hydraulic cylinder, hand-pump controlled

Motor: 20 HP, 3 Phase, 60 Cycle, 230-460 Volt

Drive System: Hansen gear reducer

Feed System: Side screw-fed with auger, gear, and motor drive

Mounting: Steel base with 3' high leg supports

Applications:

Dry granulation of pharmaceutical powders
Compacting chemical powders into granules
Processing food and nutraceutical ingredients
Powder metallurgy and metal powder compaction
Producing dense granules for industrial material processing

Potential Products for Compaction:

Pharmaceutical tablets & granules
Chemical and catalyst powders
Industrial ceramics and refractory materials
Food and nutraceutical granules
Metal powders for sintering and additive manufacturing