Hammer mills for size reduction of biomass and free‑flowing bulk materials. Robust industrial design for continuous operation. Particle size, capacity, and configuration are adapted to the specific application.
Technical Data
- Rated power:
18.5 – 30 kW - Rated speed:
1.500 min⁻¹ - Rotor diameter:
390 mm - Rotor length:
500 mm - Number of hammers:
72 Stk - Hammer thickness:
6 mm - Dimension:
L 1.721 × B 1.068 × H 876 mm - Total weight:
ca. 750 kg
Technical Data
- Rated power:
132 kW - Rated speed:
1.500 min⁻¹ - Rotor diameter:
750 mm - Grinding chamber width:
720 mm - Number of hammers:
240 Stk - Hammer thickness:
6 mm - imensions:
L 2.450 × B 1.342 × H 1.208,5 mm - Total weight:
ca. 2.850 kg
Hammer mills for biomass and bulk material applications
Short description
Hammer mills are used for the continuous size reduction of biomass, organic residues, and other free‑flowing bulk materials.
They are employed to produce defined particle sizes for downstream processes such as pelletizing, briquetting, or thermal utilization.
The design is application-specific and covers a wide performance range – from compact units to large-scale industrial systems.
Principle
The raw material is fed into the grinding chamber through the material inlet, where it meets a rotating rotor with freely swinging hammers.
The high peripheral speed of the rotor reduces the material and guides it within the grinding chamber.
Classification is achieved via an interchangeable screen that defines the maximum particle size.
Material can only exit the grinding chamber through the discharge once it has reached the specified particle size.
The hammer mills are designed for continuous operation and, depending on material properties, moisture content, and screen configuration, can be used for both coarse and finer size-reduction tasks.
Einbindung in den Prozess
Hammer mills are typically used as a pre- or intermediate stage in process engineering plants, including for:
- Upstream of pellet presses or briquetting systems
- For pre-grinding of biomass
- For homogenization of raw materials
- For adjusting particle size to subsequent process steps
Integration can be as a standalone machine or as part of a complete process line.
Design features
- Robust welded steel construction for continuous industrial operation
- Grinding chamber accessible from both sides for maintenance and service
- Rotor with freely swinging hammers
- Interchangeable screens for adjusting particle size
- Capability for operation with variable rotor rotation direction (depending on configuration)
- Prepared for connection to extraction and dosing systems
- Designed for different materials and moisture ranges
Technical specifications (general)
- Operating mode: continuous
- Material feed: metered, external
- Rotor: dynamically balanced
- Speed: application-dependent
- Screen size: selectable, project-specific
- Drive power: dependent on throughput and material
- Extraction: required, designed according to application
(All power and throughput specifications depend on material and application and are designed on a project-specific basis.)
Benefits
- Reliable size reduction of various materials
- Reproducible particle sizes
- Robust and maintenance-friendly design
- High operational reliability
- Flexible and adaptable to different process requirements
- Suitable for small to large throughput ranges
Technical Data
- Rated power:
250 kW - Rated speed:
1.500 min⁻¹ - Rotor diameter:1.000 mm
- Grinding chamber width:
1.000 mm - Number of hammers:
384 Stk - Hammer thickness:
6 mm - Dimensions:
L 3.179 × B 1.908 × H 2.112 mm - Total weight:
ca. 6.338 kg
Hammer mills for size reduction of biomass and free‑flowing bulk materials.
Robust industrial design for continuous operation.
Particle size, capacity, and configuration are adapted to the specific application.
