Pendulum mill for fine grinding and drying

Achieve efficient and precise grinding for soft to medium-hard materials while minimizing energy consumption and maintaining a narrow particle size distribution.

Pendulum mill for fine grinding and drying
Great for making:
Pendulum mill for fine grinding and drying Bentonite Pendulum mill for fine grinding and drying Calcium carbonate Pendulum mill for fine grinding and drying Limestone Pendulum mill for fine grinding and drying Phosphorus fertilizer Pendulum mill for fine grinding and drying Clay Pendulum mill for fine grinding and drying Paint Pendulum mill for fine grinding and drying Gypsum Pendulum mill for fine grinding and drying Pigment Pendulum mill for fine grinding and drying Ammonium nitrate

Grinds, Deagglomerates, Dries, and Classifies Materials

The Pendulum Mill PM from NEUMAN & ESSER is a robust and efficient grinding solution ideal for processing a wide range of materials. This horizontal roller mill is designed for fine grinding and drying, with applications across industries such as chemicals, ceramics, and energy. The mill operates with a pendulum roller system that ensures consistent particle size distribution through a combination of grinding, deagglomeration, drying, and classification. It features a production capacity ranging from 0.1 to 150 tons per hour, addressing the needs of operations requiring both small and large scale throughput.

With its integrated high energy efficiency design, the Pendulum Mill achieves fine particle distribution (10 μm – 1,000 μm) while minimizing energy consumption. The system supports continuous high-speed operations with manual controls for precise adjustments. Constructed with durable materials, it offers customization options for wear protection and specific material compatibility, making it suitable for demanding environments.

Ideal for manufacturing end-products like ceramic tiles, plasterboard, and titanium dioxide pigments, the Pendulum Mill PM aligns seamlessly with various processing lines. NEUMAN & ESSER provides comprehensive engineering support, ensuring the equipment is tailored to meet your precise operational and material requirements.

Benefits

  • Increases production efficiency with versatile grinding and drying capabilities.
  • Minimizes energy costs through high-efficiency operation and design.
  • Ensures consistent product quality with precise particle size control.
  • Adapts to diverse industry needs with customizable material options.
  • Reduces operational noise and vibration for improved workplace safety.

General


Applications
Ceramics,Clay,Fossil fuels,Paint,Minerals,Technical limestone cycle,Chemical products,Gypsum,Pigments,Fertilizers,Oilfield minerals
End products
Ground calcium carbonate (gcc),Detergent phosphates,Ammonium nitrate,Emulsion paints,Ceramic tiles,Barite mud,Petroleum coke,Talcum powder,Plasterboard,Porcelain,Titanium dioxide pigments
Steps before
Material Preparation,Crushing,Drying
Steps after
Classification,Separation,Packing
Input ingredients
clay,bentonite,barite,phosphate,coal,burnt lime,limestone,talc,pigments,chemical products,ammonium sulfate,kaolin,china clay,bauxite,petroleum coke,graphite,sodium bicarbonate,crystalline silicic acid,autoclaved alpha gypsum,natural gypsum,calcined gypsum
Output ingredients
fine grinding material,ground particles,classified particles
Market info
Neuman & Esser Group is known for its expertise in manufacturing compressors and grinding systems. They hold a strong reputation for providing durable, high-quality engineered-to-order equipment, particularly in the oil and gas, chemical, and energy industries.

Technical Specifications


Grinding system
Pendulum mill
Grinding ring diameter
500 mm – 2,700 mm
Feed material particle size
0 – 50 mm
Feed material moisture
0 – 35 %
Particle size limitation
10 μm – 1,000 μm
Throughput
0.1 t/h – 150 t/h
Mill power
10 kW – 600 kW
Air quantity
3,000 m³/h – 210,000 m³/h
Number of pendulums
1 – 5
Energy efficiency
High
Dust collection
Integrated classifier and downstream aggregate
Grinding capability
Soft to medium-hard materials

Operating Characteristics


Grinding Mechanism
Roller / Horizontal Mill
Grinding Rollers Movement
Medium Speed
Material Transport
System Air
Operational Mode
Continuous
Particle Classification
Classified for Fineness Control
Re-Grinding Capability
Automatic Feedback for Coarse Product
Energy Requirements
Minimal
Particle Size Range
10 μm – 1,000 μm
Throughput
0.1 t/h – 150 t/h
Wear Protection Options
Tailor-made

Material Compatibility


Density/particle size
0.5–2.5 g/cm³ / 50–1000 µm

Physical Characteristics


Grinding ring diameter
500 mm – 2,700 mm
Number of pendulums
1 – 5

Custom Options


Control panel type
PLC-controlled
Wear protection
Tailor-made
Equipment Groups
Classifier mills Roller mills
Product Groups
Ceramics Chemicals Minerals
Processes
Classification Classifying Deagglomeration Drying Grinding