Fitzpatrick DKAS012 Hammermill

• Size reduction of dry materials in pharmaceutical production.
• Grinding of food ingredients such as spices, sugar, or grains.
• Processing of chemicals and minerals to achieve a desired particle size.
• Recycling and waste processing for material recovery.
• Preparation of animal feed components.

Typical throughput

Throughput for a hammermill of this class typically ranges from 100 kg/hr to over 1000 kg/hr, depending on material properties and screen size.

Power supply

Units of this type commonly require a 400V, 3-phase, 50Hz electrical supply, consistent with UK industrial standards.

Motor power

The 15kW motor specified is typical for a mid-range industrial hammermill, suitable for various processing tasks.

Material of construction

Stainless steel construction is standard for units intended for food, pharmaceutical, and chemical applications, ensuring hygiene and corrosion resistance.

Typical footprint

For a unit mounted on a frame with a rotary valve, the footprint typically requires approximately 1.5m x 1.0m of floor space, plus access for maintenance.

Feed size suitability

Hammermills are generally suitable for processing materials that are pre-broken into pieces typically no larger than 50-100mm.

Discharge mechanism

The inclusion of a rotary valve at discharge is common for controlled material transfer and dust containment.

• What is the primary function of a hammermill?

  A hammermill's primary function is to reduce the size of materials through impact crushing, using rapidly rotating hammers to shatter the input material against a grinding plate or screen.

• What types of materials can a Fitzpatrick DKAS012 typically process?

• How is the final particle size controlled?

• What maintenance is typically required for a hammermill?

• Is this unit suitable for wet or sticky materials?

• What safety features are commonly found on these units?

Food processing milling equipment maintains strong reputation for durability and consistent performance. Buyers typically prioritise checking motor condition, grinding chamber wear, and screen integrity when purchasing used units. Key strengths include longevity with proper maintenance, relatively straightforward operation, and cost savings versus new models. Industry sentiment favours machines from established manufacturers with documented service history. Condition of wear parts and cleanliness standards are critical assessment factors. Used mills remain popular due to their ability to handle varied grain types and powders reliably.

General overview for this equipment type