10–12 T/H Poultry Feed Hammer Mill in Thailand

Client Profile and Motivation

The client operates a regional poultry feed business and is focused on:

• Producing high-quality powdered feed for broilers and layers
• Efficiently processing local agricultural residues into feed ingredients
• Reducing operational costs and energy consumption

Their decision to invest in a single Poultry Feed Hammer Mill was driven by:

1. The need to process various raw materials such as corn, rice husks, and cassava roots into uniform powder suitable for poultry feed.
2. Desire to increase feed production consistency and reduce downtime.
3. Testing a modern, high-performance machine before considering a full feed production line expansion.

Equipment Selection and Specifications

After evaluating their raw material types and desired output, the client selected the SFSP66*100 hammer mill, which is well-suited for grinding a mixture of grains and fibrous agricultural residues. Key specifications include:

• Rotor diameter: 660 mm
• Crushing chamber width: 1000 mm
• Rotating speed: 2980 rpm
• Hammer line speed: 103 m/s
• Power: 132 kW
• Output: 10–12 T/H for grains

The SFSP66*100 features a water-drop-shaped crushing chamber design for optimized secondary crushing, enhancing productivity by 25% compared to traditional hammer mills. The sieve size is adjustable, allowing the final particle size to be customized between 0.5–20 mm depending on feed formulation requirements.

Raw Materials and Processing Goals

The Thai client primarily uses:

• Corn grains and broken corn: The main energy source for poultry feed
• Rice husks and straw: To supplement fiber and reduce feed density
• Cassava residues: Local byproduct used to enhance starch content

The hammer mill reduces these raw materials into fine powders suitable for poultry feed. The final particle size for grains is around 1–2 mm, which is ideal for feed mixing and pelletizing. Rice husks and cassava are ground to 2–5 mm, ensuring they integrate smoothly into feed formulas.

The processed powders are then used in:

1. Broiler feed: Enhancing digestibility and uniform nutrient distribution
2. Layer feed: Maintaining consistent feed quality for egg production
3. Local small-scale feed sales: Providing uniform powdered feed to regional farms

Transportation and Logistics

The SFSP66*100 hammer mill was shipped from China via sea freight, arriving at the Port of Laem Chabang, Thailand’s largest deep-sea port. RICHI Machinery coordinated international shipping, customs clearance, and local inland transport. Our team also handled installation, rotor balancing, hammer adjustment, and operator training to ensure the machine was ready for immediate operation.

Operational Benefits and Client Feedback

“The SFSP66*100 hammer mill has transformed our feed production. We can now process corn, rice husks, and cassava into uniform particle sizes with excellent consistency. Maintenance is straightforward thanks to the adjustable sieves, and the machine runs smoothly with minimal vibration. RICHI Machinery’s team provided excellent installation and training support.”

Other benefits include:

• Increased feed throughput, achieving up to 12 T/H for grains
• Efficient processing of rice husks and straw at 2–2.5 T/H
• Reduced energy fluctuations (less than 10% deviation)
• Extended hammer and rotor lifespan due to reversible rotor design
• Low operational noise and improved safety for operators

Technical Features and Advantages

The SFSP66*100 hammer mill incorporates advanced technical features:

• Water-drop-shaped crushing chamber: Ensures thorough secondary crushing and higher throughput
• Patent-end airflow system: Enhances fine material output by over 20%
• Adjustable pressure sieve and material control system: Provides precise particle size control and stable operation
• Reversible rotor: Extends hammer lifespan and reduces maintenance frequency
• High-precision dynamic rotor balancing: Minimizes vibration and noise
• Safety interlocks and movable operation doors: Ensure operator safety and ease of maintenance

These features make the hammer mill crusher machine versatile, efficient, and long-lasting, meeting the rigorous demands of poultry feed production in Thailand.

Versatility and Industry Applications

The Poultry Feed Hammer Mill in Thailand is a universal solution that can be applied across multiple industries:

• Animal feed: Grinding grains, straw, and cassava for broilers, layers, and pigs
• Biomass: Reducing wood chips and agricultural residues for fuel pellets
• Composting: Producing uniform powders from plant residues for organic fertilizer
• Industrial use: Milling wood and plant material for paper, particleboard, or biomass processing

Its adaptability allows clients to handle a variety of raw materials and easily switch between products without additional machinery.

RICHI Machinery Services and Support

RICHI Machinery offers comprehensive support to ensure the client’s success:

1. Pre-sale consultation and model selection based on local raw materials and feed requirements
2. International shipping, customs clearance, and inland delivery
3. On-site installation, rotor balancing, and sieve adjustments
4. Operator training and safety guidance
5. Long-term technical support, spare parts supply, and maintenance advice

This ensures that clients in Thailand can maintain continuous production with minimal downtime while achieving consistent product quality.

Conclusion

The Poultry Feed Hammer Mill in Thailand demonstrates the value of investing in high-quality equipment from RICHI Machinery:

• Efficiently processes corn, rice husks, and cassava into uniform feed powders
• Adjustable particle sizes (0.5–20 mm) to meet varied production needs
• Reduces energy consumption and maintenance costs
• Durable design with long-lasting hammers and reversible rotor
• Professional installation, training, and after-sales support

This project showcases how a standalone animal feed hammer mill can deliver tangible benefits for feed producers, enhancing productivity, product consistency, and operational efficiency while providing flexibility for future expansion.