Introduction

The MIKIM Dry Type floating fish feed making machine test was recently completed in our factory to verify machine performance before shipment. During the test, the equipment continuously produced floating fish feed pellets with stable expansion, uniform size, and smooth surface quality.

This testing process is an important step to ensure that customers receive a reliable machine capable of stable aquaculture feed production without requiring additional steam boiler systems.

The dry type floating fish food extruder is widely used in fish farms, small feed factories, and aquaculture startups due to its simple structure, low investment cost, and easy operation.

What Was Verified During The MIKIM Dry Type fish feed pellet processing machine Test

During the factory trial, engineers carefully monitored machine stability and pellet quality under continuous operation.

Main Testing Items

• Floating performance of fish feed pellets
• Pellet expansion stability
• Machine running consistency
• Feeding system stability
• Motor performance under load
• Pellet surface smoothness
• Continuous production capacity

The MIKIM extruder maintained stable operation throughout the test without clogging or overheating.

Raw Materials Used In The MIKIM Dry Type floating  fish feed pellet making machine Test

The customer used common aquaculture feed ingredients for practical testing.

Tested Feed Ingredients

• Corn flour
• Soybean meal
• Wheat bran
• Fish meal
• Rice bran
• Vitamin premix

These materials were mixed evenly before entering the extrusion system.

Importance Of Raw Material Testing

Different feed formulas affect:

• Pellet floating time
• Expansion ratio
• Feed hardness
• Water stability
• Production efficiency

Testing ensures compatibility with local feed resources before installation.

MIKIM Dry Type Fish Feed Pellet Performance

The finished pellets produced during the factory test showed stable quality suitable for aquaculture use.

Pellet Features

Stable Floating Ability

Pellets floated continuously on water without rapid sinking.

Uniform Pellet Size

The machine produced consistent pellet diameters during operation.

Smooth Surface Quality

Stable extrusion pressure improved pellet appearance and reduced powder.

Good Water Stability

Pellets maintained structure in water and reduced feed waste.

Adjustable Pellet Sizes

Different die molds allow production of multiple pellet sizes.

These features are essential for improving fish feeding efficiency and reducing aquaculture costs.

Key Advantages Of MIKIM Dry Type fish feed making machine

No Steam Boiler Required

The dry type system reduces installation cost and simplifies operation.

Compact Structure Design

Suitable for small workshops and fish farming businesses.

Stable Continuous Operation

Supports long-term feed production with minimal interruption.

Flexible Feed Formula Use

Compatible with various grain and protein-based raw materials.

Easy Maintenance

Simple structure reduces maintenance difficulty and downtime.

Floating Fish Feed Production Process During Testing

The factory test demonstrated a complete fish feed manufacturing workflow.

Production Steps

Raw Material Grinding

Materials are crushed into fine powder for extrusion.

Feed Mixing

Ingredients are evenly blended for balanced nutrition.

Extrusion Process

The MIKIM Dry Type fish feed production equipment cooks and expands feed materials under high temperature.

Pellet Drying

Moisture is reduced to improve storage stability.

Cooling And Packaging

Finished pellets are cooled before packaging.

Stable process control ensures consistent product quality.

Common Problems And Solutions In Fish Feed Production

Why Are Fish Feed Pellets Not Floating?

Possible Causes

• Low starch content
• Insufficient extrusion temperature
• Excess moisture in feed

Solutions

• Increase corn or starch ratio
• Adjust extrusion temperature
• Control moisture level properly

Why Does The Dry Type fish feed pellet extruder machine Get Blocked?

Possible Causes

• Large raw material particles
• Uneven feeding speed
• Excess oil content

Solutions

• Improve grinding fineness
• Maintain stable feeding
• Reduce oil before extrusion

Why Are Pellets Breaking After Drying?

Possible Causes

• High drying temperature
• Poor mixing uniformity
• Low binder content

Solutions

• Lower drying temperature gradually
• Improve mixing process
• Add starch-based binders

Why Is Pellet Size Not Consistent?

Possible Causes

• Worn die plates
• Screw wear
• Unstable feeding rate

Solutions

• Replace die molds
• Inspect screw condition
• Ensure stable feeding system

FAQ 

Q1: Can this Dry Type floating fish feed pellet maker machine produce both floating and sinking fish feed?

Yes. By adjusting formulas and extrusion parameters, both floating and sinking pellets can be produced.

Q2: Why are pellets sinking after production?

Low starch content or insufficient extrusion pressure may reduce pellet buoyancy.

Q3: What raw materials are suitable for this machine?

Corn flour, soybean meal, fish meal, wheat bran, and other common feed ingredients can be processed.

Q4: Why does the screw wear quickly?

Continuous overload operation or abrasive raw materials may accelerate screw wear.

Q5: How can I improve floating performance?

Optimize starch ratio, maintain proper moisture, and ensure stable extrusion temperature.

Conclusion

The MIKIM Dry Type Fish Feed pellet maker machine test confirmed stable operation, reliable floating pellet quality, and efficient production performance.

For fish farms and small aquaculture feed businesses, this machine offers a cost-effective solution for producing high-quality floating fish feed with simple operation and flexible raw material compatibility.