Customers visit wet typeTwin-Screw floating fish feed extruder machine text
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1. What Happens When Customers Visit a Wet Type Twin screw floating fish food pellet maker machine Factory?
When customers visit a wet Twin screw floating fish food extruder machine factory, they observe the real production process, including raw material preparation, steam conditioning, twin-screw extrusion, pellet forming, and floating performance testing. The visit helps buyers verify machine performance, production stability, and feed quality before purchase.
2. Why Customers Visit the Factory
This section should focus on trust motivation, not general introduction.
Customers usually visit the factory to confirm:
whether the twin-screw system is truly stable in wet processing
if steam conditioning improves feed expansion
whether pellets float consistently in real water tests
if claimed capacity matches real output
how machine performs under continuous operation
3. What Is a Wet Type Twin screw floating fish feed extruder machine?
A wet type Twin screw floating fish extruder machine is a high-efficiency feed processing machine that uses steam conditioning before extrusion. The addition of moisture and heat improves starch gelatinization, allowing better pellet expansion, higher digestibility, and more stable floating performance.
Key feature:
steam + twin screw + high-pressure extrusion system
This makes it more suitable for high-end aquaculture feed production.
Factory Photos & Showcase of Wet-Type Twin screw floating fish food maker machine
4. Factory Visit Workflow
Step 1: Raw Material Display
Customers first see raw materials such as:
- corn flour
- soybean meal
- fish meal
- wheat bran
They check:
- particle size
- moisture level
- formula composition
Step 2: Steam Conditioning System
This is the "wet type" highlight.
Customers observe:
steam injection process
temperature control system
material softening before extrusion
Step 3: Twin-Screw Extrusion Demonstration
Customers watch real-time extrusion:
They focus on:
pressure stability inside barrel
material mixing uniformity
continuous discharge without blockage
pellet formation consistency
Step 4: Floating Pellet Water Test
This is the most convincing stage.
Customers test:
floating duration
pellet integrity in water
expansion ratio
sinking rate (should be minimal)
Step 5: Continuous Running Test
Machine runs under load for hours.
Customers observe:
motor temperature stability
vibration level
output consistency
steam system balance
5. Why Wet Type Twin-Screw Technology Is Preferred
Key Advantages
1. Better Feed Expansion
Steam conditioning softens starch before extrusion, improving expansion rate.
2. Higher Digestibility
Gelatinized starch improves fish nutrient absorption.
3. More Stable Pellet Structure
Twin screw mixing ensures uniform density.
4. Suitable for High-Protein Formulas
Handles fish meal-rich formulations more effectively.
6. Real Customer Observation Focus Points
Customers usually pay attention to:
- whether pellets are uniform in shape
- whether floating time exceeds expectations
- whether machine runs smoothly under full load
- whether operator control is simple
- whether cleaning and maintenance are easy
7. Factory Visit Value for Buyers
After visiting the factory, customers typically confirm:
production capacity is real, not theoretical
machine performance is stable under wet processing
pellet quality meets aquaculture requirements
supplier has real manufacturing capability
8. Suitable Applications
This machine is ideal for:
- commercial fish feed factories
- tilapia feed production plants
- catfish aquaculture feed processing
- shrimp feed production systems
- high-protein aquatic feed manufacturing
9. FAQ
Why do customers visit the factory before buying?
To verify real machine performance, production capacity, and pellet quality.
What is the advantage of wet type twin-screw extruder?
It improves feed expansion, stability, and digestibility through steam conditioning.
Can the machine produce floating fish feed?
Yes. It is designed specifically for floating aquatic feed production.
What is tested during factory visit?
Raw materials, extrusion process, floating test, and continuous operation.
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