Floating Fish Feed Production Line

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Floating Fish Feed Production Line
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This Floating Fish Feed Production Line processing system integrates milling, thermal conditioning, twin-stage extrusion, and drying for aquafeed production.
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Fish Feed Production Line
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Description

Product Overview

 

This Floating Fish Feed Production Line processing system integrates milling, thermal conditioning, twin-stage extrusion, and drying for aquafeed production.

 

 

Technical Specifications

 

Category

Parameter

Specification

Capacity

Output

1.5 t/h

Power

Total Installed Power

220 kW

Main Extruder Power

90 kW

Product

Pellet Size

1.0–12.0 mm

Floating Rate

≥99%

Extrusion

Water Stability

≥12 h

Screw Diameter

100 mm

L/D Ratio

18:1

Process

Conditioning Temp.

90 °C

Extrusion Temp.

135 °C

Post

Moisture

≤11%

Utilities

Steam Consumption

0.4 t/h

Space

Line Size

28.5 × 4.5 × 5.0 m

 

Engineering & Technical Features


Bimetallic Screw Segments: Designed for abrasive wear from high-bone and fish meal formulations.

 

Heavy-Duty Thrust Bearings: Handles axial backpressure during continuous, high-density extrusion.

 

Multi-Zone Barrel Tempering: Independent heating and cooling zones reduce material degradation risk.

 

Slide-Gate Die Changer: Hydraulic mold replacement system for reduced maintenance downtime.

 

Cantilevered Flying Cutter: External blade alignment mechanism for improving pellet face perpendicularity.

 

Steam-Jacketed Conditioner: Twin shafts mix steam thoroughly to supports starch gelatinization under steam conditioning.

 

Stainless Contact Points: All parts touching wet mash corrosion resistance under moisture and acidic conditions.

 

product-868-1198

 

Compliance & Quality Assurance


Quality Control & Testing
72-Hour Factory Load Testing: Continuous 72-hour trial runs with materials used to check drivetrain stability before dispatch.

 

G2.5 Dynamic Balance Calibration: Cutter shafts and screws undergo G2.5 balancing to minimize high-speed mechanical vibration.

 

HRC 55-60 Hardness Verification: Ultrasonic flaw detection and hardness checks used to confirm screw surface hardness under abrasive conditions.

 

0.8 MPa Pressure Vessel Testing: Pneumatic sealing verification of preconditioning chambers at 0.8 MPa.

 

Water Absorption Verification: Maintaining a 1.5–2.0x ratio used to verify pellet durability and water stability range.


Compliance & Certificates

 

Certificate Name

Regulatory & Quality Validity

SGS Material Verification

Verifies steel frames meet certified chemical composition and tensile strength standards.

ATEX Zone 22 Compliance

Explosion-proof certification for electrical components in combustible dust environments (Zone 22).

IEC 60204-1 Electrical Safety

Confirms electrical control systems comply with international machinery electrical safety standards.

ASME Section VIII Code

Certifies pressure-related components are designed according to recognized pressure vessel safety requirements.

AWS D1.1 Welding Certification

Validates structural welding quality for heavy-duty industrial machine frames.

 

product-800-800

 

Technical Support


Mechanical Foundation Layouts: Provision of localized civil engineering floor-loading drawings for extruder chassis installation.

 

Steam Pipeline Sizing Schemes: Technical calculation sheets for plant-side boiler manifold sizing and pressure regulation.

 

Wear Component Life Logs: Predictive life-cycle predictive tracking matrices for screw segments and die plates.

 

Die Plate Orifice Re-drilling: Direct engineering documentation for refurbishing worn extrusion mold profiles on site.

 

PLC Firmware Kernel Updates: Direct access to electronic control system software patches and diagnostic upgrades.

 

product-1501-669

 

FAQ

 

Q: What raw material particle size is required before feeding into the preconditioner?

A: Ingredients should typically be ground to pass through a 60–80 mesh sieve for proper gelatinization.

Q: How do we adjust the pellet density if the feed starts sinking unexpectedly?

A: Adjust barrel venting valves or starch ratio to change expansion rate.

Q: What is the estimated replacement lifespan for the die plates under normal operation?

A: Depending on formulation abrasiveness, chrome-alloy die plates typically require replacement after 800–1,200 operating hours.

Q: How does the system handle residual material inside the barrel during an emergency shutdown?

A: The split-barrel design or quick-release die allows operators to manually clear compacted mash before it hardens.

 

Model TSE90 TSE95 TSE120 TSE140
Installed power 160kw 180kw 245kw 290kw
Capacity 800-1200kg/h 1000-1500kg/h 2000-3000kg/h 3000-5000kg/h
Dimension 40×2.0×3.5m 45×2.0×3.5m 60×3.0×3.5m 78×3.8×3.5m

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