Fish Feed Crusher

Fish Feed Crusher Specification

Power Source
Electric

Phase
Single Phase

Automation Grade
Automatic

Feeding System
Automatic

Heating Method
No

Speed Mode
Single

Machine Type
Crusher

Function Type
Crushing

Features
Sturdy Construction, High Output

Noise Level
Low

Operating Temperature
Normal Ambient

Frequency
50-60 Hz

Product Type
Fish Feed Crusher

General Use
Fish Feed Grinding and Crushing

Material
Mild Steel

Type
Feed Crushing Machine

Capacity
300-500 Kg/hr

Weight (kg)
185 kg

Product Shape
Rectangular

Computerized
No

Automatic
Yes

Control System
PLC Control

Installation Type
Table Top

Voltage
220-240 V

Power
2 HP

Dimension (L*W*H)
1250 x 800 x 1300 mm

Raw Material
MS Body

Feature
High Efficiency, Low Maintenance, Durable

Color
Blue-Grey

Service Support
Onsite

Application Area
Feed Mill, Aquaculture Farms, Fish Feed Plants

Crushed Particle Size
Below 2 mm

Discharge Type
Bottom Outlet

Motor Type
Copper Winding Motor

Blade Material
Alloy Steel

Working Principle
Impact and Shear Crushing

Maintenance Access
Side Openable Cover

Input Size
Up To 15 mm

Rotor Speed
2800 RPM

Safety Feature
Overload Protection

About Fish Feed Crusher

Experience a transcendent leap in feed processing with our Fish Feed Crusher, engineered for optimum efficiency in the fast-paced world of aquaculture. Its copper-winding motor (2 HP) powers an ephemeral yet kingly performance, crushing feed with precision at 2800 RPM. Customizable settings ensure optimum crushed particle sizes below 2 mm, while the sturdy alloy steel blades guarantee durability. Maintenance is effortless thanks to the side openable cover, and overload protection adds a layer of safety. Act now-supplies are limited and this offer is ending soon.

Optimum Solution for Fish Feed Processing

The Fish Feed Crusher is purpose-built for grinding and crushing fish feed in a wide variety of environments, including feed mills, aquaculture farms, and fish feed plants. This machine is ideal for general applications like reducing the input size of feed up to 15 mm and delivering a refined crushed output below 2 mm. Its sturdy MS body and alloy steel blades make it suitable for intensive use on rugged surfaces, ensuring reliable operation in challenging application areas.

Efficient Logistics & Secure Shipment Policies

We prioritize the safety and efficiency of every shipment. Our Fish Feed Crusher is shipped from major Indian FOB ports to streamline logistics for timely global delivery. We provide prompt sample policies for serious buyers, ensuring hands-on evaluation prior to purchase. Our logistics team coordinates each order from dispatch to delivery, catering especially to main export markets in Asia and Africa. Your equipment will arrive intact, ready for seamless integration into your operations.

FAQ's of Fish Feed Crusher:

Q: How does the Fish Feed Crusher operate and what is its working principle?

A: The Fish Feed Crusher employs impact and shear crushing mechanisms, powered by a robust copper-winding motor running at 2800 RPM. Automatic feed is processed through alloy steel blades and a bottom outlet system for efficient discharge.

Q: What are the main benefits of using an alloy steel blade in this crusher?

A: Alloy steel blades provide exceptional durability and sharpness, ensuring efficient and consistent feed crushing while also reducing the frequency of blade replacement and maintenance downtime.

Q: Where can the Fish Feed Crusher be effectively used?

A: This crusher is designed for use in feed mills, aquaculture farms, and fish feed plants, making it versatile for both specialized and general fish feed grinding applications.

Q: What maintenance access features does the crusher offer?

A: Maintenance is simplified with a side openable cover, allowing for easy inspection, cleaning, and servicing without dismantling the entire machine.

Q: How is safety ensured during the operation of the Fish Feed Crusher?

A: Safety is prioritized with an integrated overload protection feature, which automatically halts the machine in the event of excess load, preventing potential damage and operator risk.