Biomass Shredders

Biomass Shredders Specification

Automatic Grade
Automatic

Frequency
50 Hz

Color
Green or Blue

Application
Biomass Processing, Agriculture Waste, Industry Waste Management

Noise Level
80-85 dB

Control System
PLC Control

Material
Mild Steel

Weight
1250 kg

Sheet Capacity
Multiple biomass sheets per cycle

Size
2520 x 1430 x 1800 mm

Motor Power
30 HP

Thickness
2-8 mm

Processing Type
Shredding/Cutting

Voltage
415 V

Capacity
1000-1500 kg/hr

About Biomass Shredders

Having spent a decade on converting the patented design into a product and conducting filed trials, SHREDO has delivered one of the finest shredding machines to the customers that is said to be useful to shred various type farm residues such as Paddy Straw, Sugarcane Trash, Corn Stalk etc.
To fulfill the demand of our customers for fine output size alongwith required capacity, we designed and delivered Primary & Secondary Shredding Systems. These systems are useful to feed the raw material into all types of boilers installed in power plants, ethanol plants, Bio-fuel plants and others. Further, we also provide the customized solutions to our customers by listening and analysing the complete requirements

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Additional Information:

Production Capacity: 2-3TPH, 5TPH, 8-10TPH, 15TPH, 25TPH, 35TPH
Delivery Time: 2-4 Months
Packaging Details: Seaworthy Export Packing

Advanced Shredding Efficiency

Featuring 20 durable alloy steel blades and a spacious 800 x 600 mm shredding chamber, our shredder achieves high throughput for agricultural and industrial biomass. It is engineered for processing multiple sheets per cycle, streamlining waste management and biomass production processes.

Robust Safety and Control

Safety is paramount, with emergency stop buttons and overload protection as standard. PLC-based automatic control ensures operational reliability and precise shredding, while the belt conveyor enables seamless discharge and material handling.

Customizable and Flexible Design

Choose between stationary or optionally movable bases to fit specific facility layouts. With conveyor or hopper feeding options and a manageable noise level of 80-85 dB, this shredder easily integrates into various waste management environments in India and beyond.

FAQ's of Biomass Shredders:

Q: How does the PLC control system benefit the biomass shredder's operation?

A: The PLC (Programmable Logic Controller) system automates the shredding process, providing consistent performance, precise control over blade operations, and efficient material throughput. It also enables quick adjustments for changing input materials and enhances overall system reliability.

Q: What safety features are included in the biomass shredder?

A: This shredder is equipped with essential safety features such as an emergency stop button, which halts operation immediately in case of anomalies, and overload protection, preventing potential equipment damage or hazards due to excessive load.

Q: When is it best to use the optional movable base of the shredder?

A: The movable base is ideal when frequent relocation within a facility is required, such as shifting between different biomass processing stations or waste management zones. Otherwise, stationary installation is suited for fixed operations.

Q: Where can this biomass shredder be integrated for optimal usage?

A: It is designed for seamless integration in biomass processing plants, agricultural waste handling sites, recycling centers, and industry waste management facilities throughout India or any region with similar infrastructure demands.

Q: What is the process for feeding and discharging material in the shredder?

A: Material is introduced via conveyor or hopper, processed through 20 alloy steel shredding blades, and discharged efficiently using the integrated belt conveyor. This ensures continuous operation and easy collection of processed biomass.

Q: How does the shredder's capacity benefit large-scale operations?

A: With a throughput of 1000-1500 kg/hr and the ability to process multiple sheets up to 8 mm thick, the machine is ideal for meeting substantial processing demands, reducing manual labor and maximizing productivity in large operations.