Overview
Teagle Bale Shredder - Tomahawk 500E is designed for the production of biomass pellets, offering efficiency and reliability in operation.
Teagle Bale Shredder - Tomahawk 500E + Hammer Mill model: H-119/7SN
Technical Features:
Productivity up to 2750 kg/hour depending on the raw material and hammer mill screens
Maximum straw bale diameter 1.8 meters
Bales of straw, cylindrical or rectangular
Bale density up to 120 kg/m.cub
Raw material moisture up to 20%
Size of shredded raw material at output 3 mm - 10 mm, depending on the screen
Main shredder motor 55 kW
Conveyor motor, shredder feeding belt 1.5 - 3 kW
Main hammer mill motor 2 X 45 kW
Three-phase current - 400V, coil voltage 24V/230V within limits of +/- 5%, frequency 50 Hz
Total installed power - 145 kW
Type of raw material: wheat straw, alfalfa, rapeseed, soy, hemp, corn, etc.
Technology used from 2025
Length 7850mm Width 2100mm Height 2680mm
Weight 1850kg
Teagle Bale Shredder - Tomahawk 500E consists of:
- Teagle Bale Shredder - Tomahawk 500E
- Hammer Mill model: H-119/7SN - 2 pcs.
- Automated control panel and electric control, inverter, 10 meter three-phase cable
Optional accessories for the Tomahawk 500E shredding complex:
Conveyor, additional feeding belt for bales, length 3.5 meters
Soft Starter, Frequency Converter
Bag filter
Overload sensors for the bunker Max with automated stop and start
Teagle Bale Shredder - Tomahawk model: 500E is primarily intended for use in production lines for briquettes and pellets made from straw, alfalfa, rapeseed or other vegetative residues.
Operating principle: Teagle Bale Shredder - Tomahawk 500E Stage I: crushing bales of straw, both cylindrical and rectangular, Stage II: fine shredding (hammer mill) model: H-119/7SN reduces raw material to 3-10 mm. The final fraction is fully prepared for briquette and pellet manufacturing or feed, bedding for animals.
Teagle Bale Shredder - Tomahawk 500E with Hammer Mill for straw
Conclusion
Teagle Bale Shredder - Tomahawk 500E is a practical solution for utilizing biomass into ecological fuel, with optimized efficiency and costs.
