The HAMMEL-secondary shredders enable efficient processing of various pre-shredded materials. They operate with two different shredding systems: either a rotor equipped with knives for the processing of wood or one equipped with eccentric discs for the handling of metal. The HAMMEL-secondary shredders are available with a diesel or electric engine and as a mobile or stationary unit.
Advantages:
- defined final grain size
- user friendly handling
- mobility
- short set-up times
NZS 700
Application:
Processing of pre-shredded materials such as:
- waste wood
- pallets
- cable drums
Technical data:
| version | 700 D | 700 E |
| drive | 350 HP | 250 kW |
| weight | 17 t | 17 t |
NZS 1000
Application:
Processing of pre-shredded materials such as:
- waste and mixed wood
- pallets
- green waste
Technical data:
| version | 1000 DK | 1000 E |
| drive | 525 HP | 350 kW |
| weight | 30 t | 19 t |
HEM 1250
Application:
- waste car bodies
- light mixed scrap
- white goods
- engine blocks
Technical data:
| version | 1250 DK | 1250 MD | 1250 E |
| drive | 710 HP | 710 HP | 510 KW |
| weight | 49 t | 55 t | 50 t |
The HAMMEL-product range includes as well a wide range of screening technology, for example disc and roller screens for the processing of wood and waste or pole screens for the handling of metal. All HAMMEL-screens impress by their individual number of screen decks and sizes. The HAMMEL-screens are available in a stationary, electric version as well as a mobile, diesel powered one with a hook-lift system and a wheel axle or with a track system.
Advantages:
- high throughput
- user friendly handling
- high mobility
- customized grain fractions
HZ 16
Application:
- waste wood
- green waste
- compost
- domestic waste
Technical data:
| version | HZ 16 |
| drive | 10 kW |
| weight | 3,5 t |
HZ 52
Application:
- green waste
- waste wood
- root stocks
- stones and earths
Technical data:
| version | HZ 52 DT |
| drive | 100 HP |
| weight | 14,5 t |
Plant engineering and construction – the complete solution
We offer the complete solution for different kinds of materials such as wood, waste and metal in the field of plant engineering and construction. Our recycling plants are designed accordingly to the individual needs of our customers - from the development to the commissioning.
Depending on the individual site conditions stationary plants are developed as single machine units or overall concepts. In the first step of fragmentation, the input material is pre-shredded by a HAMMEL-primary shredder. The material can be separated with the help of magnet stations or sorting lines afterwards.
Various secondary shredders and different kinds of screening technology can be connected in series. The single machine units are linked by innovative conveying and discharge technology.
You communicate your needs, we develop the complete solution!
Waste wood processing plant – stationary or mobile
Application:
- waste wood
- construction and demolition wood
- pallets
- trunks
Units
- primary shredder
- screening technology
- metal separation
- secondary shredder
The waste wood processing plant enables energy-saving and extremely efficient further processing of waste wood to a final grain of 40 - 60 mm size. Metallic extraneous materials are removed almost completely by means of an integrated FE and NE separator.
Depending on its composition, the attained grain can be further processed thermally or as secondary raw material for the derived wood products industry.
Metal processing plant
Application:
- waste car bodies
- light metal scrap
- mixed scrap
- aluminium (profiles & bales)
Units
- VB 950 DK
- MMS 150 DK
- MWA 1000 E
- HEM 1250 DK
The mobile scrap processing plant consists of the well-known primary shredder “Red Giant” VB 950 DK, the metal screen MMS 150 DK, the EDDY current separator MWA 1000 E and the fine shredder HEM 1250 DK and enables its user to convert mixed input material into separated final products.
It only takes one step to separate magnetic metals from non-ferrous materials precisely. All units impress by their high performance and the highest possible mobility.