Description
As their name indicates, tertiary impact crushers are used in the third stage of crushing. They are used to break up limestone and alluvium. The crushing principle is based on the impact effect at high speed.
The tertiary impact crushers produce a quality final product with a cubic shape at the desired dimensions. The dimensions of the final product depend on the adjustment of the distance between the rotor and the breaker anvil.
This type of crusher differs from the others thanks to the possibility of changing the direction of rotation of the rotors, thus allowing the use of both sides of the pallets which increases their duration of use.
The fact that the impact crushers are used in all crushing stages shows their importance for Boratas. We recognize that these machines are widely demanded and that our customers expect high quality. This motivated us to produce a machine able to exceed our customers’ expectations.
The impact crushers are designed to last a very long time minimizing the need for maintenance, while maximizing performance, whether in the primary, secondary or tertiary.
Impact crushers are defined by a combination of high inertia rotor, wear-resistant materials, and a well-sized crushing chamber. This combination allows a good production rate while producing a fine and high-quality product.
The components of our machines, as well as the materials used, are the reason for their low need for maintenance. The rotor, which is made of cast steel, is very robust, the hammers are made of alloyed manganese which strengthens its last and increases its long life.
Characteristic of the impact crushers
- High reduction rate
- Low investment cost
- Low operating cost
- Simple arrangement
- Large discharge opening
- Use in fixed and mobile installations
Advantage
- Easy maintenance
- Easy replacement of worn parts
- Long life expectancy
- Using x4 blow bars
Stationary Tertiary Impact Crusher TDK series models and data- General Table
| Model | Rotor Size (mm) |
Material Size (mm) max |
Capacity (t/h) min-max |
Engine (kW) |
Weight (kg) |
|---|---|---|---|---|---|
| TDK65 | Ø 1,150 x 650 | 150 | 40-80 | 110-160 | 6.800 |
| TDK100 | Ø 1,150 x 1,000 | 150 | 70-100 | 200-250 | 9.000 |
| TDK130 | Ø 1,150 x 1,300 | 150 | 80-150 | 250-315 | 11.300 |
* Capacity figures given in the table above are approximate and are to give an idea about the expected quantities where the density is 1600 kg/m³ clean and dry limestone fed into the crushing chamber at maximum sizes without any difficulty. These capacity rates vary depending on the appropriate selection and operation of feeder, conveyor, and other equipment, etc. also permanent regular feeding.
** Machine weights include flywheel, rotor, and upper chute, excludes motor, chassis, and lower chute.
CAPACITY FIGURES
Download The Boratas Stationary Crushing and Screening Machines PDF Catalogue
' Boratas Stationary Crushing and Screening ' PDF Catalogue.
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A close look at Boratas Tertiary Impact Crusher performance
Boratas TDK performing in crushing and screening stationary plant, as the final stage
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