Different designs of crusher body, breaker bar arrangement, rotor shape, number of blowbars are available. For hard and abrasive material, crushers have special heavy-duty design of the body, rotor and the breaker bars and blowbars are with higher chromium content castings.
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Tertiary Impact Crusher
Tertiary impact crushers are manufactured with different rotor sizes and the required motor power is selected according to the application. The strength of Tertiary impact crushers (MTI) makes them ideal for every kind of application in many different configurations. Tertiary impact crushers (MTI) have demonstrated their effectiveness in many missions from crushing low abrasive materials to industrial applications and recycling.
MEKA’s product range includes 2 different designs of tertiary impact crushers. MTI 1105-1110-1115 models are with 4 blowbars mounted on a circular shaped rotor and MTI 1307-1314 models are with 3 blowbars mounted on a oval shaped rotor.
Applications
QUARRIES
- Production of aggregates for concrete and asphalt plants,
- Production of manufactured sand,
- Shaping of flaky aggregates to obtain cubical aggregates,
INDUSTRIAL MINERALS
- Production of fine material with minimum capital and operational costs,
- Excellent particle shape down to micron sizes,
RECYCLING PLANTS
Why MEKA Tertiary Impact Crusher?
Symmetric Crushing Chamber Allows for better utilization of wear parts
The rotors in our MTI Series crushers are designed to operate in both directions, so when the wear parts are worn out for one side of the crusher, the operators can change the rotor’s operating direction to the other side. This method decreases inventory costs for clients by reducing maintenance requirement time and parts cost.
High-Speed Rotor Produces More Fines
The rotor with high inertia improves reduction ratio and provides stability in the process, reducing energy consumption and increasing long-term performance.
Manufactures sand from limestone and dolomite
High quality and cubical shape products with low filler content
Upto 150mm feed size
Heavy rotor and crushing chamber design in addition to materials selected for their outstanding wear resistance further reducing operating and wear costs.
Tertiary Impact Crusher Technical Specifications
MTI 1105 |
MTI 1110 |
MTI 1115 |
MTI 1307 |
MTI 1314 |
|
| Rotor Diameter (mm) | 1100 | 1100 | 1100 | 1286 | 1286 |
| Rotor Width (mm) | 500 | 1000 | 1500 | 655 | 1355 |
| Feed Opening (mm) | 520x310 | 1020x310 | 1520x310 | 690x210 | 1390x210 |
| Maximum Feed Size (mm) | 150 | 150 | 150 | 90 | 90 |
| *Capacity (mtph) | 100-120 | 220-250 | 280-320 | 100-120 | 220-250 |
| Power (kW) | 110 | 200-250 | 315 | 90-132 | 160-250 |
| **Weight (kg) | 8750 | 14000 | 17470 | 8400 | 13480 |
*For material weighing 1.6 t/m³ or 100 lbs/ft³. Capacity values are indicative only, crusher performance may vary depending on the feed gradation, feed moisture content, crushability of the material, crusher rpm, installed power and the crushing circuit design.
** Weights shown do not include drive motor package, support legs, maintenance platform, inlet and outlet chutes.
Tertiary Impact Crusher Gallery
What is Tertiary Impact Crusher?
A tertiary impact crusher is a type of crusher used in the tertiary stage of crushing and is used to produce cubical shaped aggregates and sand.
Types of Tertiary Impact Crusher
Advantages of Using Tertiary Impact Crusher
Tertiary Impact Crusher Processes Applications
How Does Tertiary Impact Crusher Work?
The materials are crushed by the impact force generated by the blowbars mounted on a rotor. With the impact of the material on the blowbars on the rotor, the material hits the opposite breaker bars and a secondary crushing takes place. Unlike secondary and primary impact crushers, the rotor of the tertiary impact crusher can rotate in both directions.
Tertiary impact crushers produce higher proportion of finer material.Energy cost per ton of product produced is low.Tertiary impact crushers produce more cubical-shaped end product.
Tertiary Impact crusher is used in the tertiary stage of the crushing process for soft and non or less abrasive materials. They produce cubical and high percentage of end products, and sand production rates in the end product are also very high.
