Tertiary Crusher

The tertiary impact crusher especially must be used in the crushing and screening plants with high capacity. It applies as an alternative to vertical shaft impact crusher (VSI) and beneficial to obtain 0-5 mm final product, in other words, sand.

The most important difference of this equipment from VSI is that feeding material size must be up to 70 mm of medium-hard stone.

Advantages

  • High sand production capacity;
  • Ability to be used as secondary impact crusher, tertiary impact crusher and sand machinery;
  • Easy and fast maintenance;
  • Fast plates change;
  • Hydraulic system for chamber opening;
  • Low first investment cost;
  • Low operating cost.

Tertiary impact crushers have high production capability of sand or dust thanks to special designed plates made of chrome or high manganese steel and high rotor speed. Due to setting of inlet gap, you can easily obtain final product in the preferred sizes.

Principe of work

The crushing process takes place with the process of striking the material with the rotor rotating on both sides at high speed towards the pendulum. Thanks to the adjustable outlet opening, the product in the desired size can be obtained.

GENERAL INFORMATION

The tertiary impact crusher especially must be used in the crushing and screening plants with high capacity. It applies as an alternative to vertical shaft impact crusher (VSI) and beneficial to obtain 0-5 mm final product, in other words, sand.

The most important difference of this equipment from VSI is that feeding material size must be up to 70 mm of medium-hard stone.

Advantages

  • High sand production capacity;
  • Ability to be used as secondary impact crusher, tertiary impact crusher and sand machinery;
  • Easy and fast maintenance;
  • Fast plates change;
  • Hydraulic system for chamber opening;
  • Low first investment cost;
  • Low operating cost.

Tertiary impact crushers have high production capability of sand or dust thanks to special designed plates made of chrome or high manganese steel and high rotor speed. Due to setting of inlet gap, you can easily obtain final product in the preferred sizes.

Principe of work

The crushing process takes place with the process of striking the material with the rotor rotating on both sides at high speed towards the pendulum. Thanks to the adjustable outlet opening, the product in the desired size can be obtained.

MODEL MOUTH SIZE
(MM)
CAPACITY
(TPH)
ENGINE
(KW)
FLYWHEEL SPEED
(RPM)
ROTOR SIZE
(MM X MM)
WEIGHT
(KG)
TTC-5-1218 100 100-200 250 900 ø1200X1800 24000
TTC-5-1212 100 100-150 200 900 ø1200X1200 18000
TTC-5-1206 100 50-100 132 900 ø1200X600 12000
MODELS AND TECHNICAL SPECIFICATIONS
MODEL MOUTH SIZE
(MM)
CAPACITY
(TPH)
ENGINE
(KW)
FLYWHEEL SPEED
(RPM)
ROTOR SIZE
(MM X MM)
WEIGHT
(KG)
TTC-5-1218 100 100-200 250 900 ø1200X1800 24000
TTC-5-1212 100 100-150 200 900 ø1200X1200 18000
TTC-5-1206 100 50-100 132 900 ø1200X600 12000