product
RecyclingVolume reductionCrushingCoarse crush

SINGLE TOGGLE JAW CRUSHER

 

SINGLE TOGGLE JAW CRUSHER1

Instantaneous crush by compression and friction forces

Single Toggle Jaw Crusher is widely used as a primary or secondary crusher. The material is instantaneously crushed by compression and friction forces.

The structure has the fixed jaw mounted to the body frame and the moving jaw attached to the swing lever and supported by the toggle. The material fed to the crushing chamber receives instantaneous compression and friction forces applied by the moving jaw that makes composite motion in horizontal and vertical directions for crushing. The movement near the discharge port consists of minute open/close motion and great parallel motion.


 

Features

  1. Simple, tough structure for efficient crushing
  2. A large size-reduction ratio can be specified.
  3. The product particle size can be adjusted by replacing the back liner.
  4. In case of catching an iron block in the crushing chamber, the toggle plate is broken to prevent damage to other key parts on the body.
  5. The jaw plates can be replaced easily and turned upside down horizontally symmetrically for reuse when worn.
  6. Product of uniform size

Application

  1. Processing mineral ore, coal, limestone, nitrolime, asbestos, rock salt, mica and other materials
  2. Rare metals, catalysts, etc.
  3. Molten slag, incineration ash block, etc.
  4. Glass cullet and other waste materials

 

Inquiry

Use the link below to contact us for detailed documents about Single Toggle Jaw Crusher to process glass cullet and other waste materials.
Provide following information to make us offer detailed suggestion.
  1. Material to process

    Ingredients, apparent specific gravity, water content, adhesiveness, abrasiveness and temperature

  2. Material size

    Mean and maximum particle sizes and particle size distribution

  3. Desired particle size after crushing
  4. Processing capacity

    Amount to process or produce per hour and operating hours per day

  5. Power supply

    Voltage and frequency

  6. Flow sheet of the previous and following processes