Primary Jaw Crusher for Gold Ore Crushing and Processing Plant

China Primary Jaw Crusher for Gold Ore Crushing and Processing Plant, Find details about China Jaw Crusher, Gold Ore Crusher from Primary Jaw Crusher for Gold Ore Crushing and Processing Plant

Model NO.
PEX250x1200
Inlet Size
250X1200
Condition
New
Trademark
KINGLINK
Transport Package
Export Standard
Origin
China
HS Code
84742090
Model NO.
PEX250x1200
Inlet Size
250X1200
Condition
New
Trademark
KINGLINK
Transport Package
Export Standard
Origin
China
HS Code
84742090

PE Jaw Crusher

Pe jaw crusher machine is mainly used for coarse crushing and medium crushing in the departments of mining, building materials and infrastructure construction.

Features

kinglink's jaw crusher is engineered for even the toughest mining applications thanks to its heavy-duty design. Characterized by an attention to detail in its design and manufacture, this machine is an excellent choice when you need high production and low total cost.

kinglink's crushers are of the single-toggle type with advanced features for optimized performance, easy maintenance, long life and a low cost per ton. These crushers feature a deep, symmetrical crushing chamber, easy settings adjustment, a large feed opening for its size, and an ideal nip angle that offers smooth material flow and high reduction efficiency.
 

Benefits

  • Simple structure, easy maintenance;
  • Stable performance, high capacity;
  • Even final particles and high crushing ratio;
  • Adopt advanced manufacturing technique and high-end materials;

 Easy to install


kinglink's Jaw crusher has a range of bolt-on options, including an on-board motor base, and guarding for the flywheel and drives made from specially developed composite materials, which makes the unit simple to install as a crusher only or as a complete module in a new or existing plant.

 

Primary Jaw Crusher for Gold Ore Crushing and Processing Plant

 


The most versatile primary crusher

Kinglink's Series jaw crushers are most commonly used as primary crushers, to make the first step of size reduction. In some cases the jaw crushers is used to produce final end product but in most cases the jaw crusher is used to prepare the feed for the secondary crusher in a crushing and screening process.


Specifications
 PE SERIES
 Model
Feed Oping
     (mm)

 
  Max Feeding 
     (mm)
         
 Discharge Oping
     (mm)
           
 Capacity
      (t/h)
           
 
REV
(r/min)
  

  
   Power
     (kw)
     
Weigth
     (t)
       
PE250×400250×40021020-605-30300152.8
PE400×600400×60034040-10016-85275306.5
PE500×750500×75042550-10045-1302755510.1
PE600×900600×90050060-16050-16025055-7515.5
PE750×1060750×106063080-14052-18025011028
PE800×1060800×1060650100-20085-18525011030
PE870×1060870×1060670200-260181-21025011030.5
PE900×1200900×1200750195-265140-280200110-13250
PE1000×1200 1000×1200850195-265160-390200110-13251
PE1200×1500       1200×1500       1020150-300300-780180160100.9
PEX250×750250×75021025-608-30330224.9
PEX250×1000250×100021025-6016-6833030-376.5
PEX250×1200250×120021025-6020-78330377.7
PEX300×1300300×130025020-9020-1183305511

 * Smaller closed side settings can be often used depending on application and production requirements. For a performance estimation for your specific application, please contact Kinglink.

The above figures represent through the crusher capacities, which are based on a feed material with an average specific gravity of 2.7 t/m3, a maximum feed size that will enter the crusher without bridging and material finer than the crushers closed side setting removed. The capacities may vary depending on the feeding method and on feed characteristics such as gradation, bulk density, moisture, clay content and crushability. Measurement of the crusher's closed side setting varies depending on the jaw profile that is being used and has an impact on the crusher's capacity and product gradation. The following factors will enhance crusher capacity and performance:

1. Proper selection of the jaws.

2. Proper feed gradation.

3. Controlled feed rate.

4. Sufficient feeder capacity and width.

5. Adequate crusher discharge area.

6. Discharge conveyor sized to convey maximum crusher capacity.