Geben |
Hammer Crusher |
Zustand |
neu |
Ort der Herkunft |
Shanghai China (Mainland) |
Marke |
ESONG |
Modell-Nummer |
PCX |
Kapazität (t / h) |
as requested |
Anwendung (Agrochemie) |
secondary stage of fine crushing |
Highly Effective Impact Fine Crusher 1)Super-fineness crushing capability. 2)High-efficient and energy-saving. (3)excellent quality (4)using widely (5)Easy Maintenance High Efficiency Impact Fine Crusher FeaturesandAdvantages: 1. Super-fineness crushing capability: The new particle size adjusting mechanism guarantees 85% of the particles controlled within 3mm; 2. High-efficient and energy-saving: 40% power consumption reduced at equivalent output; 3. Extra long life: hammer heads are made of new type of high quality alloy materials with multiple elements and can be turned for use thus to prolong the service life by 4 times. 4. Great crushing ratio: incorporating Gr. I & Gr. II crushing for clinkers and Gr. II & Gr. III crushing for limestone into one step. 5. Easy Maintenance: The rear cover of the upper machine frame can be hydraulically (hand)-opened to make the maintenance much easier. High Efficiency Impact Fine Crusheris used for fine crushing medium hard materials in concrete industry, such as limestone, plaster, clinker, mixed material, calcium phosphide, dolomite, and pearl ore, etc. Impact Fine crusher is also applicable to building material, fertilizer, mine and fireproofing material industries. High Efficiency Impact Fine CrusherWorkingPrinciple: The material is crushed primarily in the first crushing chamber by the high speed moving rotator against the hammer, and then screwed into the secondary chamber for fine crushing hereafter material being discharged. Technical Parameters: A. Model: PCX 800×400 1.Size of feeding hole (mm): 400×185 2.Max. feeding Size (mm): 120 3.Discharging size (mm): Discharging size (mm) 4.Discharging Width Control (mm): Discharging Width Control (mm) 5.Productivity(t/h) of Cement Clinker: 20-30 6.Productivity(t/h) of imestone: 30-45 7.Productivity(t/h) of Glass sand: 35-45 8.Power(kw): 22-37 B. Model: PCX 800×600 1.Size of feeding hole (mm): 500×250 2.Max. feeding Size (mm): 180 3.Discharging size (mm): Discharging size (mm): ≤5 4.Discharging Width Control (mm): Discharging Width Control (mm): 5-20 5.Productivity(t/h) of Cement Clinker: 35-40 6.Productivity(t/h) of imestone: 40-55 7.Productivity(t/h) of Glass sand: 45-55 8.Power(kw): 37-45 C. Model: PCX 800×800 1.Size of feeding hole (mm): 550×330 2.Max. feeding Size (mm): 180 3.Discharging size (mm): Discharging size (mm): ≤5 4.Discharging Width Control (mm): Discharging Width Control (mm): 5-20 5.Productivity(t/h) of Cement Clinker: 35-45 6.Productivity(t/h) of imestone: 60-65 7.Productivity(t/h) of Glass sand: 55-65 8.Power(kw): 37-45 D. Model: PCX 1010×1010 1.Size of feeding hole (mm): 1000×350 2.Max. feeding Size (mm): 180 3.Discharging size (mm): Discharging size (mm): ≤5 4.Discharging Width Control (mm): Discharging Width Control (mm): 5-20 5.Productivity(t/h) of Cement Clinker: 45-55 6.Productivity(t/h) of imestone: 60-75 7.Productivity(t/h) of Glass sand: 65-75 8.Power(kw): 45-55 E. Model: PCX 1200×1000 1.Size of feeding hole (mm): 1200×400 2.Max. feeding Size (mm): 180 3.Discharging size (mm): Discharging size (mm): ≤5 4.Discharging Width Control (mm): Discharging Width Control (mm): 5-20 5.Productivity(t/h) of Cement Clinker: 80-110 6.Productivity(t/h) of imestone: 80-100 7.Productivity(t/h) of Glass sand: 80-100 8.Power(kw): 90-110 F. Model: PCX 1200×1200 1.Size of feeding hole (mm): 1200×450 2.Max. feeding Size (mm): 180 3.Discharging size (mm): Discharging size (mm): ≤5 4.Discharging Width Control (mm): Discharging Width Control (mm): 5-20 5.Productivity(t/h) of Cement Clinker: 100-110 6.Productivity(t/h) of imestone: 90-100 7.Productivity(t/h) of Glass sand: 90-120 8.Power(kw): 110-132 G. Model: PCX 1400×1400 1.Size of feeding hole (mm): 1500×500 2.Max. feeding Size (mm): 190 3.Discharging size (mm): Discharging size (mm): ≤5 4.Discharging Width Control (mm): Discharging Width Control (mm): 5-20 5.Productivity(t/h) of Cement Clinker: 100-150 6.Productivity(t/h) of imestone: 100-150 7.Productivity(t/h) of Glass sand: 120-150 8.Power(kw): 160 H. Model: PCX 1600×1600 1.Size of feeding hole (mm): 1600×550 2.Max. feeding Size (mm): 190 3.Discharging size (mm): Discharging size (mm): ≤5 4.Discharging Width Control (mm): Discharging Width Control (mm): 5-20 5.Productivity(t/h) of Cement Clinker: 170-210 6.Productivity(t/h) of imestone: 190-250 7.Productivity(t/h) of Glass sand: 190-250 8.Power(kw): 250 I. Model: PCX 1800×1800 1.Size of feeding hole (mm): 1800×800 2.Max. feeding Size (mm): 190 3.Discharging size (mm): Discharging size (mm): ≤5 4.Discharging Width Control (mm): Discharging Width Control (mm): 5-20 5.Productivity(t/h) of Cement Clinker: 250-270 6.Productivity(t/h) of imestone: 280-310 7.Productivity(t/h) of Glass sand: 280-310 8.Power(kw): 280