Comminution

Crushing Equipment

Crushing reduces run-of-mine ore to a top size that screening, grinding or separation can accept. It is the first comminution stage and sets the throughput and work index for the entire plant.

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Crushing Equipment manufactured by Xinhai — Crushing Equipment

Equipment in this category

The page helps a plant designer or procurement lead evaluate machine types for the duty. The choice depends on ore characteristics, target product size and circuit configuration.

Jaw and gyratory crushers accept the largest run-of-mine rock. Cone crushers deliver a controlled product for grinding. Impact and hammer crushers handle softer, less abrasive feed. Roll crushers and HPGRs use interparticle breakage for finer product. Each type occupies a different position in the flowsheet.

Jaw Crusher
XHC Jaw Crusher
Spring Cone Crusher
Hammer Crusher
Gyratory Crushercat.
Impact Crushercat.
Roll Crushercat.
High Pressure Grinding Roll (HPGR)cat.

Names marked cat. follow the equipment handbook rather than the product catalogue naming.

What decides the selection

Start with maximum feed size and ore hardness to narrow machine types. Lab-scale crushability and abrasion tests confirm breakage behaviour and liner consumption. Required throughput and closed-side setting then fix the model size. Pilot or process simulation resolves open-circuit versus closed-circuit performance. Only a written flowsheet confirmation from the manufacturer locks the duty point.

Maximum run-of-mine feed size
Ore hardness and abrasiveness
Moisture and clay content
Target closed-side setting
Required throughput per hour
Open-circuit or closed-circuit configuration
Wear part life and maintenance access

Parameter boundary

Catalogue figures are standard-model data. Actual capacity shifts with ore properties and feed gradation. Final selection must rest on testwork, flowsheet calculation and a written confirmation from the manufacturer.

Technical parameters

139 models across 7 machine types, as published in the Xinhai equipment application manual.

Parameter boundary

These are standard-model catalogue figures. Actual capacity, power draw and wear life shift with ore properties, feed gradation and circuit conditions. Treat them as a shortlisting aid, not as a performance guarantee for your duty. Final selection rests on testwork, flowsheet calculation and a written confirmation from the manufacturer.

Jaw Crusher

Jaw Crusher technical parameters, 16 models
Type	Model	Feed Port Size (mm)	Discharge Port Size (mm)	Maximum Feed Size (mm)	Production Capacity (t/h)	Eccentric Wheel Rotation Speed (r/min)	Motor Power (kW)	Dimensions (mm)	Weight (kg)
Standard Type	PE100×150	100×150	5-20	80	0.5-2	300	2.2	525×535×605	230
PE150×250	150×250	10-40	125	2-6	300	5.5	875×745×935	1100
PE250×400	250×400	20-60	210	8-16	300	15	1108×1090×1392	1850
PE400×600	400×600	40-100	350	14-36	275	30	1650×1748×1520	5800
PE500×750	500×750	50-120	400	30-80	250	45	1900×1876×1821	9000
PE600×900	600×900	75-200	480	56-192	250	75	2280×2245×2320	18700
PE750×1060	750×1060	80-235	630	108-256	250	90	2450×2472×2795	28000
PE900×1200	900×1200	95-265	750	186-398	200	110	3335×3182×3025	50000
PE1200×1500	1200×1500	150-300	1000	250-500	190	160	3800×3040×4150	82000
PE1500×2100	1500×2100	220-350	1200	300-600	180	280	5160×3960×4248	140000
Fine Crushing Type	PEX150×750	150×750	10-40	120	8-25	320	15	1210×1572×1045	5800
PEX200×1000	200×1000	15-40	160	12-50	330	22	1860×1385×1200	5200
PEX250×750	250×750	20-60	210	10-45	320	30	1751×1400×1515	4900
PEX250×1000	250×1000	20-50	210	15-50	330	30	1550×1990×1370	6500
PEX250×1200	250×1200	20-60	210	20-60	320	45	1650×2170×1465	9000
PEX300×1300	300×1300	25-65	250	20-80	330	55	1980×2456×1740	11500

Gyratory Crusher

Gyratory Crusher technical parameters, 5 models
Model	Bottom Diameter of Crushing Cone (inches)	Feed Port Size (inches)	Feed Port Size (mm)	Drive Shaft Speed (r/m)	Discharge Opening Width (mm)	Maximum Motor Power (kW)	Weight (t)	Weight of Moving Cone Assembly (t)
PXZ4265	65	42	1067	600	140-175	450	121	23
PXZ5065	65	50	1270	600	150-175	450	154	30
PXZ5475	75	54	1372	500	150-195	500	231	38
PXZ6089	89	60	1524	500	165-220	710	362	67
PXZ60110	110	60	1524	500	195-240	1000	560	116

Gyratory Crusher, continued (5 rows)
Discharge Opening Width (mm)	140	150	165	175	195	210	220	240
Production Capacity (t/h)	PXZ4265	1508	1701	1981	2150
PXZ5065		1648	2152	2490
PXZ5475		2510	2785	2970	3320
PXZ6089			3615	3881	4210	4826	5080
PXZ60110					5800	6210	6510	7000

Gyratory Crusher, continued (38 rows)
Model	Cavity Type	Feed Opening Size (mm)	Maximum Feed Size (mm)	Minimum Discharge Size (mm)	Maximum Discharge Size (mm)	Motor Power (kW)	Main Unit Dimensions (mm)	Main Unit Weight (kg)
Stroke	Stroke	Stroke	Stroke	Stroke	Stroke
PYYZ100				16	22	/	16	22	/	75-90	2030×1840×2670	9500
A	320	250	35	35	/	100	95	/
B	250	210	35	35	/	100	95	/
PYYZ200				18	25	/	18	25	/	160-200	2260×2090×2980	13400
A	340	280	35	35	/	105	100	/
B	250	210	35	35	/	105	100	/
PYYZ300				25	32	/	25	32	/	220-250	2530×2350×3180	18200
A	380	320	35	35	/	100	95	/
B	280	240	35	35	/	100	95	/
PYYZ500				18	25	32	18	25	32	280-315	3100×2780×3980	32700
A	500	420	50	55	60	105	100	95
B	380	320	42	50	55	105	100	95
PYYZ800				32	40	50	32	40	50	500-630	3900×3535×5200	75000
A	560	470	65	70	75	105	100	95
PYY100				16	22	/	16	22	/	90	1950×1620×2140	5800
A	150	120	12	15	/	39	37	/
B	130	105	10	11	/	33	31	/
C	100	85	7	9	/	33	30	/
PYY200				25	32	/	25	32	/	200-220	2260×2090×2870	12700
A	225	180	22	26	/	45	40	/
B	150	120	19	23	/	45	40	/
C	80	60	12	14	/	40	35	/
PYY300				25	32	/	25	32	/	250-280	2530×2350×3190	16700
A	225	180	22	28	/	50	45	/
B	150	125	19	23	/	45	40	/
C	80	60	10	12	/	40	35	/
PYY500				34	42	50	34	42	50	315-355	3100×2780×3490	27000
A	280	220	24	26	30	45	35	30
B	150	125	19	21	24	45	35	30
C	100	80	12	12	14	35	30	25
PYY700				50	60	70	50	60	70	450-560	3650×3298×4122	50000
A	300	220	22	26	28	50	42	35
B	180	125	17	20	25	50	42	35
C	130	80	10	12	14	46	39	34
PYY800				58	70	80	58	70	80	630	3900×3535×4563	63000
A	320	220	22	26	30	50	42	36
B	180	125	19	21	24	50	42	36

Gyratory Crusher, continued (15 rows)
Model	Stroke (mm)	8	12	16	20	25	30	35	40	45	50
PYY100	16	35-40	45-55	55-65	65-75	75-85	90-100	105-115	/	/	/
22	45-50	55-65	65-75	75-90	85-105	100-125	115-135	/	/	/
PYY200	25	85-105	105-130	130-155	150-180	185-220	220-255	255-280	270-310	285-330	/
32	/	130-160	155-175	175-200	190-230	230-260	260-310	280-320	290-350	/
PYY300	25	115-140	135-165	165-190	172-210	200-235	235-270	270-310	290-340	320-360	/
32	130-160	155-200	210-250	225-255	245-295	280-330	320-365	340-385	365-405	/
PYY500	34	/	245-270	270-305	310-340	330-380	385-435	445-495	495-530	540-585	575-640
42	/	280-320	320-355	350-395	390-460	475-525	550-605	610-665	650-715	/
50	/	330-365	370-410	410-455	465-535	540-595	590-655	650-715	/	/
PYY700	50	/	300-370	375-440	445-520	525-590	590-690	675-755	740-840	830-920	880-980
60	/	360-430	430-495	490-555	550-640	630-730	730-835	800-905	900-990	950-1040
70		420-500	495-570	565-640	645-725	700-790	770-865	880-1000	980-1070	/
PYY800	58		400-480	470-540	535-610	595-670	660-760	760-845	835-945	935-1020	1000-1100
70		460-540	535-610	600-670	660-760	750-850	860-935	930-1050	1040-1130	/
80		520-600	590-670	650-750	745-855	850-950	940-1030	1030-1130	1120-1250	/

Hammer Crusher

Hammer Crusher technical parameters, 20 models
Model	Feed Size (mm)	Discharge Opening Gap (mm)	Production Capacity (t/h)	Motor Power (kW)
PC-φ375×300	100	3-15	1-5	5.5
PC-φ600×400	100	10-35	7-15	18.5
PC-φ600×600	200	10-35	10-20	37
PC-φ600×800	200	10-35	15-26	45
PC-φ800×800	300	10-50	25-50	45
PC-φ800×1000	300	10-50	30-70	55
PC-φ1000×1000	500	20-70	60-100	75
PC-φ1000×1200	500	20-80	80-120	90
PC-φ1000×1500	500	20-100	100-150	110
PC-φ1000×1800	500	20-100	100-160	132
PC-φ1250×1400	550	20-150	130-180	132
PC-φ1250×1600	550	20-150	150-200	160
PC-φ1250×1800	550	20-150	180-280	200-220
PC-φ1400×1800	650	30-150	260-450	220-280
PC-φ1600×2000	650	40-150	300-500	250-315
PC-φ1800×2000	700	40-150	400-600	500-630
PC-φ1800×2200	800	50-150	500-800	500-630
PC-φ2000×2200	900	50-150	600-1000	500-630
PC-φ2000×2500	1000	50-200	800-1200	630-800
PC-φ2200×2800	1000	100-200	1000-1500	800-1000

Impact Crusher

Impact Crusher technical parameters, 9 models
Model	Rotor Diameter (mm)	Rotor Width (mm)	Feed Size (mm)	Production Capacity (t/h)	Motor Power (kW)
PF-500×400	500	400	100	5-8	7.5
PF-1000×700	1000	700	120	10-20	30
PF-1000×1000	1000	1000	250	15-30	37
PF-1200×1000	1200	1000	300	60-120	110
PF-1200×1400	1200	1400	300	80-160	132
PF-1400×1500	1400	1500	320	120-240	250
PF-1400×2000	1400	2000	350	180-280	315
PF-1600×2000	1600	2000	450	400-500	2x280
PF-1600×2500	1600	2500	450	450-600	2x315

Roller Crusher

Roller Crusher technical parameters, 12 models
Type	Model	Roller Diameter (mm)	Roller Length (mm)	Max Feed Size (mm)	Discharge Opening Adjustment Range (mm)	Production Capacity (t/h)	Motor Power (kW)	Weight (t)
Double Roll Crusher	2PGS-300×300	300	300	17	0-15	1.5-5	2.2x2	2
2PGS-400×250	400	250	30	0-5	5-15	5.5x2	1.5
2PGS-610×400	610	400	70	0-8	10-35	15x2	3.8
2PGS-750×500	750	500	85	0-10	15-45	15x2	5.5
2PGS-800×600	800	600	85	0-10	20-70	18.5x2	7.5
2PGS-1000×800	1000	800	100	0-10	30-90	22x2	15
2PGS-1250×1000	1250	1000	100	0-10	40-120	37x2	25
2PGS-1500×1000	1500	1000	100	0-10	50-140	45x2	28
Double Tooth Roll Crusher	2PGC-450×500	450	500	200	25-100	20-55	11x2	3.8
2PGC-600×750	600	750	300	50-125	50-75	18.5x2	7.4
2PGC-600×900	600	900	300	50-125	60-90	22x2	9.6
2PGC-900×900	900	900	500	75-150	160-110	30x2	13.7

High-Pressure Grinding Roller (HPGR)

High-Pressure Grinding Roller (HPGR) technical parameters, 13 models
Model	Roller Diameter (mm)	Roller Length (mm)	Max Feed Size (mm)	Throughput (t/h)	Motor Power (kW)
GM52×25	520	250	20	40	2x45
GM70×30	700	300	20	70	2x75
GM80×40	800	400	20	80	2x110
GM100× □	1000	300-500	25	90-160	2x(132-200)
GM120× □	1200	400-800	25	170-350	2x(200-400)
GM140× □	1400	600-900	30	320-600	2x(400-630)
GM150× □	1500	700-1000	30	550-830	2x(560-800)
GM160× □	1600	800-1400	30	700-1250	2x(710-1250)
GM170× □	1700	800-1400	30	750-1450	2x(800-1400)
GM200× □	2000	800-1600	40	900-2200	2x(1000-2240)
GM240× □	2400	1000-1600	40	1800-3000	2x(1800-2800)
GM260× □	2600	1200-1600	45	2800-3800	2x(2240-3150)
GM300× □	3000	1400-2000	50	4000-6000	2x(3150-5600)

European Version Jaw Crusher

European Version Jaw Crusher technical parameters, 6 models
Model	Power (Kw)	Rotation Speed (r/min)	Feed Opening Width (mm)	Feed Opening Depth (mm)	Max Feed Size (mm)	Discharge Opening Adjustment Range (mm)	Production Capacity (t/h)
C80	75	360	800	560	460	40-175	65-390
C100	110	260	1000	760	630	70-200	165-520
C125	160	230	1250	950	760	100-225	325-830
C140	200	220	1400	1070	850	125-250	400-1000
C160	250	220	1600	1200	960	150-300	495-1295
C200	400	200	2000	1500	1300	175-300	950-1900

Model detail

Jaw CrusherModel detail

Next stageScreening Equipment

30+

years in mining equipment

1,000+

equipment models

70+

ore types processed

100+

countries reached

ISO 9001 / ISO 14001 / ISO 45001 / ISO 9712 / CE / CSA W47.1 / CNAS accredited laboratory

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Tell us the ore, the throughput and the target product. Our process engineers come back with a flowsheet position, a model shortlist and the testwork we would need to confirm it.

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