Technical Parameters of Laboratory Sealed Sampling Crusher

Laboratory Sealed Sampling Crusher is used to crush materials and prepare samples with no pollution in the laboratories of the Institute in the trade of geology, Gold Mining Machine, metallurgy, coal, chemical and  building materials so on. The unit contains an automatic dust remover.

CGJ, CGF Model Series Sealed Sampling Crusher laboratory acceptance compact earthen bowl loosening proof device that is lightweight and reliable. With full fairing and no dust spillover, it requires no air exhausting and dust removal. It features high frequency vibration grinding, high crushing efficiency and uniform particle size, no mixing of samples and no need of screening and contraction. Customers can use the various types of products made on the basis of the sample volume. The product is small in volume and compact in structure, without requiring the installation as well as lower noise <60 dB. It may be ready for use at any location.

Loosen, easy operation in the whole process CGJ, CGF Model Series Sealed Sampling Crusher laboratory can be operated with a single tap of a finger for the completion of the compression crushing for sample preparation.

GJE, F77E Sealed Electrical Laboratory Sampling Crusher is the latest electric compaction device. The product is adaptive to the performance of multi-direction movement and changes the usual manual compaction mode. It is in sealing performance, light in weight desirable personal and for the first time in China.

Sealed sampling crusher

Model		Model	Uite	GJ1×150  GJ1×300  GJ1×400	GJ2×150  GJ2×300	GJ3×150  GJ3×300	GJ4×150	GJ5×150	GJ6×150
Feed size		Feed size	mm	≤5	≤5	≤5	≤5	≤5	≤5
Output size		Output size	(orders )	≤240	≤240	≤240	≤240	≤240	≤240
Crushing time		Crushing time	min	1-3	1-3	1-3	1-3	1-3	1-3
Capacity		Capacity	g	1×150  1×300  1×400	2×150  2×300	3×150  3×300	4×150	5×150	6×150
Sampling number		Sampling number	(a )	1	2	3	4	5	6
Power		Power	kw/v	1.1/380	1.1/380	1.1/380	1.5/380	1.5/380	1.5/380
Overall dimensions		Overall dimensions	mm	710×550×960
Weight		Weight	kg	135  140  155	148  160	155  175	168	180	200

Sealed sampling crusher

Model	Cups umbe	Feed size	Capacity	Crusher time	Output size	Power
	（个）	mm	g/ Each port	min	（目）	kw
CGJ100-1	1	<13	100×1	<2	≤200	1.1
CGJ100-2	2	<13	100×2	<2	≤200	1.1
CGJ100-3	3	<13	100×3	<2	≤200	1.5
CGJ100-4	4	<13	100×4	<3	≤200	1.5
CGJ100-5	5	<13	100×5	<3	≤200	1.5
CGJ100-7	7	<13	100×7	<3	≤200	1.5
CGJ200-1	1	<20	200×1	<3	≤200	1.5
CGJ200-2	2	<20	200×2	<3	≤200	1.5
CGJ200-3	3	<20	200×3	<3	≤200	1.5
CGJ200-4	4	<20	200×4	<3	≤200	1.5
CGJ400-1	1	<26	400×1	<3	≤200	1.5
CGJ400-2	2	<26	400×2	<3	≤200	1.5
CGJ400-3	3	<26	400×3	<3	≤200	1.5
CGJ400-4	4	<26	400×4	<3	≤200	1.5
CGJ500-1	1	<26	500×1	<3	≤200	1.5
CGJ1000-1	1	<26	1000×1	<3	≤200	1.5
CGJ(100/200)-Ⅰ	System respectively	<13/<20	100/200	<2	≤200	1.5
CGJ(300/400)-Ⅱ	System respectively	<23/26	300/400	<2	≤200	1.5
CGF77-1	1	<16	150×1	<2	≤200	1.1
CGF77-2	2	<16	150×2	<2	≤200	1.1
CGF77-3	3	<16	150×3	<2	≤200	1.5
CGF77-4	4	<16	150×4	<3	≤200	1.5
CGF77-5	5	<16	150×5	<3	≤200	1.5
CGF77-7	7	<16	150×7	<3	≤200	1.5

Sealed sampling crusher
Model	Cups numbe	Feed size	Capacity	Crusher time	Output size	Power
	（个）	mm	g/ Each port	min	（目）	kw
CGJE100-1	1	<13	100×1	<2	≤200	1.1
CGJE100-2	2	<13	100×2	<2	≤200	1.1
CGJE100-3	3	<13	100×3	<2	≤200	1.5
CGJE100-4	4	<13	100×4	<3	≤200	1.5
CGJE100-5	5	<13	100×5	<3	≤200	1.5
CGJE100-7	7	<13	100×7	<3	≤200	1.5
CGJE200-1	1	<20	200×1	<3	≤200	1.5
CGJE200-2	2	<20	200×2	<3	≤200	1.5
CGJE200-3	3	<20	200×3	<3	≤200	1.5
CGJE200-4	4	<20	200×4	<3	≤200	1.5
CGJE400-1	1	<26	400×1	<3	≤200	1.5
CGJE400-2	2	<26	400×2	<3	≤200	1.5
CGJE400-3	3	<26	400×3	<3	≤200	1.5
CGJE400-4	4	<26	400×4	<3	≤200	1.5
CGJE500-1	1	<26	500×1	<3	≤200	1.5
CGJE1000-1	1	<26	1000×1	<3	≤200	1.5
CGF77E-1	1	<16	150×1	<2	≤200	1.1
CGF77E-2	2	<16	150×2	<2	≤200	1.1
CGF77E-3	3	<16	150×3	<2	≤200	1.5
CGF77E-4	4	<16	150×4	<3	≤200	1.5
CGF77E-5	5	<16	150×5	<3	≤200	1.5
CGF77E-7	7	<16	150×7	<3	≤200	1.5

Technical parameters of the laboratory Wet Drum Magnetic Separator low-intensity

Laboratory Magnetic separator XCRS is mainly used for laboratory for metallic mineral processing. It leads at the same time, the magnetic separation of the fine-grained ores with strong magnetism by the use of wet- method. It is a small volume, light in weight, easy in operation and maintenance convenient. However, it is not suitable to be used with corrosive alkalis trials in preparation. The product is indicated by the only company of the former Ministry of Geology and Mineral Resources, manufactured in accordance with industry standards.

Drum Magnetic Separator is with an open magnetic system in its rotary drum quickly separate magnetic minerals absorbed by the magnetic force on the surface of the drum and threw mud in motion by a magnetic force, before it is washed out of the separator with the provided means of the rotation of the drum surface.

XCQS wet magnetic separator is composed of two parts, the main body power supply and the drum. The main part of Magnettrennumfasst essentially: (1) frame (2) magnetic drum ( 3) ore tank (4) spray tube ( 5) transmission ( 6) feed tank.

The drum power supply has a separate silicon bridge rectifier Targeted voltage source whose output is adjusted by the handle of the voltage regulator.

First Frame: The frame is welded by angle iron. It is the supporting part of the whole Gold Mining Machine.

Second Magnetic drum: four excitation coils and magnetic cores within the magnetic drum installed. In addition, an inter- pole without exciting coil on the side of the magnetic drum is installed along which the ore is discharged in order to facilitate the discharge of ore. These form a sector and fastened on the mandrel. The mandrel is mounted on the frame by bearing bush. The drum is made ​​of a nonmagnetic aluminum and stainless steel. The combination of sector coil causes the alternation of the magnetic field polarity at each magnetic pole palm. The grains of ore rotate 180 ° each time a magnetic pole goes. Under the action of the magnetic stirring, the quality of the magnetic products can be improved. At one end of the mandrel is square extension structure that can be pulled by hand to rotate the magnetic poles axially in the magnetic drum, causing it to meet the requirements for the sorting of different types of ore.

3rd Transfer device: The transfer device is installed on one side of the bottom of the frame. In order to lower the center of gravity of the machine, the transmission part of three-phase AC motor, worm gear and worm gear is there. The output of the transmission is transferred to the magnetic drum by chains to ( not rotate the magnetic pole ), the rotation of the magnetic drum to drive. The magnetic drum is rotated at a constant speed of 25 rev / min. The direction of rotary force of the magnetic drum is consistent with the direction of ore feeding.

4th food container

The feed tank is welded through aluminum and stainless steel plate. It is attached to the frame with screws. An overflow mouth to keep the liquid level is lined on the side of the feed container, along the ores are set. Concentrate feeding mouth can be received at the bottom of the concentrate discharge tank ores.

5th spray tube

A copper pipe with hole installed on the frame is connected to the indoor water source and is used to wash the concentrate on the magnetic drum. The spray angle can be adjusted by the rotation of the spray pipe.

6th Ore field

7th Feed Tank

The feed tank is welded by stainless steel plate which is used to ensure the homogeneity during material feeding.

Gold Mining Machine - Sluice box mat

Sluice box mat description

Use sluice mat in the sluice box to catch the gold granules. It has been widely used in alluvial Gold Mining Machine, and sometimes it is used for alluvial tin or coltan recovery.

Our sluice mat made ​​by Japan technology, with a very good quality and also with an extremely high recovery effect than the traditional mat. Enter a high economic benefite for the user.

Types of sluice mat

There are three types of sluice mat: fine matt, meddium and rough mat.

spiral classifier

This classfiers suitable for drainage, medium, drain aging amd syringes in ore clressing for medium and fine naterial wet and Trockenklassifizierungsin me.

Such Gold Mining Machine is mainly used in the production process of metal processing. According to the difference in sedimentation of mineral particles and sludge, the particle sizes of ores with 14-325 mesh are classified. Waste sludge or water for ore sand can be separated from the ores.

Such machines are divided into individual Spiralsichterund double Spiral classifier. In addition, they are also divided into high weir spiral classifier and underwater spiral classifiers. If the overflow edge is higher than the center line of the spiral shaft and smaller than the outer diameter of the spiral at the Überlaufendeist, the spiral classifiers those high weir. If the overflow edge is higher than the center line of the spiral shaft and greater than the outer diameter of the spiral at the overflow end of the spiral classifiers are immersed ones. High weir classifiers are usually used for the classification with a particle size of less than 100 mesh. Submerged classifiers are typically used for classification with particle size less than 200 mesh.

Model	Spiral Dia.	Spiral Speed	Output		Motor Power		Weight
			Circulating Load	Overflow Quantity	Lift Lower	Drive
	mm	r/min	t/24h	t/24h	kw	kw	t
High-weir single spiral classifier
FG-3	Φ300	8.3-2.2	30-80	10-30	2.2	1.1	0.67
FG-5	Φ500	8.5-15.5	143-261	32	2.2	1.1	1.6
FG-7	Φ750	4.5-9.9	256-564	65	2.2	3	2.83
FG-10	Φ1000	3.5-7.6	473-1026	85	2.2	5.5	4
FG-12	Φ1200	5、6、7	1170-1600	155	2.2	5.5	8.54
FG-15	Φ1500	2.5、4、6	1140-2740	235	2.2	7.5	11.68
FG-20	Φ2000	3.6、5.5	3890-5940	400	3	11、15	20.45
FG-24	Φ2400	3.64	6800	580	3	15	25.65
FG-30	Φ3000	3.2	11650	893	4	22	40.9
High-weir double spirals classifier
2FG-12	Φ1200	5、6、7	2340-3200	310	2.2×2	5.5×2	15.84
2FG-15	Φ1500	2.5、4、6	2280-5480	470	2.2×2	7.5×2	21.11
2FG-20	Φ2000	3.6、5.45	7780-11880	800	3×2	22、30	36.34
2FG-24	Φ2400	3.67	13600	1160	3×2	30	53.49
2FG-30	Φ3000	3.2	23300	1785	4×2	40	73.03
Submerged single spiral classifier
FC-12	Φ1200	2.5、4、6	1170-1630	120	2.2	7.5	11.1
FC-15	Φ1500	2.5、4、6	1140-2740	185	2.2	7.5	15.32
FC-20	Φ2000	3.6、5.5	3890-5940	320	3	11、15	29.056
FC-24	Φ2400	3.64	6800	455	4	18.5	37.267
FC-30	Φ3000	3.2	11650	705	4	22	46.2
Submerged double spiral classifier
2FC-12	Φ1200	3.8、6	1770-2800	240	2.2×2	7.5×2	19.61
2FC-15	Φ1500	2.5、4、6	2280-5480	370	2.2×2	7.5×2	27.45
2FC-20	Φ2000	3.6、5.5	7780-11880	640	3×2	22;30	50
2FC-24	Φ2400	3.67	13700	910	3×2	30	53.491
2FC-24	Φ2400	3.67	13700	910	4×2	37	65.283
2FC-30	Φ3000	3.2	23300	1410	4×2	45	84.87