Intelligent Tower Filter Press

Product introduction

Product characteristics

Working principle

Typical technology

Technical specification

Application field

Product introduction

Product characteristics

Working principle

Typical technology

Technical specification

Application field

Product introduction

PF vertical filter press

Vertical filter press is a kind of high efficiency, energy saving, high degree of automation solid liquid separation equipment. Using the pressure of the pump, the gravity of the material, and the action of air or water pressure, the pressure difference is formed on both sides of the filter cloth, so as to achieve efficient solid-liquid separation.

At present, it has been widely used

Dewatering of various mine concentrates and tailings; Smelting, chemical industry oxide, electrolytic slag, leaching slag, slag dehydration and environmental protection sewage sludge waste acid treatment.

Product characteristics

Filter layer laminated structure

The entire running process can be completed continuously and automatically

Filter pressure up to 1.6MPa

Equipment runs reliably

Reduced production costs

PLC+ touch screen + automatic valve control, with flexible operation, simple and other characteristics, reduce the production cost and labor intensity

Compact structure Small footprint

Compact structure, small footprint, large pressure, high work efficiency

Working principle

Filtration stage

When the filter plate is closed, the slurry is pumped into the filter chamber through the slurry tube. The filtrate enters the filtrate chamber through the filter cloth, and then exits the filtrate main pipe through the filtrate hose. At the same time, the filter cake is formed in the filter chamber.

Extrusion

The high pressure water enters the upper chamber of the diaphragm through the high pressure water hose, so that the diaphragm is squeezed to the filter cake, and the liquid in the filter cake is squeezed out.

Washing stage

The washing liquid is pumped to the filter chamber through the slurry tube. Then through the filter cake and filter cloth into the discharge pipe.

Air drying

The air flow through the cake carries water vapor, minimizes the cake moisture, and emptying the filtrate chamber.

Cake discharge

When the drying process is complete, the assembly is opened, the driving mechanism drives the filter cloth to run, and the filter cake is discharged from both sides with the cloth.

Technical specification

Type	Area(m2)	Overall Dimensions（ L×W×H）(m)	Number of filter frames (blocks)	Weight(T)
PF－1	1	2. 5×1.5×2.0	2	6
PF－2	2	2. 5×1.5×2.2	4	7
PF－3	3	3.5×2.5×2.2	2	11
PF－6	6	3.5×2.5×2.3	4	12
PF－9	9	3.5×2.5×2.5	6	13
PF－12	12	3.5×2.5×2.7	8	14
PF－15	15	5.2×3.0×3.0	6	28
PF－20	20	5.2×3.0×3.3	8	29
PF－25	25	5.2×3.0×3.7	10	32
PF－30	30	5.2×3.0×4.1	12	33
PF－35	35	5.2×3.0×4.5	14	34
PF－40	40	5.2×3.0×4.8	16	35
PF－45	45	5.2×3.0×5.2	18	36
PF－50	50	5.2×3.0×5.6	20	40
PF－55	55	5.2×3.0×5.9	22	42
PF－60	60	5.8×5.0×4.0	10	63
PF－72	72	5.8×5.0×4.2	12	65
PF－84	84	5.8×5.0×4.3	14	69
PF－96	96	5.8×5.0×5.1	16	70
PF－108	108	5.8×5.0×5.5	18	75
PF－120	120	5.8×5.0×5.8	20	78
PF－132	132	5.8×5.0×6.3	22	82
PF－144	144	5.8×5.0×6.5	24	85
PF－156	156	5.8×5.0×6.8	26	89
PF－168	168	5.8×5.0×7.3	28	100

Note: The height of the filter cavity is optional: 30, 45, 60mm

Application field

At present, it has been widely used in various mine concentrates and tailings dewatering. Smelting, chemical industry oxide, electrolytic slag, leaching slag, slag dehydration and environmental protection sewage sludge waste acid treatment.

Material name	Cycle time (min), or material fineness	Feed concentration (g/l) or (%)	Extrusion pressure (MPa)	Cake thickness (mm)	Cake moisture (%)	Capacity kg/m2.h
4A zeolite	15	150~300	1.4	35	19~22	200
Smelting sulfide	20	50	1.2	30	30	120
Smelting lead	20	50	1.2	30	15~20	35
Smelting copper slag	15	600	1.6	40	8~9	320
Wastewater calcium sulfate	20	80	1.6	45	28~35	120~180
Roasted gold tailings	10	300	1.6	35	14~18	300~350
Ultrafine aluminum hydroxide	15	15~20%	1.6	20	29~32	65
Copper-nickel concentrate	-200 mesh 95.5%	66.7	1.6	30	9.78	257
Copper concentrate	-325 mesh 92.5%	45~50	1.6	35	7.6	360
Nickel concentrate	-325 mesh 95 %	45~50	1.6	30	8	300~400
Tantalum-niobium smelting	10	10	1.6	20	20~25	200
K acid	15	10	1.6	30~35	11.3	122~150
Slime	10	30~35%	1.6	30	16～17	300
Slag iron	-200 mesh about 90%	40%	1.6	28	≤9	280
Floatation gold tailings	-200 mesh 90%	20~30%	1.6	35	12~18	300
Modified starch	7~10	50	1.6	35	32	220
Mannitol	40~45		1.5	15~30	12	35
Zinc oxide powder selection	25	57%	1.6

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