asphalt plants
Showing all 33 results
- Mobile asphalt plants
- Stationary asphalt plants
- Filtration plants
- Options for ABZ
- Basic equipment BMZ-80
18 000 013 ₸
16 554 317 ₸
- Productivity, t / h 100
- Lifting height, m 14
- Number of buckets, pcs 70
- Bucket pitch, mm 400
- Bucket volume, l 8
- Electric motor power, kW 11
- Rotation frequency of the drive shaft, rpm 52
68 500 902 ₸
- Productivity, tons hour 20
- Number and volume of bunkers, number x m. Cube 3 x 8
- Weighing range of inert, kg 2,000
- Asphalt-shaft, l 750
- Total electric power of the plant, kW 110
- Smoke exhauster power, kW 15
- The volume of the hopper ready asphalt, tons 8
183 364 428 ₸
167 963 532 ₸
- plant performance 80 t / h (3% moisture material)
- Supply hopper with inert materials, count and volume. 5 bins of 8 m3
- The thermal power of the burner 6500 kW
- Number screening sieves 5
- The volume of hot material hopper 12 m3
- Weight one batch 1,000 kg
- Total electric power of the plant, kW 230
10 600 934 ₸
9 411 763 ₸
- Filtration plants 1,200
- Filtration plants 3,000
- Filtration plants 14
- Number of tiers of screening surfaces, pcs 5
- Number of tiers of screening surfaces, pcs Number of tiers of screening surfaces, pcs
- Number of tiers of screening surfaces, pcs Number of tiers of screening surfaces, pcs 1,000
- Number of tiers of screening surfaces, pcs 100
12 133 184 ₸
9 907 251 ₸
- Number of tiers of screening surfaces, pcs3 14
- Number of pneumatic cylinders, pcs. 5
- Number of pneumatic cylinders, pcs.3 7
- Number of pneumatic cylinders, pcs.3 Number of pneumatic cylinders, pcs.
- Number of pneumatic cylinders, pcs.3 1,6
- Number of pneumatic cylinders, pcs.3 1,6
- Number of pneumatic cylinders, pcs.3 2,1
24 202 394 ₸
22 569 165 ₸
- Number of pneumatic cylinders, pcs. 1,000
- The volume of the batcher of hot inert materials, m3 The volume of the batcher of hot inert materials, m
- The volume of the batcher of hot inert materials, m3 0The volume of the batcher of hot inert materials, m
- The volume of the batcher of hot inert materials, m3 0,35
- The volume of the batcher of hot inert materials, m The volume of the batcher of hot inert materials, m
- Load cells for weighing mineral powder and dust, pcs x kg Load cells for weighing mineral powder and dust, pcs x kg
- The volume of the batcher of hot inert materials, m Load cells for weighing mineral powder and dust, pcs x kg
5 755 187 ₸
- Drive power, kW 7.5
- Load cells for weighing mineral powder and dust, pcs x kg 75
- Load cells for weighing mineral powder and dust, pcs x kg 1,5
- Load cells for weighing mineral powder and dust, pcs x kg 600
- Load cells for weighing mineral powder and dust, pcs x kg O Load cells for weighing mineral powder and dust, pcs x kg
26 102 810 ₸
23 857 434 ₸
- End product capacity, t/h 80
- End product capacity, t/h 3
- End product capacity, t/h 7.5
- End product capacity, t/h 4
- Load cells for weighing mineral powder and dust, pcs x kg 11
- End product capacity, t/h End product capacity, t/h
- Operating thermal power of the burner, MW Operating thermal power of the burner, MW
4 041 050 ₸
- Operating thermal power of the burner, MW3 8
- Operating thermal power of the burner, MW 2,2
- Operating thermal power of the burner, MW Operating thermal power of the burner, MW
- Operating thermal power of the burner, MW 500
- Vibrator power, kW 0Vibrator power, kW
5 331 200 ₸
4 950 490 ₸
- Length, mm Maximum productivity of the belt feeder, t/h
- Width, mm Maximum productivity of the belt feeder, t/h
- Height, mm Maximum productivity of the belt feeder, t/h
- Weight, t 2,7
7 416 013 ₸
6 630 131 ₸
- Maximum productivity of the belt feeder, t/h Maximum productivity of the belt feeder, t/h
- A type Maximum productivity of the belt feeder, t/h
- Construction type Construction type
- Construction type 85
- Construction type3 1,500
- Construction type O from “Bulgaria" 200
- Productivity (at a flow rate in the cylindrical part of 2.5 m/s), mOProductivity (at a flow rate in the cylindrical part of 2.5 m/s), m Productivity (at a flow rate in the cylindrical part of 2.5 m/s), m
8 084 608 ₸
7 706 406 ₸
- A type Скруббер "Вентури"
- Construction type 96
- Productivity (at a flow rate in the cylindrical part of 2.5 m/s), m3Productivity (at a flow rate in the cylindrical part of 2.5 m/s), m Productivity (at a flow rate in the cylindrical part of 2.5 m/s), m
- Productivity (at a flow rate in the cylindrical part of 2.5 m/s), m3Productivity (at a flow rate in the cylindrical part of 2.5 m/s), m 30
- Supply Pump Parameters:
- Supply Pump Parameters: 4
- Supply Pump Parameters:3Productivity (at a flow rate in the cylindrical part of 2.5 m/s), m Supply Pump Parameters:
29 894 233 ₸
- Filtration area, m² 430
- Supply Pump Parameters:3Productivity (at a flow rate in the cylindrical part of 2.5 m/s), m Supply Pump Parameters:
- Supply Pump Parameters: 384
- Filter cloth material for sleeves Filter cloth material for sleeves
- Filter cloth material for sleeves O from “Bulgaria" Filter cloth material for sleeves
- Filter cloth material for sleeves O from “Bulgaria" Filter cloth material for sleeves
- Number of cleaning mechanisms, pcs 3
4 346 496 ₸
- Filter cloth material for sleeves3 1,57
- Dispenser volume, dm3 23
- Dispenser volume, dm3Productivity (at a flow rate in the cylindrical part of 2.5 m/s), m Dispenser volume, dm
- Dispenser volume, dm 90
- Dispenser volume, dm Dispenser volume, dm
- Dispenser volume, dm Dispenser volume, dm
- Dispenser volume, dm Dispenser volume, dm
461 504 212 ₸
426 424 498 ₸
- Plant productivity, t/h 160 (3% moisture content of materials)
- Feed hoppers with inert materials, quantity, volume 6 bunkers of 10m³
- Thermal power of the burner, MW 14
- Number of screen sieves, pcs 6
- Hot materials hopper volume, m³ 22
- Weight of one batch, kg 2,000
- Dryer drum drive power, m² 4 x 11
5 731 981 ₸
5 227 085 ₸
- Productivity, m3Productivity (at a flow rate in the cylindrical part of 2.5 m/s), m Productivity, m
- Productivity, m Productivity, m
- Drive power, kW 55
- Productivity, m 1450
- Productivity, m 16
5 688 077 ₸
- Productivity, m 2
- Productivity, m 2
- Productivity, m Side, top
- Side, top
- Side, top2 44
- Side, top2 10
- Upper tier, m2 34
7 391 552 ₸
- Productivity, m 1
- Reject hopper capacity (at a density of 1.8 t/m³), m³ (t) 0,1
- Installed power, kW 120
- 23 866 $ Reject hopper capacity (at a density of 1.8 t/m³), m³ (t)
- Reject hopper capacity (at a density of 1.8 t/m³), m³ (t) Reject hopper capacity (at a density of 1.8 t/m³), m³ (t)
- Maximum oil heating temperature, °C 23 866 $
-
The volume of the coolant m3
31 167 449 ₸
- Side, top Side, top
- Side, top Side, top
- Skip capacity (at a density of 1.8 t/m³), m³ (t) 0Skip capacity (at a density of 1.8 t/m³), m³ (t)
- Skip capacity (at a density of 1.8 t/m³), m³ (t) Skip capacity (at a density of 1.8 t/m³), m³ (t)
- Skip capacity (at a density of 1.8 t/m³), m³ (t) 1,3
- Skip capacity (at a density of 1.8 t/m³), m³ (t) 2
- Reject hopper capacity (at a density of 1.8 t/m³), m³ (t) Reject hopper capacity (at a density of 1.8 t/m³), m³ (t)
29 699 801 ₸
- Number of sections, pcs 3
- Total capacity (at a density of 1.8 t/m³), m³ (t) 28 (50)
- The capacity of the sections of the finished mixture (at a density of 1.8 t/m³), m³ (t) 12 (21.5)
- The capacity of the marriage section (at a density of 1.8 t/m³), m³ (t) 4 (7)
20 907 085 ₸
- Heat production of the boiler, Gcal/h; 00.3
- Bitumen pump performance, cube m; 15,7
- Maximum oil temperature, ° C +300/+250
- Operation temperature +5 ...+40 ° C
- Useful volume of bitumen storage, cube. m 28
- The volume of the coolant in the installation, cube. m 0,7
- Thermal insulation URSA basalt, mm 50
6 981 990 ₸
- Useful volume of container, m3 30
- Nominal capacity volume, m3 31
- Oil registers, quantity, pcs 2
- Coolant volume in registers, l 250
- Ventilation system hatch ⌀600 mm and round deflector DN = 250 mm
- Thermal insulation URSA basalt, mm Reject hopper capacity (at a density of 1.8 t/m³), m³ (t)
- housing material steel St.09G2S sheet, s=4 mm of the shell, s=6 mm of the bottom
11 926 835 ₸
- Useful volume of container, m3 45
- Nominal capacity volume, m3 48
- Heating area, m2 30
- Oil registers, quantity, pcs 2
- Coolant volume in registers, l 350
- Ventilation system hatch ⌀600 mm and round deflector DN = 250 mm
- Thermal insulation URSA basalt, mm Reject hopper capacity (at a density of 1.8 t/m³), m³ (t)
25 986 150 ₸
23 351 910 ₸
- Vibrator power, kW 5
- Vibrator power, kW 8
- Vibrator power, kW 2,2
- Vibrator power, kW 500
- Maximum productivity of the belt feeder, t/h Operating thermal power of the burner, MW
- Maximum productivity of the belt feeder, t/h 0Vibrator power, kW
- Maximum productivity of the belt feeder, t/h 7.5
23 473 587 ₸
21 496 026 ₸
- Power supply 3-phase with neutral to earth, in 400
- The degree of protection against dust and moisture IP54
- Work transfer coefficient of strain gauges (RCP), mV / V 3 (2)
- The input analog signal "current loop" controller mA 4...20
- The maximum total error of measurement of weight,% 0,1
- The voltage of control of dispensers of bitumen, dust, inert and shutter of the mixer, in 220
- Weight, kg 180
29 597 568 ₸
- Oil heating mode, supply / return, max, Oil heating mode, supply / return, max,
- Maximum thermal power (methane), kW 8,000
- Maximum thermal power (methane), kW 800
- Maximum thermal power (methane), kW 700
- Maximum thermal power (methane), kW 5
- Maximum thermal power (diesel), kW 8,000
- Maximum thermal power (diesel), kW 2,000
12 246 707 ₸
- Oil heating mode, supply / return, max, Oil heating mode, supply / return, max,
- Maximum thermal power (methane), kW 7000
- Maximum thermal power (methane), kW 1,000
- Maximum thermal power (methane), kW 500
- Maximum thermal power (methane), kW 5
- Maximum thermal power (diesel), kW 18,5
- Maximum thermal power (diesel), kW 22
9 030 426 ₸
- Thermal system, Gcal/time, MW/time 0,3(0,348)
- Efficiency, % not less 90
- The area of the heat exchanger, m2 16
- The volume of the coolant, m3 0,35
- Installed power, kW 4
- Power Power 3F, V/Hz Reject hopper capacity (at a density of 1.8 t/m³), m³ (t)
- Oil heating mode, feed/return, ° C 300/250
11 638 950 ₸
- Thermal system, Gcal/time, MW/time 0,46(0,54)
- Efficiency, % not less 90
- The area of the heat exchanger, m2 20
- The volume of the coolant, m3 0,4
- Installed power, kW 9
- Power Power 3F, V/Hz Reject hopper capacity (at a density of 1.8 t/m³), m³ (t)
- Oil heating mode, feed/return, ° C 300/250
3 702 989 ₸
- Capacity, tons max 32
- Capacity, cu m 22
- Weight, kg 2290
- Tank diameter, mm 2300
- Height, mm 8,432
- Loading pipe diameter, mm 102
- MVE300 Vibrator, kW (optional) 00.3
5 329 318 ₸
- Capacity, tons max 52
- Capacity, cu m 35
- Weight, kg 3020
- Tank diameter, mm 2300
- Height, mm 11,332
- Loading pipe diameter, mm 102
- MVE300 Vibrator, kW (optional) 00.3
12 138 202 ₸
- Capacity, tons max 102
- The volume of silos is total, m³ 68
- The capacity of the first level, tons 60
- First level volume, m³ 40
- Capacity of the second level, tons 42
- Second -level volume, m³ 28
- Weight, kg 8750
Automated asphalt plants
When loading dosing hoppers with inert materials (crushed stone and sand), they enter the drying drum in certain proportions, where they are dried and heated to 160 ° C by means of heating from the burner. The resulting dust and exhaust gases through the air duct system enter the filter unit, where the dust is separated and the exhaust gases are filtered. The separated dust is dosed and used to produce asphalt concrete.
After heating, inert materials on the elevator enter the roar. The roar, in turn, shares materials on fractions and separates the oversized inert, which are further disposed of. Hot materials separated by fractions are entered in the cumulative bunkers of hot inert materials. Each of their fractions are weighed on the weight dispenser and in certain proportions (set based on the asphalt concrete recipe) fall into the mixing drum.
In front of the mixing drum, mineral powder and bitumen dispensers are also installed. Mineral powder from the silo is fed into the batcher, weighed and sent to the dryer drum. In the same weigher, dust is weighed, which is filtered in the filter unit and used as it accumulates in the dust silo.
The bitumen is heated up to 150 °C in the bitumen storage, it enters the dispenser through the heated line, is weighed and pumped into the mixer. Initially, dry materials (crushed stone, sand, mineral powder) are mixed in the mixer, after bitumen is supplied, the final mixing takes place, which lasts no more than 20 seconds.
Ready asphalt comes from the mixing drum directly into the body of the truck.
Comes in different models, the selection of the necessary equipment assists the Sales Manager.