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Showing 1–300 of 734 results
- SKIP Concrete Plants
- Concrete plants COMPACT
- MOBIL Concrete Plants
- LENTA Concrete Plants
- Concrete plants QUICK BETON
- Concrete plants SMART
- Winter concrete plants
- Options for winter concrete plants
- Mini RBU
- asphalt plants
- Block making machines
- Cement Silos
- Silo additional options
- Twin-shaft Concrete Mixers ZZBO
- Components for CBP
- Concrete plants for the implementation of concrete
- Concrete plants for large-scale construction
- Concrete plants for a small construction
- Concrete plants and concrete for vibropresses
- Soil mixing plants
- Service
- Concrete plants MIXER
- Uncategorized
14 512 $
- The highest limit of the cement dosing (NAP), kg 900
- The highest limit of the water metering (NAP), kg 450
- The greatest limit of dispensing chemical additives (NAP), kg 60
- Dosing accuracy% ±1
- Maximum discharge time, sec 20
- The pressure in the pneumatic system, MPa no less 0,6
- Product particle size, mm max 2
2 672 $
12 776 $
- conveyor length, mm 11,300
- The width of the conveyor belt, mm 800
- Installed power, kW 18,5
- Belt speed, m s 2
- Productivity, tons hour 100
- Тип ленты: shevronnaya
- Угол установки конвейера, ° 27
1 335 $
3 268 $
6 645 $
6 771 $
6 895 $
180 $
- Толщина листов, мм 0,7
- Длина одной секции, мм 1,000
- Material Оцинкованная сталь
- Length, mm 1050
- Width, mm 1,100
- Height, mm 700
8 345 $
- Thermal power, kW 100
- Расход воздуха на выходе до, м3/hour 5000-7000
- Давление воздуха на выходе из ТГВ не более, Па 900-1100
- Дельта по нагреву воздуха, °С 40
- Максимальная температура воздуха на выходе, °С 80
- Время выхода на рабочий режим, не более, мин 7
- Давление газа для теплогенератора, мбар индивидуально
8 942 $
- Thermal power, kW 150
- Расход воздуха на выходе до, м3/hour 5000-7000
- Давление воздуха на выходе из ТГВ не более, Па 900-1100
- Дельта по нагреву воздуха, °С 60
- Максимальная температура воздуха на выходе, °С 100
- Время выхода на рабочий режим, не более, мин 7
- Давление газа для теплогенератора, мбар индивидуально
16 568 $
- Thermal power, kW 250
- Расход воздуха на выходе до, м3//час 7000-14000
- Давление воздуха на выходе из ТГВ не более, Па 500-1500
- Дельта по нагреву воздуха, °С 50
- Максимальная температура воздуха на выходе, °С 90
- Время выхода на рабочий режим, не более, мин 7
- Давление газа для теплогенератора, мбар индивидуально
17 798 $
- Thermal power, kW 250
- Расход воздуха на выходе до, м3/час (с учетом расширения воздуха при максимальной дельте нагрева) 5,300
- Расход воздуха вентилятора, м3/hour 2800
- Дельта по нагреву воздуха, °С 210
- Давление воздуха на выходе из ТГВ не более, Па 11500
- Максимальная температура воздуха на выходе, °С 170
- Время выхода на рабочий режим, не более, мин 7
14 333 $
- Thermal power, kW 250
- Расход воздуха на выходе до, м3/hour 8500-18000
- Давление воздуха на выходе из ТГВ не более, Па 500-1000
- Дельта по нагреву воздуха, °С 40
- Максимальная температура воздуха на выходе, °С 80
- Время выхода на рабочий режим, не более, мин 10
- Давление газа для теплогенератора, мбар индивидуально
20 727 $
- Thermal power, kW 250
- Расход воздуха на выходе до, м3/hour 8500-18000
- Давление воздуха на выходе из ТГВ не более, Па 500-1000
- Дельта по нагреву воздуха, °С 40
- Максимальная температура воздуха на выходе, °С 80
- Время выхода на рабочий режим, не более, мин 10
- Давление газа для теплогенератора, мбар индивидуально
14 283 $
- Thermal power, kW 300
- Расход воздуха на выходе ТГВ, м3/hour 10000-20000
- Напор на выходе из установки, Па 50
- The pressure fan Pa 200
- Температура воздуха на выходе не более, °С 90
- Время выхода на рабочий режим, не более, мин 15
- Расход газа макс., нм3/hour 8..35
22 998 $
- Thermal power, kW 250
- Расход воздуха на выходе до, м3/час (с учетом расширения воздуха при максимальной дельте нагрева) 5,300
- Расход воздуха вентилятора, м3/hour 2800
- Дельта по нагреву воздуха, °С 210
- Давление воздуха на выходе из ТГВ не более, Па 11500
- Максимальная температура воздуха на выходе, °С 170
- Время выхода на рабочий режим, не более, мин 7
33 017 $
- Thermal power, kW 450
- Расход воздуха на выходе до, м3/hour 14400-41000
- Давление воздуха на выходе из ТГВ не более, Па 750-1130
- Дельта по нагреву воздуха, °С 40
- Максимальная температура воздуха на выходе, °С 70
- Время выхода на рабочий режим, не более, мин 7
- Давление газа для теплогенератора, мбар индивидуально
70 774 $
- Тепловая мощность, МВт (Гкал) 0,2 (0,17)
- Производительность ГВС (+5/+65), м3/hour 0,5
- Температура теплоносителя на котловом контуре, °С +105/+90
- Температура теплоносителя на внешнем отопительном контуре, °С +95/+70
- Объѐм теплоносителя, л (не более, с учѐтом расширительных баков) 1,000
- Расход топлива для газовой комплектации, нм.куб/час 24
- Расход топлива для дизельной комплектации, кг/час 19
287 246 $
- Установленная тепловая мощность, МВт (Гкал) 3,1 (2,66)
- Паспортный КПД, % 90
- Паспортный расход топлива: min/max, нм.куб/час 50/367
- Установленные паровые котлы КПСД-2000х2
- Установленные газовые горелки Baltur TBG 210P
- Установленные газовые рампы ММ420
- Водоподготовка умягчения с корректировкой рН DIASEL
287 246 $
- Установленная тепловая мощность, МВт (Гкал) 3,1 (2,66)
- Паспортный КПД, % 90
- Паспортный расход топлива: min/max, нм.куб/час 50/367
- Установленные паровые котлы КПСД-2000х2
- Установленные газовые горелки Baltur TBG 210P
- Установленные газовые рампы ММ420
- Водоподготовка умягчения с корректировкой рН DIASEL
41 553 $
- Тепловая мощность, МВт (Гкал) 0,174(0,15)
- Температурный график (подача/обратка), °С 300/250
- Установленный термомасляный котёл КТМ-0,15
- Установленная горелка Baltur BТG 20P
- Вид проектного топлива Природный газ ГОСТ 5542-2022
- Паспортный расход газа: min/max, нм.куб/ч 10/24
- Установленный фильтр топлива Тонкой очистки
95 421 $
- Тепловая мощность, МВт (Гкал) 0,3(0,26)
- Температурный график (подача/обратка), °С 300/250
- Установленный термомасляный котёл КТМ-0,15 (2шт.)
- Установленная горелка Baltur BТG 20P (2шт.)
- Вид проектного топлива Природный газ ГОСТ 5542-2022
- Гидравлические характеристики, МПа Термомасляная часть (подача/обратка) 0,3/0,05
- Вместимость котельной по теплоносителю, м.куб 0.4
100 327 $
- Тепловая мощность, МВт (Гкал) 0,65(0,56)
- Температурный график (подача/обратка), °С 300/250
- Установленный термомасляный котёл КТМ-0,65
- Установленная горелка Еcoflam BLU 700.1LN PRE TL
- Вид проектного топлива Природный газ ГОСТ 5542-2022
- Паспортный расход газа: min/max, нм.куб/час 16/80
- Установленный котёл КТМ-0,65
81 324 $
- Тепловая мощность, МВт (Гкал) 0,8(0,69)
- Температурный график (подача/обратка), °С 300/250
- Установленный термомасляный котёл КТМ-1,0
- Установленная горелка Baltur TBG 120 ME
- Вид проектного топлива Природный газ ГОСТ 5542-2022
- Гидравлические характеристики, МПа тепло масляная часть (подача/обратка) 0,25/0,05;
- Вместимость котельной по теплоносителю, м.куб 1
108 353 $
- Тепловая мощность, МВт (Гкал) 1,16(1,0)
- Температурный график (подача/обратка), °С 300/250
- Установленный термомасляный котёл КТМ-1,0
- Установленная горелка Baltur TBG 150P
- Вид проектного топлива Природный газ ГОСТ 5542-2022
- Электропитание 3ф, 230/400В, 50Гц
- Reject hopper capacity (at a density of 1.8 t/m³), m³ (t) Автоматическое
300 981 $
- Тепловая мощность, МВт (Гкал) 3(2,58)
- Температурный график (подача/обратка), °С 300/250
- Установленный термомасляный котёл КТМ-1,5(2шт.)
- Установленная горелка Baltur ТBML 200MC, Baltur ТBG 210P
- Вид проектного топлива Природный газ ГОСТ 5542-2022
- Паспортный расход газа по котельной: min/max, нм.куб/час 100/411
- Низшая теплота сгорания проектного топлива, Ккал/нм.куб. 8,000
20 094 $
- Thermal power, kW 450
- Расход воздуха на выходе до, м3/hour 8700-18000
- Давление воздуха на выходе из ТГВ не более, Па 500-1500
- Дельта по нагреву воздуха, °С 70
- Максимальная температура воздуха на выходе, °С 110
- Время выхода на рабочий режим, не более, мин 7
- Давление газа для теплогенератора, мбар индивидуально
231 $
- Толщина листов, мм 0,7
- Длина одной секции, мм 1,000
- Material Оцинкованная сталь
- Length, mm 1050
- Width, mm 1429
- Height, mm 1015
885 $
- Изготавливаем из металла по Вашему выбору Hardox, Magstrong, 10HSND or 09G2S
- Термообработка или цементирование on request
- Возможность изготовления сварная или цельнометаллическая
46 840 $
- Productivity, m³/hour 10...20
- single-shaft mixer BP-1G-500
- Automatic operating mode по принципу "одна кнопка"
- Volume of bunkers, m³ (2 x 12) = 24
- Total power, kW 23
- Weight, kg 6,200
- Length, mm 7690
53 188 $
- Capacity, cu m per hour 10...20
- single-shaft mixer BP-1G-500
- Automatic operating mode по принципу "одна кнопка"
- Volume of bunkers, m³ (3 х 12) = 36
- Total power, kW 23
- Sector gate, pneumatic control
- Weight, kg 7,800
52 153 $
- Масса, кг (включая тяговое устройство) 2050
- Объем бадьи (полный/рабочий), м 2,05 / 1,5
- Электропитание троллейное
- Скорость передвижения бетоновоза, м/мин 80
- Length, mm 4415
- Width, mm 1,650
- Height, mm 1665
5 202 $
2 601 $
5 202 $
61 977 $
- Capacity, cu m per hour 10...20
- single-shaft mixer BP-1G-500
- Automatic operating mode по принципу "одна кнопка"
- Volume of bunkers, m³ (4 x 12) = 48
- Total power, kW 27
- Sector gate, pneumatic control
- Weight, kg 9330
35 127 $
- 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
146 377 $
- Производительность плавления битума, т/ч 6
- Суточная производительность по плавлению битума, м.куб/сут до 120
- Производительность по отгрузки битума, м.куб/ч 25-30
- Установленная мощность электропотребления не более, кВт 40
- Установленная тепловая мощность, кВт 500
- Расход природного газа, нм.куб/ч 69
- Давление подключения природного газа, кПа 4-36
24 439 $
- 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 100
14 307 $
- 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
42 841 $
- 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
11 655 $
- Productivity, m 2
- Productivity, m 2
- Productivity, m Side, top
- Side, top
- Side, top2 44
- Side, top2 10
- Upper tier, m2 34
15 146 $
- 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
0.8
133 681 $
- Productivity, tons hour 20
- Number and volume of bunkers, number x cubic meters 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
357 838 $
- 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 14 м³
- Weight one batch 1,000 kg
- Total electric power of the plant, kW 230
20 688 $
- 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
23 678 $
- 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
47 231 $
- 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
11 231 $
- 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
50 940 $
- 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
7 886 $
- 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
50 073 $
- Capacity, cu m per hour 10...20
- single-shaft mixer BP-1G-500S
- Automatic operating mode по принципу "одна кнопка"
- Volume of bunkers, m³ (2 x 12) = 24
- Total power, kW 23
- Sector gate, pneumatic control
- Length, mm 10200
10 404 $
- 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
14 472 $
- 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
15 777 $
- 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:
58 339 $
- 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
8 482 $
- 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
885 868 $
818 532 $
- 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
11 186 $
- 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
60 824 $
- 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)
56 422 $
- Capacity, cu m per hour 10...20
- single-shaft mixer BP-1G-500S
- Automatic operating mode по принципу "одна кнопка"
- Volume of bunkers, m³ (3 x 8) = 24
- Total power, kW 23
- Sector gate, pneumatic control
- Length, mm 13200
57 960 $
- 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)
3 465 $
- Splitting force, tons until 10
- The size of the working zone, mm 410 x 570
- Pegs height, mm 280
- Hydraulic pressure, MPa 9...16
- Total installed power, kW 2,2
- Supply voltage, V/Hz 380/50
- Weight, kg 325
4 550 $
- Splitting force, tons 20
- The size of the working zone, mm 410 x 570
- Pegs height, mm 280
- Hydraulic pressure, MPa 9...21
- Total installed power, kW 5.5
- Supply voltage, V/Hz 380/50
- Weight, kg 505
8 340 $
- Splitting force, tons 60
- The size of the working zone, mm 820 x 570
- Pegs height, mm 500
- Hydraulic pressure, MPa 9...21
- Total installed power, kW 7.5
- Supply voltage, V/Hz 380/50
- Weight, kg 950
8 405 $
- Splitting force, tons 80
- The size of the working zone, mm 820 x 570
- Pegs height, mm 500
- Hydraulic pressure, MPa 9...21
- Total installed power, kW 7.5
- Supply voltage, V/Hz 380/50
- Weight, kg 1,000
9 507 $
- Splitting force, tons 80
- The size of the working zone, mm 1230 x 570
- Pegs height, mm 500
- Hydraulic pressure, MPa 9...21
- Total installed power, kW 7.5
- Supply voltage, V/Hz 380/50
- Weight, kg 1190
8 651 $
- The size of the molding zone, mm x mm 400 x 600
- The height of the molding zone, mm 50...200
- Performance of masonry 390h190h188, pieces per hour 120...225
- Performance on a pavement slab 100h200, pieces per hour 400...750
- molding cycle s 50...90
- The number of moldings per hour piece. 40…75
- Power vibration table, kW 5.5
65 211 $
- Capacity, cu m per hour 10...20
- single-shaft mixer BP-1G-500S
- Automatic operating mode по принципу "одна кнопка"
- Volume of bunkers, m³ (4 x 12) = 48
- Total power, kW 27
- Sector gate, pneumatic control
- Length, mm 16200
2 006 $
- Width, mm 2882,3
- Length, mm 1808
- Height, mm 209
- Weight, kg 456,8-486,9
- Characteristics of concrete products
- Length, mm 1030-1550
- Width, mm 120
2 913 $
- Width, mm 3358,3
- Length, mm 1803,6
- Height, mm 379,7
- Weight, kg 952,4-982,9
- Characteristics of concrete products
- Length, mm 1030-2980
- Width, mm 120
3 885 $
- Width, mm 4236,3
- Length, mm 1515,6
- Height, mm 479,7
- Weight, kg 1311,9-1352,2
- Characteristics of concrete products
- Length, mm 1030-2980
- Width, mm 120
3 056 $
- Width, mm 3976,3
- Length, mm 1525,6
- Height, mm 497,7
- Weight, kg 966,5-987,8
- Characteristics of concrete products
- Length, mm 1810-3630
- Width, mm 250
3 252 $
- Width, mm 3326,3
- Length, mm 1515,6
- Height, mm 449,7
- Weight, kg 961,2-995,9
- Characteristics of concrete products
- Length, mm 1290-2980
- Width, mm 120
1 753 $
- Length, mm 2552
- Height, mm 580
- Weight, kg 570
967 $
- Length, mm 2,600
- Width, mm 570
- Height, mm 665
- Weight, kg 328
- Thickness 8
1 001 $
- Length, mm 2,600
- Width, mm 670
- Height, mm 665
- Weight, kg 342
- Thickness 8
1 051 $
- Length, mm 2,600
- Width, mm 770
- Height, mm 665
- Weight, kg 356
- Thickness 8
1 089 $
- Length, mm 2,600
- Width, mm 870
- Height, mm 665
- Weight, kg 371
- Metal Thickness 8
50 670 $
- Capacity, cu m per hour 10...20
- single-shaft mixer BP-1G-500s
- Automatic operating mode по принципу "одна кнопка"
- Volume of bunkers, m³ (2 x 12) = 24
- Total power, kW 23
- Sector gate, pneumatic control
- Height, mm 10460
1 024 $
- Length, mm 3138
- Width, mm 611
- Height, mm 485
- Weight, kg 335
- Wall thickness, mm 4
1 119 $
- Diameter, mm 840
- Height, mm 1145
- Weight, kg 308
- Thickness 6
1 361 $
- Diameter, mm 1160
- Height, mm 1290
- Weight, kg 439
- Thickness 6
17 136 $
- Size of products KS7, KS10, KS13, COP15, KS20
- The disturbing force, kN 40
- Power vibration table, kW 4
- different frequency vibration option
- Installed power, kW 8,4
- the molding cycle time, s 60..180
- The number of moldings per hour, pieces 7...15
2 017 $
- Diameter, mm 1680
- Height, mm 1344
- Weight, kg 650
- Metal Thickness 6
57 018 $
- Capacity, cu m per hour 10...20
- single-shaft mixer BP-1G-500S
- Automatic operating mode по принципу "одна кнопка"
- Volume of bunkers, m³ (3 х 12) = 36
- Total power, kW 23
- Sector gate, pneumatic control
- Length, mm 13500
2 770 $
- Diameter, mm 2,200
- Height, mm 1350
- Weight, kg 882
- Metal Thickness 6
191 $
- Diameter, mm 840
- Height, mm 150
- Weight, kg 62
277 $
- Diameter, mm 1160
- Height, mm 150
- Weight, kg 92
351 $
- Diameter, mm 1680
- Height, mm 150
- Weight, kg 118
30 603 $
- Size of products KS7, KS10, KS13, COP15, KS20
- The disturbing force, kN 64
- Power vibration table, kW 6,4
- different frequency vibration option
- Installed power, kW 10,4
- the molding cycle time, s 60...180
- The number of moldings per hour, pieces 7...15
15 247 $
- Производительность, т/час 20
- Объем загрузки бункера, м³ 1 – 3 (в зависимости от комплектации)
- Supply voltage, V/Hz Reject hopper capacity (at a density of 1.8 t/m³), m³ (t)
- Installed power, kW 6,2
- Мощность привода конвейера, кВт 2,2
- Мощность привода разбрасывателя, кВт 2,2
- Мощность привода вибратора, кВт 0Vibrator power, kW
426 $
- Diameter, mm 2,200
- Height, mm 150
- Weight, kg 144
1 001 $
65 807 $
- Capacity, cu m per hour 10...20
- single-shaft mixer BP-1G-500S
- Automatic operating mode по принципу "одна кнопка"
- Volume of bunkers, m³ (4 x 12) = 48
- Total power, kW 27
- Sector gate, pneumatic control
- Length, mm 16500
400 $
- Grate in hopper section
567 $
- Grate in hopper section
570 $
- Grate in hopper section
916 $
- Grate in hopper section
1 610 $
- Grate in hopper section
749 $
- Grate in hopper section
990 $
- Grate in hopper section
2 204 $
- Grate in hopper section
671 $
- Grate in hopper section
1 425 $
- Grate in hopper section
1 767 $
- Grate in hopper section
2 049 $
- Grate in hopper section
2 152 $
- Grate in hopper section
65 707 $
- Capacity, cu m per hour 20...30
- Twin-shaft concrete mixer BP-2G-750s
- Automatic operating mode по принципу "одна кнопка"
- Volume of bunkers, m³ (2 x 12) = 24
- Total power, kW 23
- Sector gate, pneumatic control
- Height, mm 11500
72 056 $
- Capacity, cu m per hour 20...30
- Twin-shaft concrete mixer BP-2G-750S
- Automatic operating mode по принципу "одна кнопка"
- Volume of bunkers, m³ (3 х 12) = 24
- Total power, kW 32
- Sector gate, pneumatic control
- Length, mm 14500
1 834 $
- Grate in hopper section
3 228 $
- Grate in hopper section
2 105 $
799 $
1 044 $
925 $
1 564 $
1 665 $
2 492 $
3 318 $
3 477 $
2 977 $
4 241 $
4 578 $
4 655 $
6 935 $
6 971 $
6 619 $
20 957 $
30 682 $
66 218 $
31 677 $
49 737 $
44 548 $
49 341 $
73 124 $
80 570 $
43 155 $
45 672 $
46 886 $
80 845 $
- Capacity, cu m per hour 20...30
- Twin-shaft concrete mixer BP-2G-750S
- Automatic operating mode по принципу "одна кнопка"
- Volume of bunkers, m³ (4 x 12) = 48
- Total power, kW 36
- Sector gate, pneumatic control
- Length, mm 17500
36 555 $
36 555 $
11 055 $
- The total volume of bunkers, the cube. m. 10
- The volume of the hopper, the cube. m. 5
- The number of bins, pieces. 2
- The maximum dose weighing kg to 1200
- Batching error,% ±1
- Belt speed, m c 1,3
- The pressure in the pneumatic system, MPa 0,6
31 263 $
- The total volume of bunkers, the cube. m. 12
- The number of bins, pieces. 2
- The volume of each bunker, cub. m. 84
- The maximum dose weighing kg up to 1000
- Batching error,% ±1
- Belt speed, m c 0,9
- The pressure in the pneumatic system, MPa 0,6...0,8
15 887 $
- The total volume of bunkers, the cube. m. 16
- The volume of the hopper, the cube. m. 8
- The number of bins, pieces. 2
- The maximum dose weighing kg to 1500
- Batching error,% ±1
- Belt speed, m c 1
- The pressure in the pneumatic system, MPa 0,6
20 914 $
- The total volume of bunkers, the cube. m. 24
- The volume of the hopper, the cube. m. 8
- The number of bins, pieces. 3
- The maximum dose weighing kg to 2000
- Batching error,% ±1
- Belt speed, m c 1
- The pressure in the pneumatic system, MPa 0,6
65 834 $
- Capacity, cu m per hour 20...30
- Twin-shaft concrete mixer BP-2G-750s
- Automatic operating mode по принципу "одна кнопка"
- Volume of bunkers, m³ (2 x 12) = 24
- Total power, kW 32
- Sector gate, pneumatic control
- Height, mm 11900
27 518 $
- Total volume of bunkers, m³ 32
- Volume of one bunker, m³ 8
- The number of bins, pieces. 4
- The maximum dose weighing kg 14 910 $
- Batching error,% ±1
- Belt speed, m c 1
- The pressure in the pneumatic system, MPa 0,6
21 672 $
- The total volume of bunkers, the cube. m. 24
- The volume of the hopper, the cube. m. 12
- The number of bins, pieces. 2
- Belt conveyor drive power, kW 7.5
- The width of the conveyor belt, mm 800
- The slope of the conveyor, ° 6
- Belt speed, m/s 1,75
28 021 $
- The total volume of bunkers, the cube. m. 36
- The volume of the hopper, the cube. m. 12
- The number of bins, pieces. 3
- Belt conveyor drive power, kW 7.5
- The width of the conveyor belt, mm 800
- The slope of the conveyor, ° 6
- Belt speed, m/s 1,75
36 809 $
- Total volume of bunkers, m³ 48
- Volume of one bunker, m³ 12
- The number of bins, pieces. 4
- Belt conveyor drive power, kW 11
- The width of the conveyor belt, mm 800
- Conveyor inclination angle, ° 4,5
- Belt speed, m/s 1,3
50 712 $
- 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
27 765 $
- Total volume of bunkers, m³ 40
- Volume of one bunker, m³ 20
- Vibrator power, kW 2
- The maximum dose weighing kg 14 910 $
- Batching error,% ±1
- Belt speed, m c 1,9
- The pressure in the pneumatic system, MPa 0,6...0,8
35 159 $
- The total volume of bunkers, the cube. m. 60
- The volume of the hopper, the cube. m. 20
- The number of bins, pieces. 3
- The maximum dose weighing kg up to 4500
- Batching error,% ±1
- Belt speed, m c 1,9
- The pressure in the pneumatic system, MPa 0,6...0,8
45 683 $
- Total volume of bunkers, m³ 80
- Volume of one bunker, m³ 20
- Vibrator power, kW 4
- The maximum dose weighing kg 6000
- Batching error,% ±1
- Belt speed, m c 1,9
- The pressure in the pneumatic system, MPa 0,6...0,8
67 198 $
- Total volume of bunkers, m³ 120
- Volume of one bunker, m³ 30
- Vibrator power, kW 4
- Batching error,% ±1
- Belt speed, m/s 1,4
- The pressure in the pneumatic system, MPa 0,6...0,8
- Aggregate size, mm max 70
28 383 $
- The total maximum amount of bunkers, the cube. m. 24
- The volume of the hopper, the cube. m. 12
- The number of bins, pieces. 2
- The maximum dose weighing kg 1500 kg
- Batching error,% 1
- Belt speed, m c 1,6
- The pressure in the pneumatic system, MPa 0,6...0,8
72 182 $
- Capacity, cu m per hour 20...30
- Twin-shaft concrete mixer BP-2G-750s
- Automatic operating mode по принципу "одна кнопка"
- Volume of bunkers, m³ (3 х 12) = 36
- Total power, kW 32
- Length, mm 14900
- Width, mm 3421
2 244 $
- conveyor length, mm 3,000
- The width of the conveyor belt, mm 500
- Installed power, kW 2,2
- Belt speed, m s 0,58
- Productivity, tons hour 55
- Type of tape smooth
- conveyor installation angle, degrees 0...30
34 938 $
- The total maximum amount of bunkers, the cube. m. 36
- The volume of the hopper, the cube. m. 12
- The number of bins, pieces. 3
- The maximum dose weighing kg 2,500
- Batching error,% 1
- Belt speed, m c 1,6
- The pressure in the pneumatic system, MPa 0,6...0,8
37 110 $
- Total maximum volume of bunkers, m³ 54
- Volume of one bunker, m³ 18
- The number of bins, pieces. 3
- The maximum dose weighing kg 3,000
- Batching error,% 1
- Belt speed, m c 1,6
- The pressure in the pneumatic system, MPa 0,6...0,8
3 748 $
- conveyor length, mm 7000
- The width of the conveyor belt, mm 500
- Installed power, kW 4
- Belt speed, m s 0,78
- Productivity, tons hour 55
- Type of tape smooth
- conveyor installation angle, degrees 0...30
26 639 $
2 892 $
- conveyor length, mm 5,000
- The width of the conveyor belt, mm 500
- Installed power, kW 2,2
- Belt speed, m s 0,58
- Productivity, tons hour 55
- Type of tape smooth
- conveyor installation angle, degrees 0...30
4 118 $
- conveyor length, mm 8,000
- The width of the conveyor belt, mm 500
- Installed power, kW 4
- Belt speed, m s 0,58
- Productivity, tons hour 55
- Type of tape smooth
- conveyor installation angle, degrees 0...30
5 031 $
- conveyor length, mm 10,000
- The width of the conveyor belt, mm 500
- Installed power, kW 4
- Belt speed, m s 0,58
- Productivity, tons hour 55
- Type of tape smooth
- conveyor installation angle, degrees 0...30
80 971 $
- Capacity, cu m per hour 20...30
- Twin-shaft concrete mixer BP-2G-750S
- Automatic operating mode по принципу "одна кнопка"
- Volume of bunkers, m³ (4 x 12) = 48
- Total power, kW 36
- Sector gate, pneumatic control
- Length, mm 17900
11 879 $
- conveyor length, mm 18156
- The width of the conveyor belt, mm 800
- Installed power, kW 15
- Belt speed, m s 1,67
- Productivity, tons hour 100
- Type of tape shevronnaya
- conveyor installation angle, degrees 25
22 410 $
- conveyor length, mm 17500
- The width of the conveyor belt, mm 1,000
- Installed power, kW 30
- Belt speed, m s 2,46
- Type of tape shevronnaya
- Угол установки конвейера, ° 26
- type of product friable
11 576 $
- conveyor length, mm 15,000
- The width of the conveyor belt, mm 800
- Installed power, kW 15
- Belt speed, m s 3,19
- Productivity, tons hour 330
- Type of tape shevronnaya
- conveyor installation angle, degrees 25
7 681 $
- conveyor length, mm 16,000
- The width of the conveyor belt, mm 600
- Installed power, kW 7.5
- Belt speed, m s 0,92
- Productivity, tons hour 75
- Type of tape shevronnaya
- conveyor installation angle, degrees 25
16 245 $
- conveyor length, mm 17000
- The width of the conveyor belt, mm 1,000
- Installed power, kW 18,5
- Belt speed, m s 2,2
- Productivity, tons hour 75
- Type of tape shevronnaya
- conveyor installation angle, degrees 25
12 985 $
- conveyor length, mm 18,000
- The width of the conveyor belt, mm 800
- Installed power, kW 15
- Belt speed, m s 1,67
- Productivity, tons hour 100
- Type of tape shevronnaya
- conveyor installation angle, degrees 25
9 734 $
- The size of the molding zone, mm x mm 400 x 600
- The height of the molding zone, mm 50...200
- Performance of masonry 390h190h188, pieces per hour 120...240
- Performance on a pavement slab 100h200, pieces per hour 400...800
- molding cycle s 50...90
- The number of moldings per hour piece. 40…80
- Power vibration table, kW 5.5
17 934 $
- conveyor length, mm 21000
- The width of the conveyor belt, mm 1,000
- Installed power, kW 18,5
- Belt speed, m s 1,67
- Productivity, tons hour 120
- Type of tape shevronnaya
- conveyor installation angle, degrees 25
13 990 $
- The size of the molding zone, mm x mm 400 x 600
- The height of the molding zone, mm 50...200
- Performance of masonry 390h190h188, pieces per hour 132...270
- Performance paving tiles 100h200, pcs h 420...900
- molding cycle s 40...85
- Power vibration table, kW 5.5
- Total installed power, kW 9,5
15 824 $
- The size of the molding zone, mm x mm 400 x 600
- The height of the molding zone, mm 50...200
- Performance of masonry 390h190h188, pieces per hour 135...270
- Performance paving tiles 100h200, pcs h 450...900
- molding cycle s 40...80
- The number of moldings per hour piece. 45…90
- Power vibration table, kW 5.5
17 492 $
- The size of the molding zone, mm x mm 400 x 600
- The height of the molding zone, mm 50...200
- Performance of masonry 390h190h188, pieces per hour 216...360
- Performance paving tiles 100h200, pcs h 720...1200
- molding cycle 30...60
- The number of moldings per hour piece. 72…120
- Power vibration table, kW 5.5
19 324 $
- The size of the molding zone, mm x mm 400 x 600
- The height of the molding zone, mm 50...200
- Performance of masonry 390h190h188, pieces per hour 216...360
- Performance paving tiles 100h200, pcs h 720...1200
- molding cycle s 30...50
- The number of moldings per hour piece. 60…120
- Power vibration table, kW 5.5
65 957 $
- Capacity, cu m per hour 20...30
- Twin-shaft concrete mixer BP-2G-750S
- Automatic operating mode по принципу "одна кнопка"
- Volume of bunkers, m³ (2 x 12) = 24
- Total power, kW 32
- Sector gate, pneumatic control
- Length, mm 12520
21 296 $
- The size of the molding zone, mm x mm 400 x 600
- The height of the molding zone, mm 40...250
- Performance of masonry 390h190h188, pieces per hour 135...270
- Performance paving tiles 100h200, pcs h 450...900
- molding cycle s 40...80
- The number of moldings per hour piece. 45…90
- Power vibration table, kW 5.5
22 996 $
- The size of the molding zone, mm x mm 400 x 600
- The height of the molding zone, mm 50...200
- Performance of masonry 390h190h188, pieces per hour 135...270
- Performance paving tiles 100h200, pcs h 450...900
- molding cycle s 40...80
- The number of moldings per hour piece. 45…90
- Power vibration table, kW 5.5
30 447 $
- The size of the molding zone, mm x mm 400 x 600
- The height of the molding zone, mm 50...200
- Performance of masonry 390h190h188, pieces per hour 135...270
- Performance paving tiles 100h200, pcs h 450...900
- molding cycle s 40...80
- The number of moldings per hour piece. 45…90
- Power vibration table, kW 5.5
19 324 $
- The size of the molding zone, mm x mm 400 x 600
- The height of the molding zone, mm 50...200
- Performance of masonry 390h190h188, pieces per hour 216...360
- Performance paving tiles 100h200, pcs h 720...1200
- molding cycle s 30...50
- The number of moldings per hour piece. 60…120
- Power vibration table, kW 5.5
22 996 $
- The size of the molding zone, mm x mm 400 x 600
- The height of the molding zone, mm 50...200
- Performance of masonry 390h190h188, pieces per hour 135...270
- Performance paving tiles 100h200, pcs h 450...900
- molding cycle s 40...80
- The number of moldings per hour piece. 45…90
- Power vibration table, kW 5.5
20 273 $
- Vibropress uLTRA
- LK 5-0,5 Belt Conveyor
- BP-1G-300 Concrete Mixer
- Performance of masonry 390h190h188, pieces per hour 240
- Performance paving tiles 100h200, pcs h 800
- Power vibration table, kW 5.5
- Total installed power, kW 17,5
29 520 $
- Vibropress uLTRA
- BP-2G-375s Twin-shaft concrete mixer
- Elevated structure
- Performance of masonry 390h190h188, pieces per hour 240
- Performance paving tiles 100h200, pcs h 800
- Power vibration table, kW 5.5
- Total installed power, kW 21,5
30 695 $
- Vibropress uLTRA
- BP-2G-375s Twin-shaft concrete mixer
- LK 5-0,5 Belt Conveyor
- Performance of masonry 390h190h188, pieces per hour 240
- Performance paving tiles 100h200, pcs h 800
- Power vibration table, kW 5.5
- Total installed power, kW 23,7
51 784 $
- Vibropress uLTRA
- MOBIL-20 Concrete Plant
- LK 5-0,5 Belt Conveyor
- Performance of masonry 390h190h188, pieces per hour 240
- Performance paving tiles 100h200, pcs h 800
- Power vibration table, kW 5.5
- Total installed power, kW 38,7
52 091 $
- Vibropress uLTRA
- Concrete plant COMPACT 20
- Performance of masonry 390h190h188, pieces per hour 240
- Performance paving tiles 100h200, pcs h 800
- Power vibration table, kW 5.5
- Total installed power, kW 37
72 306 $
- Capacity, cu m per hour 20...30
- Twin-shaft concrete mixer BP-2G-750S
- Automatic operating mode по принципу "одна кнопка"
- Working volume of bunkers, m³ (3 х 12) = 36
- Total power, kW 32
- Sector gate, pneumatic control
- Length, mm 15520
28 065 $
- The size of the molding zone, mm x mm 400 x 1000
- The height of the molding zone, mm 120...200
- Power vibration table, kW 2,2
- Installed power, kW 9,2
- The frequency of the vibrating table fluctuations, Hz 60
- Hopper capacity, cu. m. 0,9
- the molding cycle time, s 30…60
32 721 $
- The size of the molding zone, mm x mm 400 x 1000
- The height of the molding zone, mm 120...200
- Power vibration table, kW 2,2
- Installed power, kW 9,2
- The frequency of the vibrating table fluctuations, Hz 60
- Hopper capacity, cu. m. 0,9
- the molding cycle time, s 30…60
30 976 $
- The size of the molding zone, mm x mm 400 x 1000
- The height of the molding zone, mm 50...200
- molding cycle s 30...80
- Power vibration table, kW 7.5
- Installed power, kW 13
- The frequency of the vibrating table fluctuations, Hz 45...85
- Hydraulic pressure, MPa 6...12
33 613 $
- The size of the molding zone, mm x mm 400 x 1000
- The height of the molding zone, mm 50...200
- molding cycle s 30...80
- Power vibration table, kW 7.5
- Installed power, kW 13
- The frequency of the vibrating table fluctuations, Hz 45...85
- Hydraulic pressure, MPa 6...12
40 289 $
- The size of the molding zone, mm x mm 400 x 1000
- The height of the molding zone, mm 50...200
- molding cycle s 30...80
- Power vibration table, kW 7.5
- Installed power, kW 13
- The frequency of the vibrating table fluctuations, Hz 45...85
- Hydraulic pressure, MPa 6...12
54 263 $
- STANDART Block Making Machine
- BP-2G-375s Twin-shaft concrete mixer
- Elevated structure
- Power vibration table, kW 7.5
- Installed power, kW 25
- Performance of masonry 390h190h188, pieces per hour 500
- Performance paving tiles 100h200, pcs h 1800
56 177 $
- STANDART Block Making Machine
- BP-2G-375s Twin-shaft concrete mixer
- LK 5-0,5 Belt Conveyor
- Power vibration table, kW 7.5
- Installed power, kW 27,2
- Performance of masonry 390h190h188, pieces per hour 500
- Performance paving tiles 100h200, pcs h 1800
80 537 $
- STANDART Block Making Machine
- MOBIL-20 Concrete Plant
- LK 5-0,5 Belt Conveyor
- Power vibration table, kW 7.5
- Installed power, kW 42,2
- Performance of masonry 390h190h188, pieces per hour 500
- Performance paving tiles 100h200, pcs h 1800
80 340 $
- STANDART Block Making Machine
- Concrete plant COMPACT 20
- Power vibration table, kW 7.5
- Installed power, kW 42,2
- Performance of masonry 390h190h188, pieces per hour 500
- Performance paving tiles 100h200, pcs h 1800
81 094 $
- Capacity, cu m per hour 20...30
- Twin-shaft concrete mixer BP-2G-750S
- Automatic operating mode по принципу "одна кнопка"
- Volume of bunkers, m³ (4 x 12) = 48
- Total power, kW 32
- Sector gate, pneumatic control
- Length, mm 18600
21 739 $
- Packaging pallet size, mm x mm 800x1200
- Package height, mm 500-1600
- Stretch film size - width, mm 500
- Total installed power, kW 7
- Performance Up to 500 pallets per shift
- Packing speed Up to 30 seconds per pallet
- Hydraulic pressure, MPa 6...12
41 942 $
- The size of the molding zone, mm x mm 1000 x 600
- The height of the molding zone, mm 50...300
- molding cycle s 30...80
- Power vibration table, kW 11
- Total installed power, kW 16,5
- The frequency of the vibrating table fluctuations, Hz 45...85
- Hydraulic pressure, MPa 6...12
46 146 $
- The size of the molding zone, mm x mm 1000 x 600
- The height of the molding zone, mm 50...300
- molding cycle s 30...80
- Power vibration table, kW 11
- Total installed power, kW 16,5
- The frequency of the vibrating table fluctuations, Hz 45...85
- Hydraulic pressure, MPa 6...12
120 650 $
- The size of the molding zone, mm x mm 1200 × 800 мм
- The height of the molding zone, mm 50...350
- molding cycle s 30...80
- Power vibration table, kW 22
- Total installed power, kW 39,5
- The frequency of the vibrating table fluctuations, Hz 45...85
- Hydraulic pressure, MPa 4...12
53 164 $
- The size of the molding zone, mm x mm 1000 x 600
- The height of the molding zone, mm 50...300
- molding cycle s 30...80
- Power vibration table, kW 11
- Installed power, kW 16,5
- The frequency of the vibrating table fluctuations, Hz 45...85
- Hydraulic pressure, MPa 6...12
56 240 $
- The size of the molding zone, mm x mm 1000 x 600
- The height of the molding zone, mm 50...300
- molding cycle s 30...80
- Power vibration table, kW 11
- Total installed power, kW 16,5
- The frequency of the vibrating table fluctuations, Hz 45...85
- Hydraulic pressure, MPa 6...12
53 226 $
- The size of the molding zone, mm x mm 1000 x 600
- The height of the molding zone, mm 50...300
- molding cycle s 30...80
- Power vibration table, kW 11
- Total installed power, kW 16,5
- The frequency of the vibrating table fluctuations, Hz 45...85
- Hydraulic pressure, MPa 6..12
68 327 $
- The size of the molding zone, mm x mm 1000 x 600
- The height of the molding zone, mm 50...300
- molding cycle s 30...80
- Power vibration table, kW 11
- Total installed power, kW 16,5
- The frequency of the vibrating table fluctuations, Hz 45...85
- Hydraulic pressure, MPa 6..12
20 543 $
- The size of the molding zone, mm x mm 800 x 400
- The height of the molding zone, mm 50...250
- molding cycle s 30...80
- Power vibration table, kW 7.5
- Installed power, kW 11,5
- The frequency of the vibrating table fluctuations, Hz 45...85
- Hydraulic pressure, MPa 6...12
66 906 $
- The size of the molding zone, mm x mm 1000 x 600
- The height of the molding zone, mm 50...300
- molding cycle s 30...80
- Power vibration table, kW 11
- Total installed power, kW 16,5
- The frequency of the vibrating table fluctuations, Hz 45...85
- Hydraulic pressure, MPa 6..12
22 930 $
- The size of the molding zone, mm x mm 800 x 400
- The height of the molding zone, mm 50...250
- molding cycle s 30...80
- Power vibration table, kW 7.5
- Installed power, kW 11,5
- The frequency of the vibrating table fluctuations, Hz 45...85
- Hydraulic pressure, MPa 6...12
82 568 $
- The size of the molding zone, mm x mm 1000 x 600
- The height of the molding zone, mm 50...300
- molding cycle s 30...80
- Power vibration table, kW 11
- Total installed power, kW 16,5
- The frequency of the vibrating table fluctuations, Hz 45...85
- Hydraulic pressure, MPa 6..12
27 154 $
- The size of the molding zone, mm x mm 800 x 400
- The height of the molding zone, mm 50...250
- molding cycle s 30...80
- Power vibration table, kW 7.5
- Installed power, kW 11,5
- The frequency of the vibrating table fluctuations, Hz 45...85
- Hydraulic pressure, MPa 6...12
29 213 $
- The size of the molding zone, mm x mm 800 x 400
- The height of the molding zone, mm 50...250
- molding cycle s 30...80
- Power vibration table, kW 7.5
- Installed power, kW 11,5
- The frequency of the vibrating table fluctuations, Hz 45...85
- Hydraulic pressure, MPa 6...12
32 780 $
- The size of the molding zone, mm x mm 800 x 400
- The height of the molding zone, mm 50...250
- molding cycle s 30...80
- Power vibration table, kW 7.5
- Installed power, kW 11,5
- The frequency of the vibrating table fluctuations, Hz 45...85
- Hydraulic pressure, MPa 6...12
31 253 $
- The size of the molding zone, mm x mm 800 x 400
- The height of the molding zone, mm 50...250
- molding cycle s 30...80
- Power vibration table, kW 7.5
- Installed power, kW 11,5
- The frequency of the vibrating table fluctuations, Hz 45...85
- Hydraulic pressure, MPa 6...12
34 461 $
- The size of the molding zone, mm x mm 800 x 400
- The height of the molding zone, mm 50...250
- molding cycle s 30...80
- Power vibration table, kW 7.5
- Installed power, kW 11,5
- The frequency of the vibrating table fluctuations, Hz 45...85
- Hydraulic pressure, MPa 6...12
34 812 $
- Vibropress Optimal 2.0
- BP-1G-300 Concrete Mixer
- Belt conveyor LK 6-0.5
- Power vibration table, kW 7.5
- Installed power, kW 11,5
- Performance of masonry 390h190h188, pieces per hour 400
- Performance paving tiles 100h200, pcs h 1400
43 602 $
- Vibropress Optimal 2.0
- Concrete plant Mini RBU-10
- Power vibration table, kW 7.5
- Installed power, kW 21,5
- Performance of masonry 390h190h188, pieces per hour 400
- Performance paving tiles 100h200, pcs h 1400
- Length, mm
43 569 $
- Vibropress Optimal
- BP-1G-300 Concrete Mixer
- BP-1G-100 Concrete Mixer
- Power vibration table, kW 7.5
- Installed power, kW 23,6
- Performance of masonry 390h190h188, pieces per hour 400
- Performance paving tiles 100h200, pcs h 1400
110 796 $
- The size of the molding zone, mm x mm 1000 x 600
- The height of the molding zone, mm 50...300
- molding cycle s 22-60
- Power vibration table, kW 11
- Total installed power, kW 36
- The frequency of the vibrating table fluctuations, Hz 45...85
- Hydraulic pressure, MPa 6...12
122 865 $
- The size of the molding zone, mm x mm 1000 x 600
- The height of the molding zone, mm 50...300
- molding cycle s 30-60
- Power vibration table, kW 11
- Total installed power, kW 36
- The frequency of the vibrating table fluctuations, Hz 45...85
- Hydraulic pressure, MPa 6...12
149 917 $
- The size of the molding zone, mm x mm 1000 x 600
- The height of the molding zone, mm 50...300
- molding cycle s 22-60
- Power vibration table, kW 11
- Total installed power, kW 36
- The frequency of the vibrating table fluctuations, Hz 45...85
- Hydraulic pressure, MPa 6...12
137 894 $
- The size of the molding zone, mm x mm 1000 x 600
- The height of the molding zone, mm 50...300
- molding cycle s 22-60
- Power vibration table, kW 11
- Total installed power, kW 44
- The frequency of the vibrating table fluctuations, Hz 45...85
- Hydraulic pressure, MPa 6...12
68 853 $
- The size of the molding zone, mm x mm 1000 x 600
- BP-2G-375s Twin-shaft concrete mixer
- Belt conveyor LC 7-0.5
- Power vibration table, kW 11
- Total installed power, kW 30,7
- Performance of masonry 390h190h188, pieces per hour 540
- Performance paving tiles 100h200, pcs h 2,200
70 770 $
- The size of the molding zone, mm x mm 1000 x 600
- BP-2G-375s Twin-shaft concrete mixer
- Belt conveyor LC 7-0.5
- Power vibration table, kW 11
- Total installed power, kW 30,7
- Performance of masonry 390h190h188, pieces per hour 540
- Performance paving tiles 100h200, pcs h 2,200
179 147 $
- The size of the molding zone, mm x mm 1000 x 600
- The height of the molding zone, mm 50...300
- molding cycle s 30-60
- Power vibration table, kW 11
- Total installed power, kW 36
- The frequency of the vibrating table fluctuations, Hz 45...85
- Hydraulic pressure, MPa 6...12
95 130 $
- Vibropress MAXIMAL 2.0
- MOBIL-20 Concrete Plant
- Belt conveyor LC 7-0.5
- Power vibration table, kW 11
- Total installed power, kW 45,7
- Performance of masonry 390h190h188, pieces per hour 540
- Performance paving tiles 100h200, pcs h 2,200
94 930 $
- Vibropress MAXIMAL 2.0
- Concrete plant COMPACT 20
- Power vibration table, kW 11
- Total installed power, kW 45,7
- Performance of masonry 390h190h188, pieces per hour 540
- Performance paving tiles 100h200, pcs h 2,200
54 670 $
- The size of the molding zone, mm x mm 2380 x 600
- The height of the molding zone, mm 580
- Power vibrators kW 5.5
- Total installed power, kW 17,4
- Hydraulic pressure, MPa 8...12
- The duration of a complete cycle, 180
- The number of moldings per hour piece. 20
57 939 $
- The size of the molding zone, mm x mm 2380 x 600
- The height of the molding zone, mm 580
- Power vibrators kW 5.5
- Total installed power, kW 17,4
- Hydraulic pressure, MPa 8...12
- The duration of a complete cycle, 180
- The number of moldings per hour piece. 20
59 192 $
- The size of the molding zone, mm x mm 2500 x 600
- The height of the molding zone, mm 580
- Power vibrators kW 5.5
- Total installed power, kW 17,4
- Hydraulic pressure, MPa 8...12
- The duration of a complete cycle, 200
- The number of moldings per hour piece. 15
44 825 $
- The size of the molding zone, mm x mm 2380 x 1600
- The height of the molding zone, mm 280...300
- Vibrator power, kW 5.5
- Total installed power, kW 17,4
- Hydraulic pressure, MPa 8...12
- The number of moldings per hour piece. 6...12
- The duration of a complete cycle, 300
5 206 $
- The highest limit of the cement dosing (NAP), kg 75
- The highest limit of the water metering (NAP), kg 40
- The greatest limit of dispensing chemical additives (NAP), kg 5
- Dosing accuracy% ±1
- Maximum discharge time, sec 10
- The pressure in the pneumatic system, MPa no less 0,6
- Product particle size, mm max 2
5 900 $
- The highest limit of the cement dosing (NAP), kg 150
- The highest limit of the water metering (NAP), kg 75
- The greatest limit of dispensing chemical additives (NAP), kg 10
- Dosing accuracy% ±1
- Maximum discharge time, sec 10
- The pressure in the pneumatic system, MPa no less 0,6
- Product particle size, mm max 2
6 825 $
- The highest limit of the cement dosing (NAP), kg 300
- The highest limit of the water metering (NAP), kg 150
- The greatest limit of dispensing chemical additives (NAP), kg 20
- Dosing accuracy% ±1
- Maximum discharge time, sec 10
- The pressure in the pneumatic system, MPa no less 0,6
- Product particle size, mm max 2
9 485 $
- The highest limit of the cement dosing (NAP), kg 16 149
- The highest limit of the water metering (NAP), kg 180
- The greatest limit of dispensing chemical additives (NAP), kg 2x25
- Dosing accuracy% ±1
- Maximum discharge time, sec 10
- The pressure in the pneumatic system, MPa no less 0,6
- Product particle size, mm max 2
771 $
1 799 $
1 799 $
2 570 $
3 213 $
4 370 $
4 370 $
5 655 $
14 203 $
- Width, mm 3860
- Height, mm 10035
- Length, mm 10383
- Weight, kg 4000
8 073 $
- The highest limit of the cement dosing (NAP), kg 500
- The highest limit of the water metering (NAP), kg 250
- The greatest limit of dispensing chemical additives (NAP), kg 30
- Dosing accuracy% ±1
- Maximum discharge time, sec 23
- The pressure in the pneumatic system, MPa no less 0,6
- Product particle size, mm max 2
8 190 $
- The highest limit of the cement dosing (NAP), kg 600
- The highest limit of the water metering (NAP), kg 300
- The greatest limit of dispensing chemical additives (NAP), kg 40
- Dosing accuracy% ±1
- Maximum discharge time, sec 20
- The pressure in the pneumatic system, MPa no less 0,6
- Product particle size, mm max 2
6 987 $
- The highest limit of the cement dosing (NAP), kg 900
- The highest limit of the water metering (NAP), kg 450
- The greatest limit of dispensing chemical additives (NAP), kg 60
- Dosing accuracy% ±1
- Maximum discharge time, sec 20
- The pressure in the pneumatic system, MPa no less 0,6
- Product particle size, mm max 2
10 758 $
- The highest limit of the cement dosing (NAP), kg 1,200
- The highest limit of the water metering (NAP), kg 550
- The greatest limit of dispensing chemical additives (NAP), kg 70
- Dosing accuracy% ±1
- Maximum discharge time, sec 20
- The pressure in the pneumatic system, MPa no less 0,6
- Product particle size, mm max 2
11 220 $
- The highest limit of the cement dosing (NAP), kg 1800
- The highest limit of the water metering (NAP), kg 900
- The greatest limit of dispensing chemical additives (NAP), kg 70(2х70)
- Dosing accuracy% ±1
- Maximum discharge time, sec 23
- The pressure in the pneumatic system, MPa no less 0,6
- Product particle size, mm max 2
2 234 $
- Maximum dosing limit for fibers with a bulk density of 123 kg/m³, no more than, kg 8
- Dosing accuracy% ±1
- Productivity, kg/min 1.5 (depending on fiber type)
- Fiber length, no more than, mm 30
- Installed power, kW 0,54
- Length, mm 800(1150)
- Width, mm 800
2 870 $
- The highest limit of the cement dosing (NAP), kg 300
- Dosing accuracy% ±1
- Maximum discharge time, sec 10
- The pressure in the pneumatic system, MPa no less 0,6
- Product particle size, mm max 2
- Length, mm High capacity silos
- Width, mm 905
2 029 $
- The capacity of the chamber, m³ 0.07
- Capacity, cbm h 1,2
- type of product cement, sypuchyeye
- The maximum dosing time, with unlimited
- Power Supply, 380
- Installed power, kW 0,75
- The drive gear motor
1 125 $
- The largest dosing limit, l 1,000
- type of product water
- The amount dosed components 1
- The minimum dose, l 1
- Temperature the product, + 5...+ 90
- Dosing accuracy% ±1
- Nominal bore pipe diameter DN 25
1 841 $
- type of product water
- The amount dosed components 1
- The minimum dose, l 1
- Temperature the product, + 5...+ 90
- Dosing accuracy% ±1
- Nominal bore pipe diameter DN 50
- Nominal flow, m³/h 15
646 $
- Volume, cu. m. 1
- Carrying capacity, t 2,5
- Weight, kg. 260
- Type of closure manual, two-sector
13 $
21 $
985 $
- Capacity rastarivatelâ, tons 2,35
- The volume of the cube. m 1,57
- Email download thaw (optional)
- MVE300 Vibrator, kW (optional) 00.3
- Banks thickness, mm 3
- Productivity, tons hour 40
- Free falling system optional
1 084 $
- Capacity rastarivatelâ, tons 2,35
- The volume of the cube. m 1,57
- Email download thaw (optional)
- MVE300 Vibrator, kW (optional) 00.3
- Banks thickness, mm 3
- Productivity, tons hour 40
- Free falling system optional
1 486 $
- Capacity rastarivatelâ, tons 2,35
- The volume of the cube. m 1,57
- Email download thaw (optional)
- MVE300 Vibrator, kW (optional) 00.3
- Banks thickness, mm 3
- Productivity, tons hour 40
- Free falling system optional
2 084 $
- Weight, kg 2,000
- The volume of the cube. m 0,56
- Email download thaw (optional)
- Vibrator MVE300, KW 00.3
- Banks thickness, mm 3
- Productivity, tons hour 40
- Free falling system there is
2 454 $
- Capacity rastarivatelâ, tons 6
- The volume of the cube. m 4
- Banks thickness, mm 3
- Weight, kg 1,010
- Height, mm 3634
- Width, mm 2440
- Tank diameter, mm 2300
330 $
- Производительность, м³/ч 27
- power, kWt 1,5
- Head, m 13.9
- Weight, kg 38
485 $
- Производительность, м³/ч 48
- power, kWt 3
- Head, m 17
- Weight, kg 51

