Industrial Group Promsnab

Kramatorsk, Donetsk region, Ukraine

we are offering milling machines mills rye, rye flour line on the basis of finger disintegrator mk-05 are designed, manufactured and successfully operated milling line-oriented conditions and collective farms. the average payback time lines - 4mes. universal line lm-05u-10u and lm obesptchivayut processing all types of cereals (wheat, rye, corn, etc.) each of the lines can be conventionally divided into two departments: the preparation of the grain and milling department. in the preparation of grain for grinding is carried out: a selection of large and small impurities on the grain-cleaning separator, cleaning the surface of the grains of dust, torn amniotic membrane, a partial separation of the embryo and the beard, the removal of small and light impurities on shelushilno-grinding machine pnevmokanalom. after cleaning the surface of the grain moisture is in the pipeline screw and binning. purified and moistened grain is fed to the grinding. grinding is performed on digital at the disintegrator mk-05. in line lm-05u a grinding organ line lm-su - two. finger disintegrator creates an air stream, capable of moving a product of the duct to the grinding sieving. to quench the velocity of the grinding and removal of the mass of the purified air into the atmosphere at the end of the duct is installed with a cyclone filter, which catches a lot of grinding and tarpaulin sleeve forward to screening. rotary screening is designed to separate the milling products into five fractions: large bran, fine bran e grits, flour top, i and ii classes. sieving flour provides a selection of these varieties only on the grind. other parameters depend on the grain quality and the degree of preparation of grain for grinding. universal milling lines provide the output 35 .. 40% of the flour, all relevant quality indicators than whites. whiteness index deteriorated due to the fact that in the process of grinding a small amount of broken shells to grind higher grade and can not be allocated to the plating. experts attributed to an improved flour obtained first class. if you select only i and ii grade flour will meet all requirements. the yield of flour grade i will be 55 ... 60%. when milling rye and corn moisture is performed. before grinding, you must also replace the sieve in the sieving cloth. performance milling lines: lm-05u-500 kg / h; lm-10u-1000 kg / h. the layout of the equipment can be adapted to the specific configuration of the space . the lines of rye flour, lm and lm-05rzh 10rzh ensure processing of all types of crops other than wheat. on the lines, you can also grind the soybean meal to meal, consisting of lines provided in the equipment for cleaning the wheat from the trash, grinding and milling of the product division into two or three fractions depending on the requirements . the main field of application - the production of rye flour. due to the installation of the screens on the plating time can select all kinds of rye flour: seeded, peeled and wallpaper. most of the emit only peeled flour and flour have access to 80 ... 85%. the lines of rye flour acquire not only small-scale producers. currently there are points of grain-na line capacity of 2 and 3 tons / hour. the lines are in high demand due to high wear resistance of the grinding body (disintegrant) and ease of maintenance. in the preparation of grain for grinding cleaned wheat from the major and minor impurities on the grain-cleaning separator. refined grains fed to the finger disintegrator mk-05. in line lm-05rzh a grinding organ line lm-10rzh two. just as in the universal lines, the product of grinding on the duct is fed to the cyclone and filter, which catches a lot of grinding and tarpaulin sleeve forward to screening. rotary sieving separates the product of grinding to the desired number of fractions. usually allocated only peeled flour and bran. performance milling lines 05rzh lma-500 kg / h; lm-10rzh-1000 kg / h, the composition and layout equipment lines rye flour are carried out in accordance with the requirements of the . combined line-lmc and lmc 05u-10u are designed to improve the load line of the universal milling through the expansion of technical possibilities. combined lines in its composition provide universal milling line and a line embedded grains. the rendering provides: a selection of large and small impurities on the grain-cleaning separator, clean the surface of dust grains and grinding to a given depth. as part of a system for rendering which provides a clean grain from light impurities, after sanding and cleaning grains from light impurities after the crushing and separation into fractions. the rendering is common to the two lines. the device and the technical possibilities of universal milling lines described above. in the production of refined grains throughs grain fed to hammer mill designed for grinding corn kernels. the product, after grinding mills applied to the screening of cereals which provides its division into six fractions; meal, four types of cereals and grain destroyed not for re-crushing. the outputs are connected to the system of screening of aspiration rendering> that provides a clean grains of light impurities. on the line of cereals can be processed on all types of grain cereals. the line cereals - 300 kg / h the yield of products, meal, including grit - 25 ... 30% croup -70 .. 75% the line of cereals can be operated only when the broken line of flour. component equipment milling lines and grains the rendering ml-08. designed to prepare wheat, rye, barley, corn and other grains before milling into flour, as well as scaling and polishing of these and other crops (millet, peas, soybeans, etc.) in the production of grits. it consists of the grain cleaner, huller, grinding and aspiration system, which provides a clean sanding dust grains. sieving flour rm 05 and rm-10. it is intended to separate the milling products into five fractions: flour superior, first-and second-class, with fine semolina bran, bran. separating element is nylon or nylon mesh stretched over an arched frame. products under the influence of a rotating grinding rotor whips move helically along the sieve. the rate of passage of the product are controlled separately in the area of ​​each screen. hammer is designed for grinding kernels in the development of the cereals barley, wheat, corn and other crops. it consists of a frame on which the hammer mill fitted with an electric motor connected to a belt drive. sieving cereals rc-0. it is intended to separate the cleavage products of the core six fractions: fasciculi; rump 4 varieties; not kibbled. separating sieve element is spanned by an arched frame, in the first section to highlight the fasciculi set kapron sieve number 14, in the other - punching metal sieve. the shape and size of holes punching sieves are selected depending on the type of processed culture. for wheat and barley sieve set with round holes d 1, 5; 2, 0; 2, 5; 3, 0.

We are offering borewell pumps ping unit csrm (with crank-sheave reformative mechanism) are used for driving gear are used of dipping sucker-rod pump in spooling formation water from degassing borehole, which are bored from a ground surface to a coal-bed to make methane recovery. water pilling is made by volumetric dipping sucker-rod pump, downed to borehole, while the driving gear which provides back-and-forth motion of pump piston is pumping unit installed at the surface. pumping unit is designed for reforming angular motion electric motor into back-and-forth motion of cross-arm and further through fishing string downed to borehole transfer the motion to pump piston. The given method of water spilling from degassing boreholes is the most economical and widely used. The economic indexes are less than running costs for a pumping unit which are on their part depend on perfection of construction of a pumping unit. Beamless pumping units csrm have original construction of crank-sheave reformative with v –like placing of cable branches due to which swinging rocking shaft and flipover cartridge are absent, which allowed to decrease in many times the dynamic force, provide a high degree of balancing and complete absence of negative rotational moments on reduction gear which puts forward the following advantages of beamless pumping units csrm in comparison with other kinds of oil-production equipment: : 1. Reduction of electric energy consumption by 15-29%. 2. Increase of exploitation life of reduction gear achieved by absence of negative rotational moment on output shaft 3. Increase of exploitation life of bar columns as there almost no dynamic force and vibration. 4. Increase of delivery rate due to the increased stroke length which compensates drawing out of bar columns. 5. Increase of efficiency of pump by reduction of the number of pumpings and thus the number of abrasions of ball clack each of which is accompanied by leakage of formation liquid. 6. Increase of exploitation life of a sucker-rod pump as the increase of the length of the pumping travel means ïðåäïîëàãàåò elongated cylinder, which greatly lowers deterioration of its work surface. 7. Reduction in the expenditures with the installation for trade, since the volume of foundation csrm is 5 times less in the comparison with other types of pumping-units. below table gives basic technical specifications of machine tool- rockers csrm. Kinematics of crank-sheave reformative mechanism of driving gear of csrm crank-sheave reformative mechanism oil pumping unit jack oilfield equipment 1- post (triple) 2- driving crankshaft 3- belt idler 4- guide pulley 5- flexible link (cable) 6- running cross-arm а - anchorage point of motionless cable end 5 g – angle between v-like situated cable branches 5 q – offset angle s0 - stroke length of the running cross-arm (max) driving gear is designed to give a piston of borehole pump back-and-forth motion by a column of pumping rods. the distinctive feature of beamless crank-sheave driving gear of csrm is an original construction of the mechanism which reforms angular motion of crankshafts installed on the driven shaft reduction gear in back-and-forth motion of the running cross-arm which is the final control element of the driving gear. the essence of this reformative mechanism is following: crankshafts 2 are provided with belt idler 3 ñ with circumflex cables 5, lower ends of which articulately joined to post 1 (frame) in point à, and to the upper placed through the guide pulleys 4, situated in the upper part of the post 1 (boom), running cross-arm 6 is suspended. At the same time cable branches outgoing from belt idlers are situated v-like (angle g). Peculiarity of this reformative mechanism is also the following: it is able, unlike other crankshaft mechanism with a flexible link, under certain geometrical correlation of links to generate back-and-forth motion with asymmetric ñ àñèììåòðè÷íûì (offset) cycle. this driving gear works as follows. Crankshafts 2, making angular motion in direction marked by an arrow, influence bending cables 5 with their belt idlers 3. As one part of these cables are fastened motionless the other part thrown over idlers together with running cross-arm 6 make back-and-forth motion, putting in action by bar columns, borehole pump placed in depth. At the same time g-angle between v-like situated cable branches in every cycle of work of the driving gear changes its value from bigger to smaller when running cross-arm moves upstairs and vice versa – from smaller to bigger when the running cross-arm moves . such change of the angle between v- like situated cable branches and presence of optimal offset positively influence the character of the rotational moment on the crankshaft, created by the borehole work which forces on the running cross-arm of the driving gear thus approaching the law of changing of this rotational moment to the sinusoidal one, which yields to its fuller balancing by its crankshaft balancing which changes in a cycle strictly by sinusoid. As a result the residual rotational moment, perceptible by the reduction gear in the driving gear of csrm under other equal conditions, gets lower more than by a quarter and in many cases by one third not only in comparison with beamless crank driving gear of sbm type but in a greater degree in comparison with the standard beam-pumping units. From all things above said it follows that specific stroke length brought to every khm of the rotating moment in the driving gears of csrm under other equal conditions is approximately 1.5 times bigger that in the standard beam-pumping units. This and also compactness of crank-sheave reformative mechanism permits at the same power to realize long stroke driving gear of csrm type with a stroke length up to 6 ì, and at the same time horizontal clearances of these units are not over horizontal clearances of the beam-pumping units with a stroke length 1, 5 times smaller. Considerable reduction and levelling of the rotating moment on the reduction gear, absence of the negative values lead to the essential reduction of effective power of electric motor and simultaneous increase of efficiency and cos j of its work oilfield equipment with the same loading on the reduction gear and identical pump speed (i.e. . In producing sn=const) driving gears of csrm, which have a considerably longer stroke length, consume approximately 1, 5 times less electric power than the standard beam-pumping units, and at the same time 30-35% electric power economy is achieved by the perfection of the driving gear which allows to provide a higher degree of balancing and 1-15% - ue to increase of the stroke length which increases the volumetric efficiency of the pumping facility and reuces dynamic constituent in a borehole work. The given data are proven to be true by the metering in the oil fields. 1, 5 times increase of the stroke length with the simultaneous reduction of the strokes number and keeping ump performance at the same volume, increases in 1.7 times the service life of bars as due to the reduction of the number of loading cycles at a unit time, so due to the reduction of the reduced voltage in the bars. Increase of the stroke length and reduction of the number of the working cycles of work of the pumping unit also leads to the increase of the service life of the borehole pump. Possibility to create high rotating moments on the rod rotor with no danger of the curling of the suspension bracket of the bars excludes the reverse of the bars and provides equal deterioration which increases their service life. Increase of the stroke length provides conditions for use of the glass-fibre-reinforced plastic bars and polymeric tubings in deep boreholes, and low-speed pumping conditions permits to pump out extra-heavy crude oil more effectively. the driving gear has high manufacturability of regulation and service, including: - mechanized boom pipe-bend from well head, in need of making underground well repair, the pipe-bend size is over 1 m; - momentary pipe-bend braking and following momentary plugging, including safe work in service of the mechanisms; - convenient access to the mechanism of wedge belts tension; - the change of stroke length (belt idler transposition), transposition of counterbalances is perfomed with the help of devices in the supply. for the installation of the driving gears compact and high foundation is not required which hastens and makes the installation work cheaper and the very driving gears are less sensitive to à differential settlement. Considerably smaller overall dimensions in comparison to other crankshaft driving gears permit to rationally use csrm in narrow conditions of sea oil grounds and when wells are in grouping. below is the nomenclature of csrm driving gears which are able to provide liquid lifting under any service conditions and under the lowest power costs and the longest overhaul period of work in comparison to other crankshaft driving gears. Nomenclature and brief performance attributes of csrm crank-sheave driving gears of the well sucker-rod pump. beamless pumping jack, oil well production equipment

We are offering vermicompost our company offers for you biohumus - organic fertilizers based in vermicompost. the fullest plants nutrition and at the same time recovery of soil fertility in modern conditions is the task for organic fertilizers (plants growth regulators) of natural origin. At the heart of these fertilizers there is natural balance of macro and micro elements, phytohormones, amino acids, vitamins and agronomically useful micro flora at the background of humin substances. Why eco organic biohumus the originality products is not only that they give plants nutrition of full value (root and upper part of a plant) but they also influence the soil favorably. Their bio-stimulating activity is aimed at strengthening of plants immune system. Products are certified according to the standards of international federation of organic agriculture movements (ifoam) and are regularly controlled by control union certifications. All products have undergone ukrainian state legal tests and are approved by the chemicals security department of ministry for environmental protection of ukraine. Trade marks are patented. The products provide the following positive results: - ripening period reduction; - harvest increase; - increase of products shelf life (keeping quality increase); - improvement of products quality and appearances; - reduction of nitrates, heavy metals and radioactive nuclides content; - process of humus formation becomes more intense, which is connected with the process of recovery of soil fertility. We manufacture some directions of production: 1. Floral preparations' series 2. An agricultural series 3. Efficient pig and poultry farming series.

We are offering grinding machines disintegrator desy-05 is designed for grinding industrial conditions in the air of different granular materials th original particle size up to 10mm. originally designed disintegrator for grinding grain cereals (wheat, rye, corn, etc.) at the present time with the disintegrant also produce rice and soya flour, cocoa powder, powdered sugar and wood flour. Commenced commercial operation disintegrator for crushing (milling) of nucleoli in myatku sunflower seeds used in the manufacture of halvah. We believe that the disintegrator (grinder, crusher) can be effectively used for grinding komponeytov mixes, fertilizers, etc. Operating experience disintegrators (crushers, mills) for grinding of fatty materials (cocoa cake, fat (10 .. 12%), soybean meal, sunflower seeds, and others showed that the fixed disk not effectively cleared from the grinding of the product. To address this shortcoming is development disintegrator (shredder, shredders) with two moving disks. New disintegrator will, if necessary to increase the linear velocity of 250 m / sec. disintegrator (mill, crusher) consists of a frame on which are installed grinding organ and electric motor, connected to a belt drive. The grinding body is a finger disintegrator. In the case of disintegrator (grinder, crusher) is coaxially placed two disks. One of the fixed disk, the second - moving, rotating at a speed of 6000 rev / min. The movable disc is driven by an electric motor through a belt drive. Chopping body disintegrator (grinder, crusher) are hardened cylindrical pins, arranged in rows in a circle with different radius and a common center, which coincides with the axis of the shaft. His fingers pressed into the hole and fixed drives on the back side. Fingers moving disc moves between the fingers of the fixed disk. Impeller, fixing fingers moving disc is radially arranged blades, which contribute to the flow of air to the rear of the drive for cooling. milled product is supplied through the collector to the center of the fixed disk. Enters the disintegrator (chopper) evenly distributed around the circumference of the disc with your fingers moving. Each of the drives has five rows of teeth. Thus, between the rows of fingers formed nine zones grinding. Spacing of the fingers in each row is reduced. Because of this, and also due to the increased peripheral speed as the distance from the center of a number of peripheral milling process (milling) consistently intensify due to the fact that the disintegrator (chopper) is a kind of centrifugal fan, creates a powerful airflow that removes the product from the grinding of the body and transports it through the air to the cyclone to a height of 4 meters. capacity, kg / hr (grains) 500 power consumption, kw 15 ... 18.5 weight, kg 345 when grinding wheat milling achieved the following results: - up to 150 microns, 50% (first passage), from 150 to 200 microns, 12%, from 200 to 300 microns - 8% - more than 300 microns, including the bran - 30% installed in a disintegrator milling hardened fingers provide from 1.5 to 2.0 thousand tons of grain. Durability depends on the hardness and abrasive grain debris. Due to the fact that grinding of grain produced fingers due to the high speed (125m/sek.) impact the quality of grinding depends on the wear and tear is not toes. When the limit of wear fingers gently begins to decrease yield of flour. Replacement of finger disintegrator (chopper) the manufacturer produces in one day. For the repair of the fingers can be made independently by following their installation may be necessary to clarify the balance of mobile disk.

We are offering submersible pump pumping water from the abandoned and closed mines the depth of 1000 m and more! for pumping water to the liquidated mines used submersible type ecv electropump units, which consist of a multistage centrifugal pump, driven by a submersible water-filled motor with the applied voltage 3000 or 6000v, current-carrying cable, pressure pipes, transformer. Operating experience electroloading pumping installations identified a number of significant drawbacks: low reliability of the water-filled motor bearing units, seals, the inadmissibility of producing multiple restart the pump, as well as the lack of corrosion and wear resistance of the impeller in a pump pit water. The disadvantages also include greater complexity of assembly and disassembly of the pump in the shaft, which is associated with a complete disassembly of pipe sump of the column. Proposed that the most appropriate way to safety by pumping mine water submersible centrifugal pumps hydroturbine drive, which has the above-mentioned shortcomings of the pumps ecv. Submersible centrifugal pump with hydroturbine drive consists of ground and downhole equipment. Submersible turbine pump equipment is proper, including the hydraulic turbine and a centrifugal pump, mounted coaxially in the general case. The torque from the turbine to the shaft of a centrifugal pump is transmitted through the clutch. Ground equipment includes a serial-type centrifugal pump driven by the cns conventional induction motor and the pipeline that supplies the liquid flow to the turbines and turbo mounted coaxially in a tube of larger diameter. Submersible pump pumped mine water, waste water, rotating the turbine fall into the annular space and then the total flow of water off at the surface. Approximate volume of water required to drive the turbines is 30% of the pumped fluid from the mine. Pump gidravlicheskoyturbinoy can pump water from depths up to 1, 000 meters or more, while developing the performance of up to 1, 500 m3/hr. Submersible centrifugal pump with a hydraulic turbine has several advantages relative to the submersible pump driven by a water-filled induction motor: - missing a submersible electric motor, the most difficult and unreliable site pump; - no cable tokopodayuschy great length, which, together with the pump is lowered into the borehole; - allowed multiple re-starts and turn off the pump; reduced size and weight of the pump due to the possibility of increasing the frequency of rotation; - manufacture of parts for the turbines and centrifugal pumps are used duplex stainless steel and strengthening coatings increase the corrosion and erosion resistance, and abrasion resistance, which improves the warranty period of the pump up to 24 months from the date of commissioning; - ease of installation and maintenance during operation, allowing for quick replacement without removing the turbo pipe columns. Turbo pump is a submersible for pumping water from mines and geyser sources, centrifugal pumps, submersible pumps pumps, centrifugal pumps, hydraulic pumps hydraulically turbo installation diagram: 1 - the guide tube with an oblique cut, 2 - a packer; 3 - suction tube; 4 - centrifugal pump; 5 - output of fluid from the pump and turbine; 6 - the turbine; 7 - tubing for the power supply working fluid (direct scheme); 8 - upstream and the borehole fluid; 9 - production casing pipe; 10 - fixing pipes in the trunk; 11 - system of cleaning and preparation of the working fluid, 12 - power surface pump; 13 - gauge valve. tags related to: submersible pumps, centrifugal pumps, turbo unit, pumping out the water of abandoned mines, hydraulic pumps, hydraulic pumps, deep pump, turbo pump, submersible centrifugal pumps submersible pumps, centrifugal pumps, hydraulic pumps

• MOQ 1 Piece

We are offerinhg forging machines-pb1343 forging hydraulic press 1250000 usd, working 1973 y. I. Overall dimensions mm 18150x16140 detailed description means for execution of all open forging operations under details made of carbon steel and alloyed steel, alloys, ferrous and non-ferrous metal and other stamping operations which do not need strict accuracy of the walking beam direction. Performance attributes: pressing effort mn 20.0 maximum travel of the walking beam mm 1600 table and walking beam distance mm 3150 width of the working area mm: across the forging axle 2240 along the forging axle 1120 in-out table dimensions mm 1600h3830 in-out table travel mm 1600 numbers of positions of the hammer block change 3 takeout effort 1000 takeout travel over the table mm 560 walking beam number of travels: operating at 75% effort during 250 mm travel 18 iron at 25% effort during 20 mm travel 80 iron at 12% effort during 20 mm travel 85 pressure of the liquid 32 overall dimensions mm: 18150h16140 weight kg 430 000 min. Order quantity fob price usd 1250000 / unit port odessa payment terms l/c