A basket mill for batch grinding with hydraulic lift, infinitely variable speed and cooled basket.
* the combination of dissolving impeller and grinding disc provides outstanding dispersing and grinding results within a short time and with less power consumption.
* this combination creates expulsion and suction flows ensuring that all the base product passes through the grinding chamber many times during the operation and is progressively and uniformly processed.
* since no pumps, hoses, pipes, valves and additional containers are necessary, the cleaning is very easy and a quick change of the millbase is possible. The products can be manufactured from start to finish using the same container.
* the basket is cooled inside. Thanks to double walled basket together with the easily interchanable jacketed container for effective and efficient water cooling to assist in controlling batch temperature
* infinitely variable speed control with updated frequency converters. Variable speed range from 0 to 1200 rpm with nearly constant torque.
* processing is done in a closed container without evaporation of solvents and with practically no product loss. The contamination of the enviroment is prevented
* the basket is designed as an open system so that grinding beads remains in a floating state. No grinding beads escape during the operation. Replacement of worn beads can be carried out within a short time.
* total process control with safety and monitoring system.
* simple handling.
A bead mill with horizontal grinding chamber for continuous dispersion and wet grinding of pumpable products.
Working principle:
The necessary energy for dispersion and grinding is transmitted to the grinding beads by the agitator discs the mill is fed continuously by a geared pump equipped with speed control drive. The adjustment of time spent in the grinding chamber is performed by variation of the pump speed. The retention of the grinding beads in the chamber is provided by means of an adjustable dynamic gap separation. With optimum utilization of the energy input into the chamber for dispersion and grinding processes, the efficiency of the ako-mill is in required level.
Specially shaped agitator discs provide a good energy input and prevent the packing of the grinding beads in one point.
Cooling efficiency increased by spiral flow of the cooling water.
Shape and number of agitator discs are determined according to the product to be processed.
Capacity of the mill depends on the type of product and requested fineness.
Temperature control is possible for heat sensitive products.
A variable speed dissolver to dispense, mix and homogenize products of different rheologies. Floor or through-floor mounted executions. The machine head on hydraulic rise and lower system. Infinitely adjustable impeller speed. Available with scraper and vacuum.
Operation
Mobile mixing vessels are used
Machine head is raised.
Mixing vessel is centrally held and secured by means of the clamps. On request clamping security switches added.
Machine head is lowered.
The main motor is switched on while the speed control drive indicates "o" rpm.
The speed of the stirring shaft is changed to required value during operation by means of the speed control drive. Speed indication is on the control panel. On request automatic speed control system available.
The processing height of the impeller is easily varied by means of the rise and lower system operated by an hydraulic unit.
Variable speed mixers for laboratory purposes.
Infinitely variable speed regulation by means of an electronic speed drive.
Manual height adjustment and mixing cup clamping.
External control panel comprising ali operation controls and digital speed indicator.
It can also be used for small batch productions.
A robust bearing house between the stirring shaft and the motor for long life working
The paper cup machine which the gold paketleme maka produced with high-technology, turns the single side or double side (optionally) lamination paper into paper cup.
The density of the lamination paper is 170-350 gr/m² ±18 gr/m² and convenient for both single and double side production. It produces paper cup with maximum error rate of % 0.5. The production of paper cup changes according to the paper quality and the producing capacity is 80-90 pcs. / minute.
Applications: Designed for delivering treated water (feedwater) at the pumping temperature of up to 438K (165C) into the fossil-fueled stationary boilers with absolute steam pressure of maximum 13.7 MPa (140 kgf/cm2).
Capacity, Q = 100 m3/h, Head, H = 580 m, Speed of rotation, 2970 rpm, NPSHr = 4 m.
The pump units shall be rigidly anchored to the foundation, and piping shall be also rigidly connected to the pumps.
The pumps are motor-driven horizontal, centreline-supported, between-bearings multistage ring-section centrifugal pumps with single flow impeller arrangement.
The pump casing comprises a suction casing, a delivery casing and a set of stage casings, which are concentrically aligned with respect to each other on rabbeted fits and are bolted together with tie bolts. Diffusers are built in the stage casings and delivery casing.
The suction and delivery casings have flanged suction and discharge pump nozzles respectively, which are oriented vertically to the top.
The rotor axial thrust is automatically balanced with a balance disc. In order to ensure a normal functioning of the balancing device, its chamber is to be communicated with the suction pipeline. A bearing end cover, fitted in the non-drive side bearing housing, has a shaft position indicator for sight control of the wear of balancing device surfaces and for restraining rotor axial displacements towards the delivery side.
The pump rotor is carried by the plain bearings with ring lubrication.
The design of pump shaft seal chambers provides both for housing mechanical seals and for packing the stuffing boxes, which are to fed with cooling liquid.
Sense of rotation of shaft in all the pumps is counterclockwise, if viewed from the drive side.
Applications: Designed for the supply of water to industrial plants and communities. They are used also for agricultural land irrigation and drainage.
Capacity, Q = 400 m3/h, Head, H = 105 m, Speed of rotation, 1470 rpm, NPSHr = 4.5 m
The pump units shall be rigidly anchored to the foundation, and piping shall be rigidly connected to the pumps.
The TsN type pumps are centrifugal, horizontal, spiral with horizontal split casing, with transfer channels, two- or four-stage, with single-entry impellers symmetrically arranged on the shaft according to type BB1 or BB3 API 610. The pump rotor is supported by grease-lubricated roller bearings. Shaft seals are gland packing. The pump casing is the main part of the pumps, which consists of the lower and upper half of the casing, connected together by studs.
Applications: Designed for handling condensate in the steam and water circuit systems of the thermal power stations that burn organic fuel. May be also used to transfer water in heating plants and water supply systems.
Performance of the Pump:
Capacity, Q = 80 m3/h, Head, H = 155 m, Speed of rotation, 2940 rpm, NPSHr = 1.6 m
The pump as a component of the pump unit is an electrically driven horizontal multistage ring-section centrifugal pump between bearings, with single flow impeller arrangement.
The suction casing, delivery casing and stage casings are bolted together with tie bolts to form a pump casing. The suction nozzle integrally cast with the suction casing is located horizontally at side (radially to the pump centerline). The discharge nozzle integrally cast with the delivery casing is oriented vertically upwards. The pump casing is supported at the bottom with feet integrally cast with the suction and delivery casings. The pumping unit alignment is maintained during its operation due to dowelling the delivery casing to the baseplate, whilst the other end of the pump can slide axially thus allowing for free expansion of static components.
D 2500-62-2-S UKhL4 ( 2500-62-2- 4) make Between-Bearings Double Flow Axially Split Pumps
Pump parameters:
Capacity, Q = 2500 m3/hr, Head, H = 62 m, Speed of rotation 980 RPM, NPSHr = 6 m/
Applications: Designed for the supply of water to industrial plants and communities. They are used also for agricultural land irrigation and drainage.
Design:
The pump units shall be rigidly anchored to the foundation, and piping shall be rigidly connected to the pumps.
The pumps are electrically driven horizontal, foot-mounted, single-stage, axially split volute casing centrifugal pumps with a double entry radial impeller. The pump casing is a locating part of the pumps, which incorporates a lower and an upper casing halves bolted together by means of studs.
Pump shaft sealing is by means of packed glands.
Sense of rotation of shaft in all the pumps is counterclockwise, if viewed from the drive side.
Upon the Customer request, the pumps may be supplied with a rotor for reverse rotation.
We offers a range of Tubular Accessories manufactured according to API specification. These accessories are available in different sizes, weights, grades and lengths.
