Industrial equipment hire - Import export

Multifunctional filters are used for fine filtration of low-viscosity oils with low levels of contamination. The filter systems can be operated as either precoat filters or edge filters, and conversion between the two modes is easily achievable. This versatile design allows the filter systems to be well-adapted to various filtration tasks. The achievable filtration fineness ranges from 1 to 5 µm. When operating as an edge filter, the filter regeneration process is fully automatic, while the precoat filter version requires manual cleaning. Multifunctional filter systems can be operated as either edge filters or precoat filters: ultifunctional Filter MFF300-AF2.5 to MFF800-SF120 Multifunctional filters are used for fine filtration of low-viscosity oils with low levels of contamination. The filter systems can be operated as either precoat filters or edge filters, and conversion between the two modes is easily achievable.

BK 0.5 US/K – BK 2.5 US/K (0.5 – 2.5 m² filter area) Dry cake discharge No fleece consumption compact systems are used for cleaning contaminated cutting fluids in metal processing and rolling mill operations. Cleaned cutting fluids have longer lifespan, improve the surface quality of workpieces or rolled goods, and help dissipate heat at the processing or forming location. Advantages: Fully automatic operation Excellent filtration results without fleece consumption Minimal carryover of cutting fluid Dry cake discharge Low maintenance requirements Full-flow filtration Maximum lifespan of cutting fluid Option for emergency operation with fiber fleece The cleaned cutting fluid is supplied to the system pump (A) from the clean tank (B) of the processing machine (C). The contaminated cutting fluid is introduced into the dirt tank (E) of the folding belt filter system through the lifting stations. The internal processing of the system consists of two steps: “Filtration” and “Regeneration.”

Automatic Precoat Filter are used for the cleaning of contaminated cutting fluids in metal processing and rolling mill applications. Clean cutting fluids lead to longer tool life, improved surface quality of workpieces or rolled goods, and efficient heat dissipation at the processing or forming point. Advantages: Fully automatic operation Excellent filtration results Compact size Low maintenance requirements Full-flow filtration Dry cake discharge with minimal carryover of cutting fluid No fleece consumption Maximum lifespan of cutting fluid Operating Principle: The cleaned cutting fluid is supplied to the filter system pump (1) from the clean tank (2) of the processing machine. The contaminated cutting fluid is introduced into the dirt tank (3) of the cake filtration system through inlet channels or lifting stations. The internal processing of the system consists of four steps: “Cake Formation,” “Filtration,” “Regeneration,” and “Sludge Treatment.”

Hinged belt filters, also known as folding belt filters, are used for cleaning contaminated coolant fluids in metal processing and rolling mill applications. Cleaned coolant fluids have longer service life, improve the surface quality of workpieces or rolled goods, and assist in heat dissipation at the processing or forming site. Advantages: High throughput capacity No backflushing required during regeneration Easy discharge of filter cake Short regeneration time Compatible with various plastic filter belts High and low-pressure flushing system Cost-effective Operation: The F.E.S. hinged belt filter incorporates a circulating plastic filter belt to meet the filtration requirements without disposal issues. A filter belt cleaning device is located below the filtrate discharge chamber. The opening and closing of the chambers are controlled by two pneumatic cylinders. The self-locking toggle lever mechanism keeps the chambers closed even in the event of a loss of compressed air.

Vacuumfilters are used for the cleaning of contaminated cutting fluids in metal processing and rolling mill applications. Clean cutting fluids lead to longer tool life, improved surface quality of workpieces or rolled goods, and efficient heat dissipation at the processing or forming point. Advantages: Compact size Excellent filtration results Low installation effort Low maintenance requirements Affordable price Optional configuration without consumable filter fleece, with continuous filter belt, and washing device Significantly lower consumption of filter fleece compared to gravity filter systems during challenging filtration tasks and fleece operation Operating Principle: The contaminated cutting fluid flows through a piping system (1) and an inlet distributor (11) into the dirt chamber (2) of the underpressure filter tank.

Pressure belt filters are used for cleaning contaminated cutting fluids in metal processing and rolling mill applications. Cleaned cutting fluids have longer lifespan, improve surface quality, and contribute to heat dissipation at the processing or forming point. Advantages: High throughput capacity No backwashing during regeneration Easy discharge of filter cake Short regeneration time Compatible with various plastic filter belts High and low-pressure rinsing system Affordable price Operation: The F.E.S. pressure belt filter addresses the need for filtration without disposal issues by utilizing a standard feature of a circulating plastic filter belt. A filter belt cleaning device is integrated into the head section of the belt filter. The closing mechanism of the sealing flaps, lowered pneumatic cylinders, and movable protective covers ensure a low height for easy installation and operation.

Chain Magnetic Separator are used for the cleaning of liquids contaminated with magnetizable solid particles and foreign oils. F.E.S. separator systems can be used in full-flow or bypass cleaning applications. The separation performance varies depending on the level of contamination and the volume flow rate. Note: The separator systems can be supplied via a separate supply pump, existing system pumps (with sufficient reserve capacity within the existing system components), or a free inlet (with sufficient geodetic height difference). Advantages: No filter aids required High separation efficiency Large throughput capacity Large active separation surface due to favorable separation geometry and optimal arrangement of magnets Low wear and tear Operating Principle: The contaminated liquid is supplied to the separator through the flange (1) located at the bottom.

Plate Precoat Filter are used for the fine filtration of low-viscosity oils. This cost-effective filter is a compact device designed to supply individual machines. The achievable filtration fineness is between 1 and 5 µm in NAS 3-7. The filter regeneration and cleaning of the filter discs are done manually. Advantages: Small footprint Excellent filtration results Low installation effort The filter geometry can be customized to match the machining machine (on request) Affordable price Operating Principle: Swelling: The entire tank is filled with oil. Before filtration can begin, the filter discs (1) need to be swollen with a filter aid (diatomaceous earth, cellulose, perlite). Filtration: After the precoat, the operator manually switches to filtration and directs the filtrate into the clean tank (2). The system pump can now be switched on to supply the processing machine. The achievable filtration fineness is 1 – 5 µm, depending on the filter aid used.

Your #1 source for welding automation and positioning equipment hire. We will not be beaten on price. Key Plant will undercut any genuine quote. We have comprehensive stocks of high quality and reliable weld automation, handling and positioning rental equipment. From welding rotators, tank turning rolls and welding manipulators to pay by the hour, plug and weld robotic welding cells – find your ideal rental solution today. A major advantage we have over our competitors is that, as the manufacturer we have the ability to keep an extensive level of available ‘rent-ready’ stock. A rental department built over 65 years. Short or Long Term Project? Perhaps you have equipment that requires maintenance or a refurbishment, but cannot afford production downtime? We offer affordable rental solutions to help you keep your production at an optimum level. Rental also enables you to evaluate your needs before purchasing.

Air handler hire to match your needs Our air handling unit system are specifically designed to work with our fluid chillers and boilers to provide cool or warm air for a variety of applications. With a wide range of sizes available, from 50 to 500 kW, we can design and install air handling unit systems to fit any need – whatever your request. Our experienced team offer industrial air handler hire when you need it. We have the know-how to calculate the most complex cooling requirements, giving you a cooling package that will deliver energy and cost efficiencies. Industrial air handling units fitted for you, by our engineers Choosing air handler hire with us means that if you need to circulate air through your existing heating, ventilation and air conditioning (HVAC) systems, we can match our air handlers to your set-up. We’ll also provide all the air handling equipment needed, such as ducting, hoses and cabling as part of our air handler hire service

We have all types of industrial heat exchangers, including: plate and frame shell and plate shell and tube fin/fan They’re refinery-grade, thoroughly cleaned, pressure tested and certified contaminant-free before each use. Capable of handling temperatures from -50ºC to +300ºC, they can also accept volatile gases and liquids, high pressures (up to 40 barg), hydrocarbons, sea water, effluent and brine. With a wide range of supporting ancillaries we can connect our heat exchanger units into any system design with minimum disruption. Heat exchanger hire with expert service support – every time Whether you’re facing emergency bottlenecks, turnarounds or seasonal cooling needs, our process engineers will work closely with you to find the best solution. They’ll visit your site, assess your needs, then design and size your project using their experience, simulation software and stream physical properties. We can also assess the performance of existing heat exchanger

The materials steel and aluminium ensure that the tubing clamp stop-it metal is extremly heat resistant and sturdy. The tubing clamp is available in four different sizes, for hose diameters up to max. 30 mm. The tubing clamp can be used wherever the flow in hoses with liquids or gases needs to be regulated or stopped. Stepless flow regulation: With the tubing clamp stop-it's knurled screw, a stepless, delicate flow regulation or complete stop of the flow are possible, even for existing hose connections. The hose is compressed over a wide area against the sturdy steel hook in order to prevent it from being damaged.

The settings are made easily from the PLC-controlled touch screen. Mechanical settings are simple to use and easy to learn. Information on usage can be stored in memory and used continuously. Daily cleaning is easy. It is easy to disassemble, install and replace belts and running parts. The speeds of all belts can be adjusted to the desired level. Electrical and electronic faults that may occur are displayed on the PLC screen with pic and text. In case of malfunction, remote access can be performed with PLC program (Optional)

The settings are made easily from the PLC-controlled touch screen. Mechanical settings are simple to use and easy to learn. Information on usage can be stored in memory and used continuously. Daily cleaning is easy. It is easy to disassemble, install and replace belts and running parts. The speeds of all belts can be adjusted to the desired level. Electrical and electronic faults that may occur are displayed on the PLC screen with pic and text. In case of malfunction, remote access can be performed with PLC program.

The settings are made easily from the PLC-controlled touch screen. Mechanical settings are simple to use and easy to learn. Information on usage can be stored in memory and used continuously. Daily cleaning is easy. It is easy to disassemble, install and replace belts and running parts. The speeds of all belts can be adjusted to the desired level. Electrical and electronic faults that may occur are displayed on the PLC screen with pic and text.

The settings are made easily from the PLC-controlled touch screen. Mechanical settings are simple to use and easy to learn. Information on usage can be stored in memory and used continuously. Daily cleaning is easy. It is easy to disassemble, install and replace belts and running parts. The speeds of all belts can be adjusted to the desired level. Electrical and electronic faults that may occur are displayed on the PLC screen with pic and text.

Dough balls which are prepared according to the diameter of the desired product are released one by one into the hopper of the machine. The dough is crushed between two homogeneously heated plates with the hot pressing techniques. When the plates are spacing the rolled dough slides out of the machine. When the plates are spaced, the new dough roll falls between the plates from the hopper. Temperature of each plate; It is controlled by measuring separately. Product thickness can be adjusted manually.

DIVIDER & ROUNDER Up to 11000 pcs/hour capacity Weight range 40-140 grams (±2 gr) 6 pieces 50mm diameter pistons Changable outer drum for different weights 6 row outlet belts Automatic oil lubrication Variable speed controls for main drive and rounding unit Flour duster Dough bunker capacity is 210 kg Total power 5 kW 7 inc HMI Touch Panel PLC control INTERMEDIATE PROOFER Proofing time 10 minutes (for10.000pcs/hour) 6 pocket stainless steel dough carrier tray 278 pieces active tray 1668 active pockets Removable and washable UHMWPE mesh pockets 2″roller chain for tray transport Main frame is stainless steel tube. Total power 1.5 kW.

DIVIDER & ROUNDER Upto 11000 pcs/hour capacity Weigh trange 40-140 grams (±2 gr) 6 pieces 50mm diameter pistons Changable outer drum for different weights 6 row outlet belts Automatic oil lubrication Variable speed controls for main drive and rounding unit Flour duster Dough bunker capacity is 210 kg Total power 5 kW 7 inc HMI TouchPanel , PLC control INTERMEDIATE PROOFER Proofing time 10 minutes (for 6000pcs/hour) 6 pockets stainless steel dough carrier tray 139 pieces active tray 834 active pockets Removable and washable UHMWPE mesh pockets 2″ roller chainfortray transport Main frame is stainless steel tube. Total power 1.5 kW Easy Access for maintenance Safety switches on doors.

DIVIDER & ROUNDER Upto 7000 pcs/hour capacity Weight range 40-140 grams (±2 gr) 4 pieces 50mm diameter pistons Changable outer drum for different weights 4 rows outlet belts. Automatic oil lubrication Variable speed controlsfor main drive and rounding unit Flour duster Dough bunker capacity is 140 kg Safety switches on doors Total power 5 kW 7 inc HMI Touch Panel PLC control INTERMEDIATE PROOFER Proofing time 10 minutes (for 4000pcs/hour) 4 pockets stainless steel dough carrier tray 146 pieces active tray 584 active pockets Removable and washable UHMWPE mesh pockets 2″ roller chain for tray transport Main frame is stainless steel tube Total power 1.1 kW Easy Access for maintenance Safety switches on doors

MEAT LOADING ELEVATOR

Drum Mixer

Vibratory separators for grading wet or dry materials up to five fractions in one operation. For more details, please send us a message or click on the website link.

Machined parts or 3D additive manufacturing. Adaptable to production lines in the perfumery and cosmetics sector, packaging lines, dispensers and filling. We have a variety of materials and colors, we work with antistatic materials suitable for the sector, we have extensive experience in packaging, as well as special parts for your bottling machinery, maintenance solutions, stands for trade shows, spare parts, etc.

• Light emitting seals (Flat seal with integrated circuit, LED and transient voltage suppression); • Light emitting sockets (LED, with integrated seal and screw, transient voltage protection); These light-emitting Staiger seals and sockets are above all suited for assuring operational readiness of new and existing installations The light-emitting seals and sockets immediately signalize malfunctions and their precise location. This is particularly advantageous in valve cascades or similar systems with high packing density. Your system’s operational readiness is considerably improved by using the electronic components fitted with LEDs. This is an effective measure to consistently reduce required maintenance costs and time. Owing to their low height and standardized connections, the light-emitting seals and sockets may also be installed in retrofitting.

IntelleStamp is a modern molding and extruding two-component auger-type complex for molding products from dense masses (toffee, nougat, hematogen, choux pastry for pryaniks, soft nut brittle, chilled dense curd mass) with liquid fillings. It allows you to extrude masses with the addition of particles of 3-5 mm (nuts, raisins, candied fruits, etc.).

The hyperfiltration plant (commonly known as reverse osmosis) allows the removal of a part of water by a semipermeable membrane and the action of a high pressure. The membrane is made of an organic material (polymer), with thickness of few microns, and supported from another organic material (supporting polymer). For the oenological application of the reverse osmosis, Bared use spiral membranes. Possible application of this plant is product concentration at various percentages: · max sugar recovery (up to 99%) · partial recovery (up to 60%) · concentration of coloured matter · partial or total rejection of acidity and salts.