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The medium pressure rotary feeders are mainly used for the discharge (dosing) of pellets and powders from silos and hoppers. Furthermore, they serve as feeding devices in pneumatic dilute phase conveying systems with a differential pressure up to 2.0 bar (g).
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High pressure rotary feeders are mainly used for the discharge (dosing) of pellets and powders from silos. Furthermore they are used as a feeding device in pneumatic dense phase and dilute phase conveying systems with a differential pressure up to 4 bar (g).
High Pressure Rotary Feeder Type HDS
The HDS rotary feeders are mainly used for the discharge (dosing) of pellets and powders from silos. Furthermore they are used as a feeding device in pneumatic dense phase and dilute phase conveying systems with a differential pressure up to 3.5 bar (g).
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CMP40 vacuum(air,gas) micro pump are well suited for transferring,evacuating and compressing air and neutral or corrosive gases as well as vapors.
Technical Features:
1.Uncontaminated flow.
2.Non-metallic construction.
3.Compact size.
4.Maintaince free.
5.High level of gas tightness thanks to the closed diaphragm surface and special sealing system.
6.Can operate in any installed position.
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CMP-17 vacuum(ari,gas) micro pump are well suited for transferring,evacuating and compressing air and neutral or corrosive gases as well as vapors.
Technical Features:
1.Uncontaminated flow.
2.Non-metallic construction.
3.Compact size.
4.Maintaince free.
5.High level of gas tightness thanks to the closed diaphragm surface and special sealing system.
6.Can operate in any installed position.
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CMP-25 vacuum(ari,gas) micro pump are well suited for transferring,evacuating and compressing air and neutral or corrosive gases as well as vapors.
Technical Features:
1.Uncontaminated flow.
2.Non-metallic construction.
3.Compact size.
4.Maintaince free.
5.High level of gas tightness thanks to the closed diaphragm surface and special sealing system.
6.Can operate in any installed position.
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CMP-11 vacuum(ari,gas) micro pump are well suited for transferring,evacuating and compressing air and neutral or corrosive gases as well as vapors.
Technical Features:
1.Uncontaminated flow.
2.Non-metallic construction.
3.Compact size.
4.Maintaince free.
5.High level of gas tightness thanks to the closed diaphragm surface and special sealing system.
6.Can operate in any installed position.
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CMP30 vacuum(air,gas) micro pump are well suited for transferring,evacuating and compressing air and neutral or corrosive gases as well as vapors.
Technical Features:
1.Uncontaminated flow.
2.Non-metallic construction.
3.Compact size.
4.Maintaince free.
5.High level of gas tightness thanks to the closed diaphragm surface and special sealing system.
6.Can operate in any installed position.
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Larox Peristaltic Pumps for Dosing
The innovative Larox Peristaltic Pumps for Dosing (LPP-D) set a new industry standard for peristaltic pump technology. Designed and manufactured for the industrial marketplace, they are ideal for pumping diverse slurries and dosing a wide range of media.
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LPP peristaltic hose pump is a new innovation in the world of peristaltic pumps. It is capable of handling the heaviest, most abrasive and aggressive slurries in mining and process industries as well as high viscosity fluids in hygienic and foodstuff applications. The completely new operating principle and the advanced adjustment mechanism give LPP extremely long hose life. The clever operating principle also allows LPP to operate continuously at high speeds and flows without overheating. The unique hose fixing system with reliable flanges at both ends of the hose enables secure and fast replacement of the hose. LPP can be easily installed in-line, because of its smart construction. The high flow capacity LPP makes a smaller pump size possible and the pump requires less space compared to the conventional peristaltic pumps. LPP saves energy and produces economic value in production and cost efficiency by reducing maintenance and upkeep costs. Currently LPP pump family consists of three sizes DN 25, DN 40 and DN 65 for working pressure max. 10 bar with flow capacities up to 20 m³/h. LPP can also be equipped with a sophisticated control unit. Taylor made solutions are available outside the standard product range.
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* Pure hydrogen production from 0,5 to 10 Nm3/h
* Adjustable pressure from 1 to 10 bars
* System control fully electronic
All the hydrogen generators series « BP MP » are skid mounted ; the control system is fully electronic and the cooling is through natural air.
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* 500l/h of pure hydrogen at 8 bars without compressor
* System control fully electronic
* Unattended operation 100% static
Completely autonomous and 100% automatic, this equipment with a recognized reliability is perfectly studied to the enclosed sites particularities taking account their geographic locations, the difficulty linked to the electrical power supply and the communications means.
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| ... products without technical information |
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Larox Flowsys Oy is manufacturing reliable and functional pinch valves to process industries worldwide. Larox valves are well suited for shut-off and control applications involving abrasive or corrosive slurries, powders or any other types of materials that can lead to packing and hardening at the valve. Various sleeve, actuator and valve body materials are available to handle a wide range of fluids and materials. The standard range of Larox Valve solutions is for diameters 25 mm - 1000 mm, temperatures -50 C - +160 C, and pressures 0 - 100 bar.
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These calibration manifolds are having one isolating valve of 1/2" connection & one dain valve of 1/4" NPTF out let which can be used for calibration. Compcat unit saves space, reduces number of joints resulting in cost reduction. Used with pressure gauges, pressure switches & transmitters. Different options as shown below are available.
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Application
- as cartridge
- as modular valve
Shut-off valves are used for manually
opening and closing a channel. They
can also be used as drainage valves
against the tank line.
Shut-off valves are suitable for bidirectional
flow.
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* A complete valves catalog :
– Needle valve (manual or pneumatic)
– Ball valve (Spheric, manual, pneumatic and electric)
* A fitting range :
– Adapter mâle/femelle, mâle/mâle and union
– Coupling
– Tee, Elbow, cross
* A large choice of tubing 316 SS and 304 SS :
– Tubing section 1/4 , 5/16 , 3/8 , 9/16 , 1
– Nipple section 1/4 , 5/16 , 3/8 , 9/16 , 1
* A lot of accessories :
– Pressure gauges, pressostat, relief valve
– High pressure flexibles, rupture discs...
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Positive constant displacement, rotary, three screw pump. Flow rate per revolution 9.8 - 307 cm3 in 14 steps. The three screws, the central driven screw – the power rotor – which meshes with the two sealing screws – the idler rotors –
are the only rotating components ot the pump. The axial pressure and friction loads on the pump rotors are hydraulically balanced. The power rotor is positioned axially by the selfcompensated thrust washer arrangement, being part of the hydraulic balancing system of the power rotor. The pump accommodates mechanical shaft seals complying with the DIN 24960 Standard.
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The ACG pumps are used for a number of different fluids:
Lubrication oil, fuel oil, vegetable oil, hydraulic oil and other hydraulic uids, glycol, polymers, emulsions, and any non-aggressive fluid with sufficient lubricating properties.
When so required the ACG pump may be certied according to any of following classification societies: DNV, BV, LRS, ABS, RS, GL, RINA, KR, NK or CCS.
Typical applications are:
• Lubrication of diesel engines, gears, gas and steam turbines, hydro tur bines and paper machines.
• Circulation for cooling and ltration in large machineries, hy drau lic systems and transformer oil for insulation in transformers.
• Transfer onboard ships, in oil factories, refineries,tank farms etc.
• Fuel supply duties for diesel engines.
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The Std Line (standard) ACE pumps come in two executions; Lube Line and Fuel Line. The main differens is the shaft seal design, optimized for light duty and heavy duty respectivly. The pumps are used for handling non-aggressive fluid with sufficient lubricating properties.
When so required the Std Line ACE pump may be certified according to any of following classification societies: DnV, BV, LRS, ABS, RS, GL, RINA, KR, NK or CCS.
Typical applications are:
• Lubrication of diesel engines, gears, gas and steam turbines, hydro turbines and paper machines.
• Circulation for cooling and filtration in large machineries, hydraulic systems and transformer oil for insulation in transformers.
• Transfer onboard ships, in oil factories, refineries, tank farms etc.
• Fuel supply duties for diesel engines.
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The ACD pumps are used for a number of different fluids:
Lubrication oil, fuel oil, vegetable oil, hydraulic oil and other hydraulic fluids,
glycols, polymers, emulsions, and any nonaggressive fluid with some lubricating
properties.
Typical application are:
• Lubrication of diesel engines, gears, gas and steam turbines, hydro turbines, paper machines.
• Circulation for cooling and filtration in large machineries and hydraulic systems,
pumping transformer oil for insulation in transformers.
• Transfer onboard ships, in oil factories, refineries, tank farms etc.
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The ACE pumps are used for a number of different fluids:
Lubrication oil, fuel oil, vegetable oil, hydraulic oil and other hydraulic fluids, glycol, polymers, emulsions, and any non-aggressive fluid with sufficient lubricating properties.
When so required the ACE pump may be certified according to any of following classification societies: DNV, BV, LRS, ABS, RS, GL, RINA, KR, NK or CCS.
Typical applications are:
• Lubrication of diesel engines, gears, gas and steam turbines, hydro turbines and paper machines.
• Circulation for cooling and filtration in large machineries, hydraulic systems and transformer oil for insulation in transformers.
• Transfer onboard ships, in oil factories, refineries, tank farms etc.
• Fuel supply duties for diesel engines.
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