Pneumatic system - Import export

control panels, control cabinets, pneumatic systems, pneumatic systems, control units, pre-assembled pneumatic modules for machines and plants in automation technology factory automation assembly lines test benches Also for automotive applications such as brake test benches, assembly robots, conveyor belts. Design, layout, assembly, plug and play delivery. We are also happy to use components according to the parts list, specifications or customer specifications.

Strong plasmaburned back plate provides smooth and straight operation Removable and adjustable hub disk Fast and precise expansion via bevel gear with exceptionally wide ranges, allows clamping of all internationally common coil sizes LH Series PullOff Reel with manually adjustable brake LHM Series Payoff Reel with threephase motor for start / stop operation LHR Series Payoff Reel with threephase motor and frequency inverter for continuous operation Pneumatic hold down arm Electropneumatic brake system Larger mandrel segments Conical mandrel Traveling feature Different mandrel heights Various expansion ranges Different back plate sizes Loop control systems Double End Coil Reels w 180° turning radius Horizontal Coil Reels Recoilers Custom Layouts and Features

Our metal work services are fully adapted to meet your facilities maintenance and safety needs : replacement and/or modification of walkways installation and/or modification of ventilation ducts manufacture and installation of floors and access doors on production lines welding of reinforcements on to machine frames modification of fabric drive systems, presses, cylinders and rollers modification of pneumatic and hydraulic control systems installation of conveyor lines mechanical protective equipment: grids, gratings, walkways and doors machine guarding: stainless steel, steel, etc. We guarantee a highly flexible and adaptable service, while meeting all of your production requirements and maintaining the configuration of your existing facilities.

It is used to discharge or cut the flow of free flowing raw material or product to the desired terminal. It is used to discharge the product transported by the spiral using under the spiral to the appropriate parts. Reciprocating motion is performed by pneumatic piston or manually. The spiral is manufactured in different models according to the chain conveyor model. Two different models (pneumatic and manual) can be used at the outlets of silo and bunker with screw and chain conveyors. Applications Fields ◾ Food industry ◾ Flour and semolina mills ◾ Feed mills ◾ Grain cleaning plants ◾ Corn processing plants ◾ Grain warehouses and silos ◾ Malt Factories

It is used to transport the products pneumatically to different points over a single line. It allows to change direction during transportation. Applications Fields ◾ Food industry ◾ Flour and semolina mills ◾ Feed mills ◾ Grain cleaning plants ◾ Corn processing plants ◾ Grain warehouses and silos ◾ Malt Factories

It is the system that allows the crushed goods to be transported by suction. It has the highest efficiency, minimum energy consumption and it is versatile and silent. The fan, mounted on the chassis with a steel cage, works on rubber feet (wedges) in order to prevent vibration and vibration. Since its static and dynamic balance is taken, the noise level is minimized, the inlet and outlet pipes are supported with rubber flanges to prevent vibration transfer. Applications Fields ◾ Food Industry ◾ Flour and Semolina mills ◾ Feed mills ◾ Grain cleaning plants ◾ Corn processing plants ◾ Oil factories ◾ Wheat, barley, rye oats operating facilities

Pneumatic Cyclone Group is a system that moves the spilled product with air flow. The transportation process is carried out in pipes and the transported materials are sent to the Pneumatic Cyclone. Cyclones are made of sheet steel construction. It has a cylindrical-conical body and consists of an inlet and outlet pipe. It is designed to keep the air loss of the system to a minimum during the separation of air and product in the pneumatic system.

In pneumatic systems, it is used to separate air and product and to discharge the product inside the cyclones. The product inside the cyclones enters from the cage part of the machine and product passage is provided through the pockets on the rotor.

Supersonic Filter prevents flour loss from the system by holding the flour particles in the air coming from the fan that carries the function in the pneumatic system, through the felt bags inside its body. It also prevents environmental pollution as it filters the dusty air exhaled. Not only in flour factories; It has a wide usage area in all sectors that perform crushing, crushing and grinding (cement, glass, feed, sugar, etc.).

The cylindrical body structure is produced in a structure suitable for the product flow in one or both sides, depending on the project conditions, with supporting legs suitable for connecting to the floor deck or floor. The vibro feeding system connected to the conical structure has an adjustable flow flap and is driven by a vibromotor. In flour factories, it is used in the parts that require the adjustment of the ground grains at the appropriate flow and simple feeding, generally in the parts where the filter outlets need to feed a pneumatic line or a machine and where the dust wastes are brought into the system with pneumatics.

A flow valve is a critical component in various systems where the regulation of fluid flow is necessary. It’s designed to control the rate at which fluid passes through a system, ensuring that the flow matches the requirements of the application.Flow control valves are essential in industrial usage, hydraulic systems, and pneumatic systems. They play a crucial role in regulating the flow of fluids, ensuring optimal performance and efficient operation of machinery and equipment. Control valves can be actuated in various ways, including pneumatically, hydraulically, or with electric motors. Some valves, known as automatic control valves, do not require an external power source and operate solely on fluid pressure.When selecting a flow control valve, it’s important to consider factors such as flow rate and pressure requirements, material compatibility, and environmental conditions.

KRM Electric Locking Unit KFE Special customer requirements Applications Overview Presses Machine Tools Automatization + Feeders Lifting Gear + Mobile Hydraulics Production Technology Special Machinery CAD Download Contact Mechanical Safety Catcher The Mechanical Safety Catcher KRM is operated purely mechanically and requires neither a hydraulic nor a pneumatic system for control. The clamping head is kept open mechanically and acts upon rupture of the suspension (rope, belt, chain, etc.). The energy of the falling mass is then used to generate the clamping force. In applications where lifted loads can be dangerous in case of rupture of the suspension device, Safety Catchers KRM are used to protect people and assure accident prevention. Safety Catchers KRM secure the load at any point of the stroke in a mechanically safe and absolutely reliable way. Due to the principle of self-reinforcing clamping, a very high level of safety is reached. Application example Packing...

The advantages to you: no more deformation of roundness when cutting bends on site easier extension-pipe/tiered pipe bend construction appealing visually pickled surface All of our pipes and pipe bends (both unannealed and annealed) are made of the following material: stainless steel pipe, material no. 1.4301 (AISI 304) longitudinal seam welded pipes hot rolled & cold rolled coils, unannealed, with or without pickling (W1) Make: IltaInox and/or Marcegaglia

Manual override and stroke limits for pneumatic piston and diaphragm actuators.

IFA Technology offers you a wide range of pneumatic conveying systems, taking into account the substances, the conveyor section and the feed rate. Our product range covers pneumatic thick stream conveying, thin stream conveying, dilute phase conveying as well as plug conveying in the positive pressure and vacuum range. Pipe or hose lines enable vacuum conveyance or pressure conveyance of bulk materials or liquids by means of positive pressure or vacuum. All conveying systems can be customised to meet your specific needs.

Electrically controlled pilot valves for direct mounting on pneumatic valve actuators.

Monitor the quality in your extrusion line, fiber production, polymer production or food and chemical production continuously in real time with the Promix Visco-P inline viscosity meter. Prevent scrap production and reduce raw material costs through active raw material management. Promix Visco-P is a true online rheometer that helps you monitor your production process and save production costs. Ask for a test unit and see for yourself! Advantages Promix Visco-P inline viscosity measurement ,Continuous monitoring of raw material quality and process conditions in real time ,Raw material cost reduction through active raw material management ,Precise inline viscosity measurement in the melt stream – without bypass ,Suitable for all viscous media ,Additional benefit of melt and temperature homogenization in the Promix melt blender, which also serves as a measuring section ,Can be integrated into any extrusion line ,Test units available

Insufficient surface quality, long cooling times, uneven thickness tolerances or other quality problems often limit maximum production output. Promix melt blenders eliminate these limitations sustainably and lead to significant cost savings. Would you like to optimize your extrusion process? Improved melt homogeneity and a more uniform melt temperature create tighter thickness tolerances and better surface quality. And quite often, it can also increase production throughput. Promix offers you highly effective static mixers and melt blenders at low investment costs. They are supplied ready for installation, including heater bands and holes for pressure and temperature sensors. The melt blenders are usually installed downstream of the screen changer & gear pump, and upstream of the die. The very short installation length allows easy retrofitting in existing extrusion lines.

Promix specializes in demanding cooling and heat exchanger tasks such as cooling and heating of viscous or decomposition-sensitive media / plastic melts. The Promix P1 heat exchanger is the unique combination of a very efficient static mixer and a powerful cooler. The novel patented technology opens up completely new process engineering possibilities in the cooling and heating of plastic melts and other viscous fluids. The simultaneous mixing and cooling processes in the P1 allow for very efficient cooling and heating without the formation of deposits or the risk of product decomposition. Advantages Promix P1 heat exchanger Very efficient cooling of polymer melts close to the solidification point Precise temperature control and uniform temperature distribution at the outlet Very robust construction Extremely gentle cooling and heating of residence time critical fluids Unique self-cleaning behavior Reliably scalable from laboratory test to production scale Test options

The Procell nucleation additives developed by Promix are specially adapted to the Microcell foam extrusion of plastic melts. They lead to microcellular foam structures, a key factor for high mechanical strength of the foamed product. Homogeneous, very fine-cell foam structures are the key to high mechanical strength. Promix has developed specific Procell nucleation additives. These are specially adapted to the Promix Microcell foam technology and lead to microcellular foam structures. The additives can be used in foam extrusion and light foam extrusion for many polymers such as PP, PET, PE, PS, ABS, PLA and are suitable for food contact applications. Contact us for a test sample.

Promix gas dosing stations for physical foaming have been specially designed and developed to meet the needs of foam extrusion. Promix gas metering technology is characterized by high dosing accuracy, reliability and amazingly simple operation. Promix gas dosing stations meet all the requirements of a modern gas metering system for foam extrusion. These include high-precision mass flow control, process visualization by means of trend charts, operator-definable operating limits, data acquisition, and synchronization of the dosing rate with the extruder output. Implementation in the extruder control system via fieldbus system is also possible. •,Mass flow from 1 g/h up to 20'000 g/h •,Dosing pressure up to 680 bar

Compact valve manifolds with low piping effort, reduced maintenance time and minimize investment costs. A connection system well known from the field of hydraulics and adapted to the respective application, allows for the intelligent combination of several valves in a customerspecific manifold. All necessary connections between the individual process valves are integrated in the manifold.

Inductive and mechanical limit switches for the optional attachment to pneumatic piston actuators.

Mixing nozzles and static mixers from Promix ensure excellent melt homogeneity and efficiently prevent color streaks or flow lines. Quality problems in injection molding are often solved by modifying the process parameters. Masterbatch concentration and back pressure must be increased, which makes production costs more expensive. This does not have to be the case! Mixing Nozzles from Promix ensure excellent melt homogeneity. Color streaks or irregularly distributed additives in the component are a thing of the past. The ready-to-connect mixing nozzle is installed on the injection molding machine replacing the standard nozzle. Contact us for a mixing nozzle to test.

Microcell foam extrusion systems from Promix are used for a wide variety of applications and for almost all polymers. Thanks to the production of very homogeneous microcellular foam structures, high-quality foam products with very low densities and excellent mechanical properties can be produced. Physical foaming can reduce material consumption and thus costs by an average of 20%. This not only saves money but also has a positive impact on the environment. Promix Foam extrusion systems set standards in the production of microcellular foam products with very homogeneous cell structure and high process consistency. The systems operate with environmentally friendly blowing fluids nitrogen or CO2 and are easy to integrate into existing or new extrusion lines. Depending on the application, density reductions of 5 to over 70 % can be achieved.The technology can be used for packaging films, sheets, foam core and corrugated pipes as wellas profiles, cable sheating, blow molds and blown films.

Cylinder series with dimensions based on ISO 15552 with an integrated position measuring system based on magnetostriction. The position sensor allows a high degree of accuracy in measuring the cylinder position. Analogue output signal 0-10 V via M 12 connector.

Pneumatic timers are used for the precise time control of pneumatic signals in pneumatic circuits or systems. The pressure-independent function of time delay starts when pressure is applied to the control port. After the pre-selected time is elapsed, an internal 3/2 way valve is switched. The pneumatic timer is reset to the initial condition if the control port is vented for at least 300 ms. The adjustable time delay depends on the chosen version and amounts between 0.5 and 180 s. Due to its design the control pressure level must not be below working pressure level. As a result of the fire-risk evaluation according to EN 13463-1, the pneumatic timers are not subject to ATEX regulations. This means they may also be used in explosion hazardous areas as defined in IIG/ IID.

Pneumatic timers are used for the precise time control of pneumatic signals in pneumatic circuits or systems. The pressure-independent function of time delay starts when pressure is applied to the control port. After the pre-selected time is elapsed, an internal 3/2 way valve is switched. The pneumatic timer is reset to the initial condition if the control port is vented for at least 300 ms. The adjustable time delay depends on the chosen version and amounts between 0.5 and 180 s. Due to its design the control pressure level must not be below working pressure level. As a result of the fire-risk evaluation according to EN 13463-1, the pneumatic timers are not subject to ATEX regulations. This means they may also be used in explosion hazardous areas as defined in IIG/ IID.