530 results found
    1. SDTD single channel plug diverter

      SDTD single channel plug diverter

      The SDTD single channel plug diverter valve is made of aluminium LM25 grade through a high quality die casting process. All product contact surfaces are lined with 316 stainless steel tubes. The standard seals are FDA approved silicone, which ensures a complete sealing between the body and the plug. The standard execution diverter with static seals can be used in pressure conveying systems where the pressure is less than 1,5 bar. When equipped with inflatable seals (optional), the SDTD is suitable for systems up to 6 bar. The SDTD is supplied as a complete unit with pneumatic actuator and associated components, such as solenoid valve, solenoid coils, junction box and position sensors. In brief: Single channel plug Suitable for powders, granules and pellets For diverting only Minimum product degradation Food grade silicone seals All product contact surfaces in stainless steel 316 Aluminium body and end covers No external moving parts Position indicators Pneumatic actuator operated Easy maintenance Conforming to ATEX 2014/34/EU (optional) Specifications: Sizes (4) from 150 to 300 mm DIN / ANSI / JIS drilling patterns System pressure: up to 1,5 bar with static seals Standard design temperature: 80 °C (max) Executions: Thicker stainless steel liner Wear resistant pipe liners High temperature version Dynamic (inflatable) seals up to 6 barg

    2. SECO - Dry-running rotary vane vacuum pumps and compressors

      SECO - Dry-running rotary vane vacuum pumps and compressors

      Compact, reliable and extremely powerful – these are the stand-out features of SECO dry-running rotary vane vacuum pumps and compressors. Due to their lubricant-free operating principle, they can be used in many industrial applications where rapid, clean vacuum or compressed air is required. The SECO family consists of vacuum pumps and compressors. We have continuously developed and optimized our dry-running rotary vane technology for over 30 years. High levels of availability and improved performance are the benefits of this ongoing product advancement. SECO vacuum pumps and compressors are characterized by their robust construction and lifetime-lubricated bearings. The reliable and oil-free compressor & vacuum pump! - Dry-running rotary vane vacuum & overpressure technology - Reliable oil-free vacuum generation - Robust construction - Lifetime-lubricated bearings - Compact dimensions - State-of-the-art precision manufacturing

    3. SEPARTECH  Compact Round Separator

      SEPARTECH Compact Round Separator

      Users may employ different terms for SEPARTECH machines: vibrating screen, sieve, separator, sifter. The machine is made up of a driving device termed ‘drive’, consisting in a base, fastened to the ground or to a mobile platform, and springs upon which the lower table is placed. One or two Vibrators are attached to this lower table. In this Screen design, one conical pan is welded inside the lower Table: this pan is the outlet for sifted fines particles. One or several frames are mounted on top of this lower table, and in between is inserted a screen with or without cleaning equipment. The screens are mounted from top to bottom with the largest mesh opening on top. In order to assemble all the different parts, a clamp ring is used for every screening level: the ring clamps together 2 frames and one screen. The frames are all typically equipped with an exit spout to automatically drain off the different product fractions. The material to be sifted can come in different forms, such as powder, granules, pellets, or various forms when it is bulk material. It can also come in liquid form and contain foreign matter. The material is fed in through the central input point in the cover Thanks to its unbalanced vibrators, the machine produces a tri-dimensional centrifugal force enabling the following functions: *Separation of different granule sizes or separation of solids and liquids by a screen. *Transport and continuous disposal of material at every stage of screening through the exit spout. *Unclogging of the screens thanks to the vertical component of this force and to a cleaning fixture (optional) including loose elements (balls or rings) mounted directly under the screen and tapping the cloth lightly to clear any object lodged in the screen mesh. The settings parameters are: *Vibrator Weight variation, by adding or removing additional plates *Vibrator Position versus the screen plan in order to change the vertical/horizontal forces ratio

    4. SEPARTECH  On-site Parts and Screens Replacement & Performance Analysis and Optimization of your screening equipment

      SEPARTECH On-site Parts and Screens Replacement & Performance Analysis and Optimization of your screening equipment

      Performance Analysis and Optimization of your equipment SEPARTECH provides a Top Technical Service and helps you optimize your process in collaboration with your team by solving following typical problems: low capacity, wrong or poor yield, screen blinding, screen tear or poor screen lifetime. On-site Parts and Screens Replacement SEPARTECH offers many different services on your separator: general maintenance, annual check, installation and replacement of new parts/screens/motor.

    5. SEPARTECH screening machine

      SEPARTECH screening machine

      Users may employ different terms for SEPARTECH machines: vibrating screen, sieve, separator, sifter. The machine is made up of a driving device termed ‘drive’, consisting in a base, fastened to the ground or to a mobile platform, and springs upon which the lower table is placed. The lower table contains the motor and 2 flyweights. The other part of the machine is in contact with the material to be sifted. This part is made up of different frames, in between which is inserted a screen with or without cleaning equipment. The screens are mounted from top to bottom with the largest mesh opening on top. In order to assemble all the different parts, a clamp ring is used for every screening level: the ring clamps together 2 frames and one screen. The frames are all typically equipped with an exit spout to automatically drain off the different product fractions. The material to be sifted can come in different forms, such as powder, granules, pellets, or various forms when it is bulk material. It can also come in liquid form and contain foreign matter. The material is fed in through the central input point in the cover Thanks to its unbalanced motor, the machine produces a tri-dimensional centrifugal force enabling the following functions: *Separation of different granule sizes or separation of solids and liquids by a screen. *Transport and continuous disposal of material at every stage of screening through the exit spout. *Unclogging or deblinding of the screens thanks to the vertical component of this force and to a cleaning fixture (optional) including loose elements (balls or rings) mounted directly under the screen and tapping the cloth lightly to clear any object lodged in the screen mesh. The settings parameters are: *Weight variation of the upper flyweight, by adding or removing additional plates *Weight variation of the lower flyweight, by adding or removing additional plates *Offset of the lower flyweight with respect to the upper flyweight

    6. Series DosyPack - Dosing Station

      Series DosyPack - Dosing Station

      The DosyPack dosing stations are designed for fast and precise dosing of bulk materials. Gentle dosing is possible for especially sensitive products. The system consists of a conveyor mounted on blade springs under a silo and features a functional design and stainless steel construction. This makes it an ideal solution for the demands of the chemical, pharmaceutical and food processing industries. Pneumatic linear vibrators from the NTS and NTK series are recommended for operation. These durable vibrators operate reliably and don’t continue running after being switched off, immediately stopping product flow. The exact feed quantity is regulated by adjusting the frequency and amplitude of vibration, both of which can be adjusted independently.

    7. Series LineDrive – Conveyor Systems

      Series LineDrive – Conveyor Systems

      With traditional vibration conveyor systems, the bulk material is “thrown” forward in a parabolic trajectory, which can damage or degrade the product. In contrast, the conveyor system of the series LineDrive uses a pneumatic linear drive that causes material to slide along the conveyor trough. The flow rate can be adapted to the specific properties of the material to be conveyed by controlling the air pressure. The coupling of several LineDrive drives allows the transfer of larger loads. In addition to our standard versions, the LineDrive series conveyor system can be customized to meet your specific needs.

    8. Series NCB - Pneumatic Ball Vibrators

      Series NCB - Pneumatic Ball Vibrators

      Pneumatic ball vibrators of the NCB series are used wherever bulk materials need to be moved. They are ideal for emptying bunkers and for preventing bridging, rat-holing and build-ups. When driving chutes, sieves or vibrating tables, they ensure a continuous material flow. A key advantage is their simple construction. The rotary vibration is generated by the high centrifugal force of a steel ball running on hardened, polished tracks. Frequency, and therefore centrifugal force, can be continuously adjusted by regulating the operating pressure.

    9. Series NCT - Pneumatic Turbine Vibrators

      Series NCT - Pneumatic Turbine Vibrators

      Pneumatic turbine vibrators of the series NCT are particularly suitable for moving bulk materials. They can be used for emptying containers and big bags, driving chutes, sieves and vibrating tables and for the mechanical stimulation of processes. NCT pneumatic turbine vibrators combine high-frequency performance with quiet operation and exceptionally low air consumption, making them both powerful and efficient. The rotary vibration is produced by a turbine with eccentrically mounted unbalanced masses. The frequency and therefore the centrifugal force can be continuously regulated via the operating pressure.