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FUTURAir-Operated Double Diaphragm Pumps

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Since 1984 ALMATEC manufactures special pumps for the chemical supply and circulation in the semiconductor industry. The FUTUR series is particularly developed for the special requirements of these applications.

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The liquids handled in the semiconductor industry set different demands to the pumps. Therefore the FUTUR series is available in four materials:

  • 4 sizes made of PTFE/UPPE for acids and caustics up to 130°C/266°F (model FUTUR T)
  • 2 sizes made of PTFE for hot applications with acids and caustics up to 200°C/390°F (model FUTUR H)
  • 4 sizes made of UPPE for slurries (model FUTUR E)
  • 2 sizes made of stainless steel (SS 316 L) for solvents (model SLS)

The different pump sizes achieve max. capacities between 10 and 200 l/min (2.6 - 52 gpm). For every pump size and material are appropriate pulsation dampers available.

All FUTUR pumps are self-priming pneumatic diaphragm pumps which may run dry. The pumps have a compact, simple design with few parts only. The housing parts are machined from solid blocks, the basis for a long life time. FUTUR pumps are cleaned, assembled, and tested in a class 100 clean-room line.

The latest generation of the FUTUR pumps is the FUTUR-Omega series:

  • entirely made of PTFE
  • new construction with Ω-shaped base frame
  • diaphragm and center housing with rotation prevention
  • new PTFE material for the diaphragms
  • three sizes with max. capacities of 20, 50 and 100 l/min (5.3, 13, 26 gpm)

depending on the application also available entirely made of polyethylene and SS316L.

  • four materials (T, H, E, S) for the different applications
  • no metal at all (T, H, E)
  • temperature range up to 200°C/390°F (H)
  • patented, contactless cascade sealing between the product chambers
  • no O-ring sealing in wetted areas
  • straight-through flow pattern, only one wetted housing part
  • air control system PERSWING P, no lubrication or maintenance
  • internal air flow
  • diaphragms without plates and gaskets, optimized diaphragm geometry
  • cylinder valves sealing the full area
  • compact, simple design with few parts, very low space requirement
  • machined from solid blocks
  • easy to dismantle and assemble
  • no fixing elements, such as tie rods, nuts, or clamps
  • separate pulsation damper available for all materials and sizes
  • diaphragm and/or stroke sensors can be retrofitted easily
  • low noise level