Steriflow Custom Block Body Sanitary Diaphragm Valves


Block valves evolved in this industry for a good reason. They transformed what used to be large multiple valve and tubing assemblies into a smaller, compact block valve that reduced process contact surface area, dead legs and hold up volume. Steriflow will custom design valves specifically for your process requirements using our Rapid Prototype Process.
 

Custom Block Body Sanitary Diaphragm Valves

Steriflow - Montreal Bronze Factory
Features & Benefits:

Applications:

Multiple Wier manual on/off or air actuated block valves or block valve clusters for diversion of drug process, media buffers, clean utilities for a variety of upstream and downstream requirements.

Upstream:

  • Bioreactor/fermenter: for diversion of WFI, growth media, intermediate drug product, clean dry air and gas, clean steam and clean utility fluids
  • Perfusion: permeate diversion

Downstream:

  • For diversion of WFI, buffers, solvent, intermediate and finished drug product and clean utility fluids in the following areas: separation, filtration (buffer exchange), chromatography (column input buffer distribution and column outlet distribution), fill finish (low hold-up drug product distribution)

Buffer and media prep:

  • Blocks for diversion control of WFI, buffers and growth media

Specifications:

Available sizes: 1/2″ – 3″

Connection type: tri-clamp, extended tube end, custom including hose barb

Materials:

  • Standard: Barstock, ASME SA479 316L (UNS 31603) or EN 10272:2000 GR 1.4435
  • Optional: AL-6XN®, Hastelloy® C-22 and others readily available

Surface Finish:
Wetted Interior:

  • Standard
    – ASME BPE SF1, 20 Ra µin (0,5 Ra µm)
    – ASME BPE SF5, 20 Ra µin (0,5 Ra µm) electropolish
  • Optional: ASME BPE SF4, 15 Ra µin (0,4 Ra µm) electropolish. Better finish upon request

Exterior:

Standard: 40 Ra µin (1,0 Ra µm) and better as option

Manufacturer
:
Steriflow - Montreal Bronze Factory

Custom Block Body Sanitary Diaphragm Valves (customblock_diaphragmvalves.pdf, 403 Kb) [Download]