Ismatec Pump Tubing, Gore® STA-PURE® Series PFL, 6.4 mm ID x 9.6 mm OD; 355 mm L_1238540
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VWR Pump Tubing Gore Sta-Pure Series PFL 6.4 Mm Id X 9.6 Mm Od 355 Mm L

$3,034.90

The price is inclusive of GST

VWR Pump Tubing, Gore STA-PURE Series PFL, 6.4 mm ID x 9.6 mm OD; 355 mm L is engineered for high-pressure, chemically-resistant peristaltic pump applications, ensuring durability, consistent flow, and long tubing life.

Product Features

  • Excellent choice for high pressure, low spallation peristaltic tubing applications
  • Engineered for long life in peristaltic pump applications
  • Lot-to-lot consistency provides excellent flow stability and repeatability
  • Nontoxic, low extractables, and low gas permeability for biocompatibility
  • Characteristics: High resilience and strength, low spallation and gas permeability. Opaque
  • Certifications: USP Class VI compliant, manufactured in Class 7 (ISO 146441-1) cleanroom, under cGMP certified to ISO 13485 and 15378
  • Temperature range: 0 to 150°C (Series PFL)
  • Sterilize: Autoclave, CIP/SIP

Note:There is an engineering questionnaire that needs to be completed before the order can be processed.

Applications

  • Chemical processing
  • Pharmaceutical production
  • Biopharmaceutical and biotech applications
  • Food and beverage processing
  • Laboratory and research applications
  • Any application requiring high-purity, chemically-resistant peristaltic tubing

Benefits

  • Durable tubing reduces risk of rupture and extends pump life
  • Consistent, repeatable flow ensures reliable operation
  • Compatible with high-purity applications and critical processes
  • Reduces downtime with fewer tubing changes and maintenance

Why Choose VWR Gore STA-PURE PFL-Series Tubing?

Series PFL tubing is designed to withstand pumping aggressive chemicals with a composite structure made of platinum-cured perfluoroelastomer and ePTFE. Long-term testing shows that pumping common organic solvents (acetic acid, acetone, and ethanol) at 10 psig does not reduce the pumping life of the tubing compared with pumping deionized water at the same pressure. Its chemical resistance, flow stability, and long service life make it an ideal choice for critical chemical and pharmaceutical applications, providing process

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