VWR BioPharm Plus 2-Stop Precision Pump Tubing, L/S 16, 8/Pk, is designed for long-lasting, reliable performance in peristaltic pump applications. This platinum-cured silicone tubing is biocompatible, odorless, and fungus-resistant, ensuring safe and efficient fluid transfer for laboratory and biopharmaceutical processes.
Product Features
- Ensures optimum performance from your VWR pump
- Ultra-smooth inner surface minimizes particle entrapment
- Lower absorption; excellent biocompatibility; no leachable additives, DOP, or plasticizers
- Very low extractables; odorless and nontoxic; fungus-resistant
- No taste imparted to transported fluids
- Weather, ozone, corona, and radiation resistant
- Longest life of any silicone pump tubing; lower spallation than regular silicone
- Enhanced pressure capability and lower gas permeability than other silicones
- Use with many acids and alkalies (with noted limitations)
- Engineered for long life in peristaltic pump applications
- Temperature range (static): –50 to 230°C (–58 to 446°F); (dynamic): –40 to 100°C (–40 to 212°F)
- Meets USP Class VI, European Pharmacopoeia (EP 3.2.9), FDA 21 CFR 177.2600, 3A Sanitary, Reach, and RoHS standards
- Sterilize via EtO, autoclave, or gamma radiation
Applications
- Peristaltic pump applications requiring biocompatible silicone tubing
- Sterile fluid transfer
- Viscous fluid handling
- Laboratory and biopharmaceutical processing
- Pressure and vacuum applications
Benefits
- Maintains purity and integrity of transported fluids
- Durable tubing with long service life
- Reduces particle entrapment and minimizes extractables for sensitive applications
- Compatible with many acids, alkalies, and challenging fluids
- Withstands sterilization and harsh environmental conditions
Why Choose VWR BioPharm Plus 2-Stop Precision Pump Tubing?
VWR BioPharm Plus tubing provides dependable, long-lasting performance for demanding peristaltic pump applications. Its platinum-cured silicone construction ensures biocompatibility, chemical resistance, and minimal extractables, making it ideal for pharmaceutical, biotech, and laboratory use.
