The VWR Ismatec Pump Tubing, 3-Stop, Peroxide-Cured Silicone (1.02 mm ID, 6-pack) is specifically designed for high-performance operation in Ismatec minicartridge pump systems. This tubing provides durability and purity, with excellent resistance to UV and ozone, and features color-coded stops for easy installation and tubing section reuse. Ideal for sterile and sensitive lab environments requiring consistent fluid transfer.
Product Features
- Designed for optimal operation in your Ismatec pumps
- 3-stop tubing with color-coded stops for quick identification
- Resistant to ozone and UV light — won't crack, swell, or harden
- Translucent yellow tubing with ultra-smooth inner bore
- Temperature range: -50 to 74°C (-58 to 165°F)
- Overall tubing length: 406 mm (16")
- Clear appearance; Life at 100 rpm: 1000 hours
- Biocompatible: non-cytotoxic, non-pyrogenic, non-hemolytic
- Low protein binding; ideal for sensitive and sterile applications
- Heat-sealable, bondable, sterile-weldable, and custom moldable
Note: Order extension tubing under "Accessories". For technical assistance selecting tubing formulations and sizes, contact our Application Specialists.
Applications
- Pharmaceutical and biotech processing
- Sterile filling and fluid transfer systems
- Cell harvest, media processing, and tissue culture
- Filtration, fermentation, and sample transport
- General-purpose laboratory fluid applications
Benefits
- Compatible with Ismatec minicartridge pumps and pump heads
- Two usable tubing sections per piece extend product life
- Quick identification via pre-attached, color-coded stops
- Biocompatible and chemically resistant for demanding lab use
- Reliable performance with minimal downtime or maintenance
- Supports sterile processing environments with versatile sealing options
Why Choose the VWR Ismatec Pump Tubing, 3-Stop, Peroxide-Cured Silicone, 1.02 mm ID, 6/PK?
This peroxide-cured silicone tubing is engineered for precision pumping, high biocompatibility, and long service life in Ismatec systems. Ideal for biotech, pharmaceutical, and sterile lab workflows requiring consistent, contamination-free fluid transfer.
