Peristaltic Pump Tubing, 3 x 5mm Silicone Laboratory Grade Fluid Transfer Tube for Diagnostic Testing Products Accessories and Bioreactor (2m)

1. This product is a peristaltic pump tube that is 30 times better than ordinary silicone tube. 2. With the characteristics of long service life and biocompatibility, suitable for life science applications using peristaltic pumps. 3. High temperature and high pressure ​ can be repeated, temperature resistance range is -60°F to 275°F. 4. The fluid is transported by a peristaltic pump, reducing the risks of fluid contacting any part of the pump body. 5. Used for fluid transmission in sensitive processes while withstanding the violent movement of the peristaltic pump. 6. Excellent wear resistance can also reduce the abrasion of the outer wall of the hose, thereby improving the overall efficiency of the filter system. Spec: Item Type: Peristaltic Pump Tube Material: Silicone Specification: Approx. 3 x 5mm / 0.1 x 0.2in Temperature Resistance Range: -60℉ to 275℉ Application Areas: 1. Manufacturing of diagnostic test products 2. Cell culture and media processing system 3. Vaccine production 4. Bioreactor pipeline 5. Production filtration and fermentation 6. Aseptic filling 7. Shear sensitive fluid transport Size: Approx. 1meter / 3.3ft 2meter / 6.6ft packing list: 1 x Peristaltic Pump Tube

• LABORATORY GRADE SILICONE TUBING: Manufactured from premium silicone material suitable for sensitive laboratory applications, ensuring consistent performance in diagnostic testing and bioprocessing systems.
• BROAD TEMPERATURE TOLERANCE RANGE: Maintains material integrity across an extensive temperature spectrum from -60°F to 275°F, suitable for repeated high-temperature cleaning and preparation cycles.
• DURABILITY AND WEAR RESISTANCE: Specially formulated silicone composition provides superior resistance to abrasion from pump rollers, extending service life and maintaining fluid system integrity.
• BIOPROCESSING AND RESEARCH APPLICATIONS: Ideal for critical fluid handling in cell culture systems, vaccine production, bioreactor operations, and sterile filling processes requiring reliable fluid containment.
• FLUID CONTAINMENT DESIGN: Creates a completely isolated fluid pathway within peristaltic pump systems, eliminating contact between sensitive media and pump components.