Product Description
Centrifuge Tube Conical Bottom:- plain
Catalogue No. Capacity ml. Ht. x O.D. mm.
762/01 3 76 x 10
762/02 5 100 x 13
762/03 10 110 x 15
762/04 12 110 x 16
762/05 15 120 x 17
762/06 25 125 x 22
762/07 50 125 x 28
Centrifuge Tube Conical Bottom:- graduated
Catalogue No. Capacity ml. Ht. x O.D. mm
763/01 5 100 x 13
763/02 10 110 x 15
763/03 15 120 x 17
763/04 25 125 x 22
763/05 50 125 x 28
Centrifuge Tube Conical Bottom:- with screw cap plain
Catalogue No. Capacity ml. Ht. x O.D. mm
764/01 10 110 x 15
764/02 15 120 x 17
Centrifuge Tube Conical Bottom:- with screw cap graduated
Catalogue No. Capacity ml. Ht. x O.D. mm
765/01 10 110 x 15
765/02 15 110 x 17
Centrifuge Tube Conical Bottom:- with interchangeable stopper plain
Catalogue No. Capacity ml. Ht. x O.D. mm
766/01 10 110 x 15
766/02 12 110 x 16
766/03 15 120 x 17
766/04 25 125 x 22
766/05 50 125 x 28
Centrifuge Tube Conical Bottom:- with interchangeable stopper graduated
Catalogue No. Capacity ml. Ht. x O.D. mm
767/01 10 110 x 15
767/02 15 120 x 17
767/03 25 125 x 22
767/04 50 125 x 28
Secure and Efficient DesignThese centrifuge tubes feature a conical bottom that facilitates effective sediment separation during spinning. The secure screw cap ensures leak-proof performance, enhancing safety and minimizing contamination risks during sample handling and transfer.
Material and Chemical ResistanceConstructed from premium glass and plastic materials, the tubes are engineered to withstand aggressive acids, alkalis, and solvents used in laboratory protocols. Their chemical resistance safeguards sample integrity, even during prolonged or high-speed centrifugation cycles.
Flexible Laboratory ApplicationsDesigned to accommodate standard volumes (15 mL or 50 mL), these centrifuge tubes are versatile tools in chemical laboratories, supporting applications in research, diagnostics, biochemistry, and more. Their dimensional compatibility suits most common centrifuge rotors.
FAQs of Centrifuge Tube Conical Bottom:
Q: How should I use the conical bottom centrifuge tube for sample preparation?
A: To use, pipette your sample into the tube, ensuring it is securely capped. The conical bottom design aids in collecting sediments during centrifugation, making pellet retrieval straightforward. Ensure the tube is placed in a balanced arrangement within the centrifuge rotor to avoid imbalance and potential breakage.
Q: What are the benefits of the screw cap and leak-proof design?
A: The screw cap ensures a completely leak-proof seal, preventing spills and evaporation, even at high centrifugal forces. This maximizes safety, minimizes sample loss or contamination, and enables reliable sample storage during and after centrifugation.
Q: When can I autoclave these centrifuge tubes?
A: These tubes are fully autoclavable, meaning you can sterilize them using standard autoclaving procedures before or after use as needed. This is particularly important in microbiological or clinical laboratory settings to ensure sample sterility.
Q: Where are these tubes most commonly used in laboratory processes?
A: These centrifuge tubes are extensively used in chemical laboratories, research facilities, and clinical diagnostics for tasks such as mixing, sample separation, pelleting cells, precipitating proteins, and storing sensitive reagents.
Q: What is the maximum RCF these tubes can tolerate?
A: Depending on the tube size and material, the maximum relative centrifugal force (RCF) ranges from 12,000 g for glass or smaller tubes up to 16,000 g for plastic or larger-capacity versions. Always check tube labeling and manufacturer instructions for the exact rating.
Q: How do the glass and plastic materials improve chemical compatibility?
A: Both glass and high-grade plastic materials used in these tubes possess high resistance to a wide range of laboratory chemicals, including strong acids, bases, and organic solvents. This prevents tube degradation, sample contamination, and ensures reliability over repeated uses.