Les tubes à centrifuger G-Tube Flat Top sont pratiquement transparents et dépassent de loin la résistance de tous les autres tubes à centrifuger. Fabriqués en polypropylène résistant, transparent et de formulation exclusive, les tubes G-Tube de 0.6 ml, 1.5 ml et 2.0 ml ont la même résistance chimique que les tubes standard, mais ils sont plus robustes et pratiquement transparents pour une meilleure visibilité.
These natural-coloured microcentrifuge tubes feature a flat top cap which provides a positive and secure seal when closed, thus providing maximum protection for contents. Fabricated with virgin polypropylene for excellent chemical resistant qualities and good clarity. These tubes have high impact strength and will withstand 17000RPM and 13000 x g centrifugation.
These Thin-Wall Micro Reaction Tubes are designed for use with 96-well Thermal Cyclers. These tubes provide optimal contact with the sample block ensuring optimal heat transfer.
Bio Plas brand 0.2mL PCR tubes which are made of virgin polypropylene. These thin-wall reaction tubes are designed for use with 96-well thermal cyclers. Extra thin wall design is almost transparent for better viewing of contents and ensures rapid thermal transfer. This ensures a significant reduction in cycle and PCR reaction time. Tubes have attached snap-caps that "click" to let you know there's a good seal. Non-sterile. Autoclavable at 121°C.
Bio Plas brand 0.5mL PCR tubes which are made of virgin polypropylene. These thin-wall reaction tubes are designed for use with 96-well thermal cyclers. Extra thin wall design is almost transparent for better viewing of contents and ensures rapid thermal transfer. This ensures a significant reduction in cycle and PCR reaction time. Tubes have attached snap-caps that "click" to let you know there's a good seal. Non-sterile. Autoclavable at 121°C.
Le G-Tube siliconé est conçu pour une utilisation à impact élevé et peut résister à plus de 30,000 x G lors de la centrifugation. Ses parois plus épaisses en font le tube de choix pour les contraintes extrêmes, les vitesses de rotation élevées, l'ébullition, la résistance chimique et la congélation. Cette série peut résister à des gammes de température de -80 à 121°C (-112 à 250°F).
