Low Binding Microcentrifuge Tubes
The low binding microcentrifuge tubes of GVS is optimized for protein and DNA analytics. These tubes are made using a unique high-purity polypropylene polymer material that does not require any surface coating, such as siliconization. Strict quality control is implemented in accordance with ISO9001 and ISO13485. The stable quality ensuring significantly reduces binding between samples and plastic surface, minimizing sample loss and achieving a maximum recovery rate of your precious samples and more accurate analysis results.
Proprietà
1. Selected special raw materials
Made of special high-purity polypropylene (PP) polymer with stable product performance
High-transparency PP tube body for easy capacity and scale observation
Working temperatuer range: -80°C~121°C (no deformation after autoclaving with open lid)
2. Excellent low protein/low nucleic acid binding
Special materials can effectively reduce the nonspecific binding of protein/nucleic acid to the tube surface.
No surface coating (e.g., silicification) on the tube wall can reduce sample binding and interference to samples.
Samples of different proteins and nucleic acids can be ensured to the maximum recovery, with a recovery rate over 90%.
3. Ingenious design
Lid lock prevents accidental opening of cap and evaporation of samples during long-term storage, and ensures operating safety.
Smooth and transparent tube body with clear graduation, designed with a frosted writing area, makes it convenient for recording.
Resealable bag packing (50 per bag) to reduce the risk of contamination.
4. Rigorous performance test
The product has been tested for 18 items, including tightness, folding resistance of flipped cap, centrifugal force, solvent resistance, extractable and accelerated aging, which shows stable performance.
The maximum centrifugal force for 1.5 mL, 2 mL is RCF 25,000 xg; the maximum centrifugal force for 0.5 mL is RCF 30,000 xg.
Available in sterilized or non-sterilized, sterilized by irradiation, SAL 10-6
DNase/RNase-free, Non-pyrogenic, human DNA-free, PCR inhibitor-free