Laboratory Sterile T15 T50 T75 T175 Cell Culture Flasks Non-Pyrogenic Vented Cap Seal Cap

Laboratory Sterile Cell Culture Flasks Non-Pyrogenic

Description

Some cells and tissues can be grown in suspension, but a considerable number of mammalian cells require surface attachment. Therefore, in addition to good transparency, non-toxicity, and sterility, the culture flasks, culture plates and culture dishes used to provide the in vitro culture environment of cells also need to be surface-modified to enable them to adhere, divide and grow.

- Plastic T75 Cell Culture Flask Surface Area 75 Cm².

- Laboratory Sterile T175 Cell Culture Flask Surface Area 175 Cm².

- T50 Sterile Laboratory Plastic Tissue Culture Flask.

- Polystyrene Tissue T25 Cell Culture Flasks Non-Cytotoxic.

- Tissue Culture Vented Cap Cell Culture Flask T175 Amount Of Cells 50ml 175ml 225ml.

 
Advantages
 

Adopt cell culture surface treatment that can improve the adherence and reproduction ability of adherent cells. The vent cover type adopts a 0.22um hydrophobic filter, which facilitates ventilation and prevents the mixing of microorganisms and impurities. The plug seal cap type is a 2-point type that allows ventilation by loosening the cap slightly. Contamination tests and cell reproduction tests were carried out for each production batch. Torticollis design is convenient for experimental operation. Beautiful appearance, no burr. It can be pushed and placed, saving space, carefully selecting materials, and ingenious craftsmanship. Rigorous process, quality assurance. Various specifications. A variety of specifications for your choice. Adequate inventory. A large number of spots, timely logistics.

 
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Specification
 

 
 
Product Catalog
Why choose Laboratory Sterile Cell Culture Flasks Non-Pyrogenic?
 

Made of high transparency medical grade polystyrene. Vacuum plasma surface treatment, excellent cell adhesion, and tc-treated culture flasks are available for suspension culture. Breathable cover (filter cover) 0.22um hydrophobic membrane, which is conducive to gas exchange, prevents microorganisms from being sterilized by electron beam, no DNA, no RNase, no pyrogen.