T-Flask Disposable Cell Culture Flask, Vented Cap for Cell Adhesion & Gas Exchange
Standard culture flasks with vented caps for optimal gas exchange and cell growth.
1. Product Introduction
Our disposable T-type cell culture flasks are GMP-grade consumables made of imported USP Class VI medical raw material. Adopting professional TC surface treatment to effectively boost cell adhesion performance, the product is finished with irradiation sterilization to reach SAL 10⁻⁶ sterility assurance level. It is strictly tested to be endotoxin-free, DNase-free and RNase-free, which effectively avoids cross-contamination in cell experiments. Equipped with vented caps to balance internal and external air pressure, it ensures stable gas exchange and consistent cell growth status, perfectly matching adherent cell culture, cell passaging and biopharmaceutical upstream R&D scenarios.
2. Specification List
Parameter Detailed Specification
Growth Area Options 25cm² /75cm² /182cm² /225cm²
Volume Range 250mL ~ 850mL
Surface Treatment TC Modified Surface for Cell Adhesion
Sterilization Standard Irradiation Sterilization, SAL 10⁻⁶
Packaging Mode 3-layer medical clean packaging
3. Core Product Advantages
1. Compliant Raw Material: USP Class VI certified material with low biological toxicity, compatible with most mainstream cell strains and biopharma production standards.
2. Reliable Cell Attachment: Uniform TC surface coating brings stable cell adhesion effect and repeatable experimental results.
3. Strict Sterility Control: Irradiation sterilization meets SAL 10⁻⁶ requirement, free of pyrogen, DNase and RNase to eliminate experimental contamination risks.
4. Professional Vented Cap Design: Real-time internal & external pressure balance, prevents medium overflow and bacteria intrusion.
5. Complete Specification Coverage: Multiple growth area models support laboratory R&D, pilot test and small-scale biopharma production demands.
4. Main Application Scenarios
Biopharmaceutical upstream cell culture, antibody & vaccine development, academic laboratory cell experiments, CDMO pilot cell culture projects, regenerative medicine research.