SPL Cell Culture Flask 75 cm2 T75 Plug Cap Non Treated Sterile

Description

Product Overview

The SPL Cell Culture Flask 75 cm2 (T75) is engineered for researchers who demand consistency, reliability, and ease of use in routine cell culture workflows. Constructed from high‑quality borosilicate glass, the flask offers superior chemical resistance and thermal stability, ensuring that it can withstand repeated autoclave cycles without compromising structural integrity. Each unit weighs approximately 10 pounds, providing a solid feel that reduces the risk of accidental breakage during handling. The model number 70275, first released on October 6, 2016, reflects SPL Life Sciences’ commitment to long‑term product support and continuous improvement. The flask features a short, wide neck with an angled design that facilitates effortless media exchange, inoculation, and sampling, while the ergonomic white plug cap creates a secure, leak‑proof seal that maintains sterility throughout the culture period. Non‑treated, non‑pyrogenic, and non‑cytotoxic, the interior surface is free of DNase, RNase, and human DNA, making it suitable for a broad spectrum of cell lines, including primary cultures and sensitive stem cells. The growth area of 75 cm2 provides ample space for cell attachment and proliferation, delivering predictable yields and reproducible results across experiments. Packaged sterile in a case of 100, the flasks arrive ready for immediate use, reducing preparation time and minimizing the potential for contamination. With a Best Sellers Rank of #51 in Lab Cell Culture Flasks, this product has earned the trust of laboratories worldwide, confirming its status as a reliable workhorse for both academic and industrial research settings.

Usage

Designed for versatility, the SPL T75 flask integrates seamlessly into a variety of laboratory environments, from small academic benches to high‑throughput industrial bioprocessing facilities. Its robust glass construction tolerates a wide temperature range, allowing users to perform routine incubations at 37 °C, cold storage at 4 °C, or rapid temperature shifts during experimental protocols. The sterile, non‑treated surface is ideal for adherent cell lines, suspension cultures, and co‑culture systems, supporting applications such as drug screening, toxicity testing, and vaccine development. The ergonomic plug cap enables quick opening and closing without the need for additional tools, reducing exposure time and preserving aseptic conditions. Researchers can easily scale experiments by stacking multiple flasks in standard incubator shelves, thanks to the excellent stackability of the design, which maximizes incubator space utilization while maintaining individual flask integrity. The angled neck design also simplifies the addition of reagents and the removal of supernatant, minimizing the risk of spillage and ensuring precise volume control. Whether you are cultivating mammalian cells, performing transfection procedures, or conducting stem cell differentiation assays, the SPL T75 flask provides a reliable platform that supports consistent cell growth, high viability, and reproducible experimental outcomes.

Why Choose Us

Choosing the SPL Cell Culture Flask means partnering with a brand that prioritizes quality, scientific rigor, and customer satisfaction. SPL Life Sciences adheres to stringent manufacturing standards, employing certified cleanroom facilities and validated sterilization processes to guarantee that each flask meets or exceeds industry specifications. The non‑treated, DNase/RNase‑free interior eliminates background interference, allowing researchers to obtain accurate downstream analytical results without the need for additional cleaning steps. Our flasks are backed by comprehensive technical support, with a dedicated team of scientists ready to assist with protocol optimization, troubleshooting, and product selection. In addition, SPL offers a flexible return policy and rapid replacement service, ensuring that any unexpected issues are resolved promptly to keep your research on schedule. The combination of durable glass, ergonomic design, and meticulous quality control translates into a product that delivers consistent performance, reduces variability, and enhances overall laboratory efficiency. By selecting SPL, you benefit from a trusted partner that continuously invests in product innovation, sustainability, and the advancement of life‑science research.

Key Features

• High‑quality borosilicate glass provides chemical resistance and thermal stability for repeated autoclaving.
• Sterile, non‑treated surface free of DNase, RNase, and human DNA ensures contaminant‑free cell growth.
• White plug cap creates a secure, leak‑proof seal that maintains sterility throughout culture.
• Short, wide, angled neck design enables easy media exchange, inoculation, and sampling.
• Dedicated customer support and rapid replacement service guarantee uninterrupted research progress.

FAQ

What cell types are compatible with this flask?

The SPL T75 flask is suitable for a broad range of cell lines, including adherent mammalian cells, suspension cultures, primary cells, and stem cells, thanks to its non‑treated, DNase/RNase‑free surface.

Can the flask be autoclaved without damage?

Yes. The flask is made from borosilicate glass, which tolerates standard autoclave cycles (121 °C for 30 minutes) without compromising its structural integrity or sterility.

How does the plug cap improve workflow?

The ergonomic white plug cap provides a tight, leak‑proof seal that is easy to open and close, reducing handling time and minimizing the risk of contamination during media changes or sampling.

Is the flask compatible with standard incubator shelves?

Absolutely. The flask’s dimensions and excellent stackability allow it to fit comfortably on typical incubator shelves, maximizing space efficiency while maintaining individual flask stability.

What is the recommended storage condition before use?

Store the sterile flasks at room temperature in a dry environment. For extended storage, keep them in a cool, dry place away from direct sunlight to preserve sterility.