



The Cardinal Health Culture Tube, made from robust borosilicate glass, is an indispensable tool for any laboratory setup. With its precise dimensions of 12mm x 75mm, this culture tube is meticulously crafted to hold and mix chemical substances safely. The borosilicate glass builds confidence in users through its renowned thermal shock resistance, enabling the safe application of heat to samples without the risk of breakage.
Packaged conveniently as one tube per pack and four packs per case, it provides ease of storage and handling in laboratory environments. Widely used across clinical, hospital, and research labs, its design is prime for improving laboratory efficiency and effectiveness. This culture tube is a reliable choice for professionals who place emphasis on safety, quality, and functionality.
The Cardinal Health Culture Tube, made from robust borosilicate glass, is an indispensable tool for any laboratory setup. With its precise dimensions of 12mm x 75mm, this culture tube is meticulously crafted to hold and mix chemical substances safely. The borosilicate glass builds confidence in users through its renowned thermal shock resistance, enabling the safe application of heat to samples without the risk of breakage.
Packaged conveniently as one tube per pack and four packs per case, it provides ease of storage and handling in laboratory environments. Widely used across clinical, hospital, and research labs, its design is prime for improving laboratory efficiency and effectiveness. This culture tube is a reliable choice for professionals who place emphasis on safety, quality, and functionality.
1. What material is the tube made of?
The Cardinal Health Culture Tube is made of borosilicate glass.
2. What are the dimensions of the Cardinal Health Culture Tube?
The culture tube measures 12mm in diameter and 75mm in length.
3. How is the product packaged?
The product comes in individual packs, with four packs per case (CS/4).
4. Is the glass resistant to thermal shock?
Yes, the borosilicate glass construction is resistant to thermal shock, making it ideal for heating applications.
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