Polypropylene EZgrip™ Carboy is an advanced fluid handling system developed with the end-user in mind. The ergonomically designed EZgrip™ body is coupled with VersaCap® technology to provide the user with an easy-to-use and easy-to-clean carboy.
The EZgrip™ Polypropylene Carboy is made from translucent USP Class VI, FDA Grade autoclavable resin, which offers good chemical resistance and heat stability. The recommended autoclaving cycle is 15 PSI for 20 minutes at 121°C.
The Carboy body includes design features that allow the user to easily hold and manipulate during lifting, filling, and pouring, while VersaCap® technology provides interchangeable, leak-proof top connections. The EZgrip™ Carboy features include large top handles, molded hand grips in the base, easy-to-read metric graduation marks certified to ±5% accuracy, and the carboy material molded into the side for easy identification.
The 20L and 40L carboys offer an EZfil™ 120mm neck to simplify filling and cleaning, while all other sizes feature an 80mm neck. All Carboys are compatible with our VersaCap® technology for interchangeable top connections.
- VersaCap® technology provides the flexiblity of interchangeable connectors
- EZgrip® body features advanced ergonomic design
- EZfil™ wide-mouth design for easy filling and cleaning
- VersaBarb® technology provides interchangeable spigot options
- Novel shape maximizes bench and shelf space
- Bottom handles provide a secure grip while lifting and transporting
- Large top handles for a full hand grip
- Molded-in carboy identification marks
- Large, clear graduation marks with ± 5% accuracy
- Autoclavable spigot and VersaBarb® technology
- EZgrip™ body design allows for maximum solution recovery
- EZgrip™ wide-mouth shape for easy filling and cleaning
CAUTION
- Do not use carboys under pressure or full vacuum
- Do not use carboys at temperatures greater than the rated maximum
- Do not store oxidizing agents in carboys
- Do not flame carboys
- Do not expose to organic compounds. Carboy will become prone to stress fracturing