Bottles

A borosilicate glass bottle is a heat-resistant, chemically stable laboratory container used for storing, mixing and transporting samples. Its durability makes it ideal for demanding lab environments.

Chemistry bottles are designed for storing reagents, solvents and reactive solutions. They often feature specialised closures, tighter sealing or specific shapes compared to general-purpose bottles.

A borosilicate bottle offers excellent resistance to thermal shock and is compatible with most common acids, bases and solvents. It tolerates high temperatures and autoclaving without degrading.

Yes, many aggressive chemicals can be safely stored in borosilicate glass bottles, though strongly alkaline solutions, hydrofluoric acid and some concentrated reagents may require alternative materials like PTFE.

Some chemicals may permeate or degrade plastics, making borosilicate containers more suitable. Conversely, certain highly reactive or HF-containing solutions require plastic or PTFE instead of glass.

Choose a borosilicate glass bottle for general chemical storage, heating, autoclaving or when clarity is needed. Select PTFE for highly reactive or HF-containing substances and plastic for lightweight, impact-resistant storage.

Clean with laboratory detergent, rinse thoroughly and avoid abrasive scrubbing. Inspect regularly for chips or cracks, as damage can compromise its integrity.

A glass laboratory bottle can last for years with proper care. Replace it immediately if you notice cracks, chips, clouding or compromised closures.