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Lab bottles come in a wide range of materials and can be used for storage, sample collection, and transporting liquids. They also come in a variety of sizes, shapes, and packaging configurations.

Some bottles are designed to withstand harsher chemical and thermal conditions than others. It is important to select the right bottle material for your application, based on the type of chemicals you use and heat requirements.

DURAN(r)

Duran is a laboratory bottle made of borosilicate glass, which is resistant to chemical attack and thermal shock. It is also durable and can be sterilized.

DURAN bottles are available in a variety of sizes and are reusable. They are perfect for the storage of reagents, chemicals, solutions, and tissue culture media.

These are fabricated from Duran 3.3 low-expansion Borosilicate glass for maximum chemical and thermal shock resistance. They are also autoclavable and come with optional pouring rings to prevent dripping.

Schott Duran reagent bottles are shaped like Erlenmeyer flasks and can be used to store reagents, solvents, and other liquids in the lab. They come in wide and narrow neck forms.

Typical uses include evaporating and crystallizing liquids, crystallizing out solids, as well as for weighing. They are available in a wide range of sizes and can be sterilized.

Azlon(r)

Azlon has long been a name to trust in the field of labware, supplying everything from glassware to lab wares to fume extractors. Dynalon offers a wide selection of borosilicate glass jars of all shapes and sizes, from the classics to the new school. Using state-of-the-art manufacturing processes, Dynalon can source your lab supplies at competitive prices, often with the minimum of hassle and downtime. Located in the heart of Perth’s central business district, Dynalon is your one-stop shop for all your lab supply needs. Whether you’re looking for the best price on a full set of micrometric scales or just a replacement stopper to keep the lab running smoothly, we’ve got your back.

Pyrex(r)

PYREX(r) glass is known for its strength and durability and is often found in the lab. Its borosilicate formula excels and outperforms plastics for chemical resistance against many substances, including acids, alkalis, and organic solvents.

Borosilicate glass can resist abrasion, corrosion, thermal shock, and impact from handling. These features make it the perfect choice for use in the laboratory and make it a great alternative to other types of glassware.

Short ring neck This round bottom boiling flask has short ring necks that are precisely tooled for uniform stopper fit, and the reinforced rim increases mechanical strength. These are used in applications requiring rigid stoppering, such as wash bottles or in distillation columns.

Graduated Replaceable Tube

These heavy wall flasks have a graduated replaceable tube that is seated in a grommet. Should the flask become upset, the grommet helps to absorb the force, and the replacement tube can be easily removed.

The name “PYREX” is usually embossed on the top of some heat and chemical-resistant laboratory glassware, such as test tubes, bottles, and funnels. It is sometimes also seen on insulators.

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Nalgene(r)

Nalgene lab bottles and jugs are designed to protect your laboratory work. They’re made of lightweight plastics that are lighter than glass and won’t shatter, so they’re safer to handle.

These bottles and jugs are available in a wide variety of resins to fit virtually any application, including polypropylene copolymer (PPCO), low-density polyethylene (LDPE), or high-density polyethylene (HDPE). They can be used for storage, transport, dilution, and dispensing of liquids such as acids, bases, and alcohol.

Whether you need to measure 1/10 or 1/100 dilutions, Nalgene dilution bottles are easy to use and offer graduation accuracy. They’re also resistant to tweens and flammable materials, making them an excellent choice for safety-conscious scientists.

Nalgene beakers, desiccators, and Erlenmeyer flasks replace glass counterparts that chip and break. They’re also easier to read since liquids don’t form a meniscus. These containers are also lightweight, so they’re easier to move around the lab.

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