Rugged, break-resistant beakers: These stainless steel beakers offer a durable alternative to glass for mixing, heating, transferring, and holding laboratory liquids. Their most obvious advantage is that they resist breakage: in busy laboratories, teaching environments, and industrial settings, a dropped or knocked beaker can mean lost samples, cleanup of broken glass, and downtime. A metal beaker removes that risk almost entirely, which makes stainless a sensible default wherever robustness and safety are priorities over the optical clarity of glass.
The advantages of stainless steel: Stainless steel is corrosion resistant, easy to clean, and tolerant of a broad range of laboratory chemicals and temperatures, which is why it is such a common choice for metal labware. It stands up to repeated washing without clouding, scratching in a way that affects use, or absorbing residues, so a stainless beaker can be cleaned thoroughly and returned to service again and again across many different procedures.
Two capacities to match the task: The group offers two sizes, 1.2 L and 2 Qt, so a beaker can be matched to the working volume of a given task. Selecting a capacity close to the volume you are handling improves control and reduces waste and spillage. Both beakers share the same stainless construction and differ only in size, so the choice comes down simply to how much liquid you need to hold, mix, or heat.
Long service life and pairing options: Because stainless steel resists corrosion and mechanical damage, these beakers tend to deliver a long service life, which can make them more economical over time than repeatedly replacing broken glassware. They also pair naturally with matching stainless beaker covers, sold separately, so a beaker and a correctly sized cover together can limit evaporation and airborne contamination during heating, mixing, and short-term storage.
Recommended For
Mixing, heating, and transferring laboratory liquids
The two variants differ only in capacity, 1.2 L and 2 Qt, letting you match the beaker to the volume of the task.
Primary Industries
Laboratories and research
Industrial manufacturing
Food and beverage
Education
Standards and Certifications
None specified by source (California Prop 65 warning applies)
FAQs
Why choose a stainless steel beaker over glass?
Stainless steel beakers resist breakage, making them well suited to busy or industrial settings where glass could be dropped or knocked. Stainless steel is also corrosion resistant, easy to clean, and tolerant of many chemicals and temperatures, so the beakers can be washed and reused repeatedly across procedures.
What sizes are available?
The group offers two capacities, 1.2 L and 2 Qt. Choosing the size closest to your working volume helps with accurate handling and reduces waste. Both are made of the same stainless steel construction and differ only in capacity, so selection comes down to the volume you need.
Can these beakers be heated?
Stainless steel tolerates a wide range of laboratory temperatures and is commonly used for heating applications. As with any labware, follow your standard procedures for safe heating and handling, and use appropriate protection when moving hot vessels. Confirm suitability for your specific heat source before use.
Are covers available for these beakers?
Stainless steel beaker covers are offered separately in a range of sizes. Pairing a beaker with a correctly sized cover helps reduce evaporation of the contents and limits airborne contamination during heating, mixing, or storage. Match the cover size to the beaker for the best fit.
Are the beakers easy to clean and reuse?
Yes. Stainless steel withstands routine laboratory washing and resists corrosion, so these beakers can be cleaned and reused across many procedures. Their durable construction supports a long service life, which can make them more economical over time than repeatedly replacing broken glass beakers.
Rugged, break-resistant beakers: These stainless steel beakers offer a durable alternative to glass for mixing, heating, transferring, and holding laboratory liquids. Their most obvious advantage is that they resist breakage: in busy laboratories, teaching environments, and industrial settings, a dropped or knocked beaker can mean lost samples, cleanup of broken glass, and downtime. A metal beaker removes that risk almost entirely, which makes stainless a sensible default wherever robustness and safety are priorities over the optical clarity of glass.
The advantages of stainless steel: Stainless steel is corrosion resistant, easy to clean, and tolerant of a broad range of laboratory chemicals and temperatures, which is why it is such a common choice for metal labware. It stands up to repeated washing without clouding, scratching in a way that affects use, or absorbing residues, so a stainless beaker can be cleaned thoroughly and returned to service again and again across many different procedures.
Two capacities to match the task: The group offers two sizes, 1.2 L and 2 Qt, so a beaker can be matched to the working volume of a given task. Selecting a capacity close to the volume you are handling improves control and reduces waste and spillage. Both beakers share the same stainless construction and differ only in size, so the choice comes down simply to how much liquid you need to hold, mix, or heat.
Long service life and pairing options: Because stainless steel resists corrosion and mechanical damage, these beakers tend to deliver a long service life, which can make them more economical over time than repeatedly replacing broken glassware. They also pair naturally with matching stainless beaker covers, sold separately, so a beaker and a correctly sized cover together can limit evaporation and airborne contamination during heating, mixing, and short-term storage.
Recommended For
Mixing, heating, and transferring laboratory liquids
The two variants differ only in capacity, 1.2 L and 2 Qt, letting you match the beaker to the volume of the task.
Primary Industries
Laboratories and research
Industrial manufacturing
Food and beverage
Education
Standards and Certifications
None specified by source (California Prop 65 warning applies)
FAQs
Why choose a stainless steel beaker over glass?
Stainless steel beakers resist breakage, making them well suited to busy or industrial settings where glass could be dropped or knocked. Stainless steel is also corrosion resistant, easy to clean, and tolerant of many chemicals and temperatures, so the beakers can be washed and reused repeatedly across procedures.
What sizes are available?
The group offers two capacities, 1.2 L and 2 Qt. Choosing the size closest to your working volume helps with accurate handling and reduces waste. Both are made of the same stainless steel construction and differ only in capacity, so selection comes down to the volume you need.
Can these beakers be heated?
Stainless steel tolerates a wide range of laboratory temperatures and is commonly used for heating applications. As with any labware, follow your standard procedures for safe heating and handling, and use appropriate protection when moving hot vessels. Confirm suitability for your specific heat source before use.
Are covers available for these beakers?
Stainless steel beaker covers are offered separately in a range of sizes. Pairing a beaker with a correctly sized cover helps reduce evaporation of the contents and limits airborne contamination during heating, mixing, or storage. Match the cover size to the beaker for the best fit.
Are the beakers easy to clean and reuse?
Yes. Stainless steel withstands routine laboratory washing and resists corrosion, so these beakers can be cleaned and reused across many procedures. Their durable construction supports a long service life, which can make them more economical over time than repeatedly replacing broken glass beakers.
