Globe 8010020 Beaker 20mL Low Form Griffin Style
A 20 mL low-form Griffin beaker with dual-scale graduations, uniform 3.3 borosilicate walls and a formed spout for steady pouring
- Low-form Griffin design enables stable heating
- 20 mL capacity suits small-volume work
- 3 borosilicate glass resists thermal shock
- Dual metric scale allows precise measurement
- Meets ASTM E960 Type I specification
Globe 20 mL beaker purpose
The Globe 8010020 is a 20 mL low-form Griffin style beaker made from 3.3 borosilicate glass for laboratory use. It suits technicians and students who need a small, chemically resistant vessel for measuring, mixing or heating liquids. The uniform wall thickness and flat bottom give stable bench performance. It is not for buyers who want larger volumes or a tall-form profile.
Build fit and freedoms
The beaker meets ASTM E960 Type I specifications so it integrates with standard lab workflows that require that grade of glassware. A formed pour spout and beaded rim allow steady decanting without extra funnels. Dual metric scale graduations and a large white marking area remove the need for separate labels or temporary tape. It frees the user from worrying about thermal shock during routine heating cycles.
Sustained load behaviour
The low-expansion 3.3 borosilicate construction maintains dimensional stability through repeated heat-cool cycles. High chemical resistance means the glass surface and the durable white enamel printing withstand prolonged exposure to common reagents. Uniform wall thickness distributes stress evenly, reducing the chance of failure during extended stirring or autoclaving. The vessel remains reliable across the full 10 mL to 4000 mL size range.
How it compares
Measured against everything we stock in Lab Equipment & Supplies, at today’s prices. Recalculated every night.
- Price $43.99
- Cheaper than about 59% of the 734 comparable items (median $60.99).
Specifications
| Product | |
|---|---|
| Brand name | GLOBE SCIENTIFIC |
Questions about this item
How much thermal shock can the 3.3 borosilicate glass withstand before it fails?
The beaker meets ASTM E960 Type I specifications, which define the thermal-shock performance requirements for low-expansion borosilicate lab glassware.
Does the beaker become too hot to handle during extended heating?
Borosilicate glass conducts heat, so the walls and base will reach the temperature of the contents; use tongs or a heat-resistant glove for prolonged heating.
What heating equipment is required to use this beaker?
A compatible heat source such as a Bunsen burner, hot plate, or mantle that accommodates a 20 mL low-form Griffin beaker is needed.
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