Erlenmeyer Flasks
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These Erlenmeyer flasks feature heavy-duty rims to reduce chipping, white, permanent graduations, and large marking squares. Made from high-quality borosilicate tubing with a low coefficient of expansion. Borosilicate tubing also provides uniform wall thickness resulting in the optimum balance betwe
Options
| Item No. | Description | Price | |
|---|---|---|---|
| 20231-1000 | Erlenmeyer Flask, 1000ml | Price $1.5 | Each |
| 20231-125 | Erlenmeyer Flask, 125ml | Price $6.15 | Each |
| 20231-2000 | Erlenmeyer Flask, 2000ml | Price $49.95 | Each |
| 20231-250 | Erlenmeyer Flask, 250ml | Price $7.5 | Each |
| 20231-500 | Erlenmeyer Flask, 500ml | Price $12.75 | Each |
Description
These Erlenmeyer flasks feature heavy-duty rims to reduce chipping, white, permanent graduations, and large marking squares. Made from high-quality borosilicate tubing with a low coefficient of expansion. Borosilicate tubing also provides uniform wall thickness resulting in the optimum balance between thermal shock resistance and mechanical strength.
Erlenmeyer Flasks
These Erlenmeyer flasks feature heavy-duty rims to reduce chipping, white, permanent graduations, and large marking squares. Made from high-quality borosilicate tubing with a low coefficient of expansion. Borosilicate tubing also provides uniform wall thickness resulting in the optimum balance betwe
Options
| Item No. | Description | Price | |
|---|---|---|---|
| 20231-1000 | Erlenmeyer Flask, 1000ml | Price $1.5 | Each |
| 20231-125 | Erlenmeyer Flask, 125ml | Price $6.15 | Each |
| 20231-2000 | Erlenmeyer Flask, 2000ml | Price $49.95 | Each |
| 20231-250 | Erlenmeyer Flask, 250ml | Price $7.5 | Each |
| 20231-500 | Erlenmeyer Flask, 500ml | Price $12.75 | Each |
Description
These Erlenmeyer flasks feature heavy-duty rims to reduce chipping, white, permanent graduations, and large marking squares. Made from high-quality borosilicate tubing with a low coefficient of expansion. Borosilicate tubing also provides uniform wall thickness resulting in the optimum balance between thermal shock resistance and mechanical strength.