Eisco Glass Graduated Cylinders, Squat Form
À propos de cet article
Specially designed to take up half the height of similar capacity tall-form cylinders.
- Made of high quality, heavy duty, borosilicate 3.3 glass
- Class A tolerance conforms with DIN ISO 4788 standards for accuracy
- Spout for easy pouring
- Hexagonal base provides maximum stability and prevents rolling when placed on side
- Easy-to-read blue graduations and specifications contrast against light color liquids
Autoclavable, with superior chemical durability. Low temperature gradient - can withstand high temperatures and thermal shocks. Calibrated to contain.
Eisco labs borosilicate glass has the following heat tolerances:
- Strain Point 515 °C
- Annealing Point 565 °C
- Softening Point 820 °C
Packaging: One unit per pack.
Product Details
Specially designed to take up half the height of similar capacity tall-form cylinders.
- Made of high quality, heavy duty, borosilicate 3.3 glass
- Class A tolerance conforms with DIN ISO 4788 standards for accuracy
- Spout for easy pouring
- Hexagonal base provides maximum stability and prevents rolling when placed on side
- Easy-to-read blue graduations and specifications contrast against light color liquids
Autoclavable, with superior chemical durability. Low temperature gradient - can withstand high temperatures and thermal shocks. Calibrated to contain.
Eisco labs borosilicate glass has the following heat tolerances:
- Strain Point 515 °C
- Annealing Point 565 °C
- Softening Point 820 °C
Packaging: One unit per pack.
Product Family Options
Informations sur le produit
- CapacitéGraduationAvailabilityPrice
- 470346-124Blue markings10 ml1 mlSupplier Number: CH0343I
- 470344-046Blue markings25 ml1 mlSupplier Number: CH0343J
- 470344-008Blue markings50 ml1 mlSupplier Number: CH0343K
- 470345-452Blue markings100 ml2 mlSupplier Number: CH0343L
- 470343-632Blue markings250 ml5 mlSupplier Number: CH0343M
- 470344-858Blue markings500 ml10 mlSupplier Number: CH0343N
- 470345-844Blue markings1000 ml20 mlSupplier Number: CH0343O