Shopping Cart

Your cart is empty.

Your cart is empty.

Bekith 4 Pack 1000ml Plastic Graduated Cylinder with Stable Base, Plastic Measuring Cylinder 2-Sided Marking Lab Cylinders, Clear Measuring Cylinder for Science Projects, Laboratory Supplies

Free shipping on orders over $29.99

$22.99

$ 10 .99 $10.99

In Stock
  • Package Included: 4 pack plastic graduated cylinders with the capacity of 1000ml. Graduated cylinder beaker for safe, accurate and rapid liquid transfer.
  • Premuim Material: 1000ml measuring cylinder made of polypropylene plastic, sturdy and durable, acid resistant and alkali resistant, non-toxic and odorless.
  • Double-sided Scale: Transparent measuring cylinder with painted blue lines on one side and raised plastic lines on other side make it easy to read and ensure easy identification and accurate measurement of liquids.
  • Stable Base&Pour Spout: Plastic graduated cylinders features a hexagonal base provide maximum stability. Wide rim and a tapered pour spout for easy filling and pouring.
  • Wide Application: Plastic measuring cylinder is suitable for measuring precise quantities of liquids, test tubes, syringes, pipettes, also ideal for professional laboratories, science classrooms and household use.



Product Description

1

Bekith 4 Pack 1000ml Plastic Graduated Cylinder with Stable Base

  • Package Included: 4 pack plastic graduated cylinders with the capacity of 1000ml. Graduated cylinder beaker for safe, accurate and rapid liquid transfer.
  • Premuim Material: 1000ml measuring cylinder made of polypropylene plastic, sturdy and durable, acid resistant and alkali resistant, non-toxic and odorless.
  • Wide Application: Plastic measuring cylinder is suitable for measuring precise quantities of liquids, test tubes, syringes, pipettes, also ideal for professional laboratories, science classrooms and household use.

Plastic Measuring Cylinder 2-Sided Marking Lab Cylinders

  • Double-sided Scale: Transparent measuring cylinder with painted blue lines on one side and raised plastic lines on other side make it easy to read and ensure easy identification and accurate measurement of liquids.
  • Stable Base&Pour Spout: Plastic graduated cylinders features a hexagonal base provide maximum stability. Wide rim and a tapered pour spout for easy filling and pouring.

Clear Measuring Cylinder for Science Projects, Laboratory Supplies

5

5

6


Misery loves company
Reviewed in the United States on January 20, 2025
One was received with the bottom 'flange' broken off in two places due to inadequate packaging. Otherwise they are OK.
Mark Klees
Reviewed in the United States on July 3, 2024
I'd like these for doing oil changes on my dirt bikes. I like it too also measure the amount of two stroke oil to mix in with gas on Two Strokes
Michigan BADMO
Reviewed in the United States on July 12, 2024
Very good deal
Daniels
Reviewed in the United States on May 11, 2024
Clear markings, quality product. I use these for oil changes. Fill it to the correct amount and pour it in in one go.
AndiPandiPants
Reviewed in the United States on March 15, 2024
These graduated cylinders are very easy to read and pour well, but the "±10 mL" doesn't strictly apply.I found that at lower volumes the accuracy was pretty good, but the more liquid you're measuring, the more the volume will differ from what's printed. At 500 mL the weight of water was off by ~8 g, at 750 mL it was off by ~10 g, and by 1 L it was off by 14 g (see second photo, compare to last photo which is a more expensive cylinder).I do like the clear blue printing. These cylinders seem durable and should last a few years in my lab. These cylinders are definitely still useable, but for work where analytical measurements aren't important (~50 g vs. 50.00 g).
A
Reviewed in the United States on April 6, 2024
They're cylinders for measuring things. I've used them with liquid up to maybe 110 degree faranheit without issue. They're tall and narrow and easy to measure out what you need. The only down side is the minimum measurement could be lower. Aside from that, I don't see how you could go wrong with these.