Description
Usage:
This Graduated cylinders is suitable for Lab, food , beverage, wine making.
Why our Graduated Measuring Cylinder is better than others?
1:Perfect transparency.
2:Remarkable heat resistance.
3:Excellent chemical resistance.
4:Shatter-proof.
5:Molded-in graduation lines on the back of the cylinders ensure easier, more accurate fluid level readings.
6:Increase thickening base of the cylinders make they are more stable.
Measurement
If the reading is done and the value calculated is set to be 40.0 mL.
The precise value would be 40.0 ± 0.1 or 40.1 to 39.9 mL
If the reading is done and the value calculated is set to be 36.5 mL.
The more precise value equates to 36.5 \pm 0.5 mL or 36.0 to 37.0 mL.
To read the volume accurately, the observation must be at an eye level and read at the bottom of a meniscus of the liquid level.
For example, in the picture on the bottom of the page,
a 100mL graduated cylinder was used to measure the liquid.
The cylinder contains 60mL liquid volume.
The main reason as to why the reading of the volume is done via meniscus is
due to the nature of the liquid in a closed surrounded space.
By nature, liquid in the cylinder would be attracted to the wall around it through molecular forces.
This forces the liquid surface to develop either a convex or concave shape,
depending on the type of the liquid in the cylinder.
Reading the liquid at the bottom part of a concave or the top part of the convex
liquid is equivalent to reading the liquid at its meniscus.
This Graduated cylinders is suitable for Lab, food , beverage, wine making.
Why our Graduated Measuring Cylinder is better than others?
1:Perfect transparency.
2:Remarkable heat resistance.
3:Excellent chemical resistance.
4:Shatter-proof.
5:Molded-in graduation lines on the back of the cylinders ensure easier, more accurate fluid level readings.
6:Increase thickening base of the cylinders make they are more stable.
Measurement
If the reading is done and the value calculated is set to be 40.0 mL.
The precise value would be 40.0 ± 0.1 or 40.1 to 39.9 mL
If the reading is done and the value calculated is set to be 36.5 mL.
The more precise value equates to 36.5 \pm 0.5 mL or 36.0 to 37.0 mL.
To read the volume accurately, the observation must be at an eye level and read at the bottom of a meniscus of the liquid level.
For example, in the picture on the bottom of the page,
a 100mL graduated cylinder was used to measure the liquid.
The cylinder contains 60mL liquid volume.
The main reason as to why the reading of the volume is done via meniscus is
due to the nature of the liquid in a closed surrounded space.
By nature, liquid in the cylinder would be attracted to the wall around it through molecular forces.
This forces the liquid surface to develop either a convex or concave shape,
depending on the type of the liquid in the cylinder.
Reading the liquid at the bottom part of a concave or the top part of the convex
liquid is equivalent to reading the liquid at its meniscus.
Thick Glass Measuring Cylinder Graduated Set Graduated Flask Borosilicate Glass with Two Brushes and 3 Pipettes Shockproof New Style Cylinder Laboratory Science 5ml 25 ml 50ml 100ml (Glass Base)
Current Price
$16.99
Average
$16.99
Min Price
$16.99
Max Price
$16.99
Price dynamics
0%
Description
Usage:
This Graduated cylinders is suitable for Lab, food , beverage, wine making.
Why our Graduated Measuring Cylinder is better than others?
1:Perfect transparency.
2:Remarkable heat resistance.
3:Excellent chemical resistance.
4:Shatter-proof.
5:Molded-in graduation lines on the back of the cylinders ensure easier, more accurate fluid level readings.
6:Increase thickening base of the cylinders make they are more stable.
Measurement
If the reading is done and the value calculated is set to be 40.0 mL.
The precise value would be 40.0 ± 0.1 or 40.1 to 39.9 mL
If the reading is done and the value calculated is set to be 36.5 mL.
The more precise value equates to 36.5 \pm 0.5 mL or 36.0 to 37.0 mL.
To read the volume accurately, the observation must be at an eye level and read at the bottom of a meniscus of the liquid level.
For example, in the picture on the bottom of the page,
a 100mL graduated cylinder was used to measure the liquid.
The cylinder contains 60mL liquid volume.
The main reason as to why the reading of the volume is done via meniscus is
due to the nature of the liquid in a closed surrounded space.
By nature, liquid in the cylinder would be attracted to the wall around it through molecular forces.
This forces the liquid surface to develop either a convex or concave shape,
depending on the type of the liquid in the cylinder.
Reading the liquid at the bottom part of a concave or the top part of the convex
liquid is equivalent to reading the liquid at its meniscus.
This Graduated cylinders is suitable for Lab, food , beverage, wine making.
Why our Graduated Measuring Cylinder is better than others?
1:Perfect transparency.
2:Remarkable heat resistance.
3:Excellent chemical resistance.
4:Shatter-proof.
5:Molded-in graduation lines on the back of the cylinders ensure easier, more accurate fluid level readings.
6:Increase thickening base of the cylinders make they are more stable.
Measurement
If the reading is done and the value calculated is set to be 40.0 mL.
The precise value would be 40.0 ± 0.1 or 40.1 to 39.9 mL
If the reading is done and the value calculated is set to be 36.5 mL.
The more precise value equates to 36.5 \pm 0.5 mL or 36.0 to 37.0 mL.
To read the volume accurately, the observation must be at an eye level and read at the bottom of a meniscus of the liquid level.
For example, in the picture on the bottom of the page,
a 100mL graduated cylinder was used to measure the liquid.
The cylinder contains 60mL liquid volume.
The main reason as to why the reading of the volume is done via meniscus is
due to the nature of the liquid in a closed surrounded space.
By nature, liquid in the cylinder would be attracted to the wall around it through molecular forces.
This forces the liquid surface to develop either a convex or concave shape,
depending on the type of the liquid in the cylinder.
Reading the liquid at the bottom part of a concave or the top part of the convex
liquid is equivalent to reading the liquid at its meniscus.
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