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China Borosilicate Glass Measuring Cylinder - High-Quality Suppliers & Factory for Laboratory Use

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Description:

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 Lab Borosilicate Glass Measuring Cylinder featuring graduation and spout designed for precision and ease of use.
 Color: Transparent/Clear
 Material: Borosilicate Glass 3.3, known for its durability and heat resistance.
 Volume Range: 5ml to 2000ml, catering to various laboratory needs.
 Applications: Ideal for laboratories, chemical analysis, and educational institutions.
 OEM/ODM Available: Yes, we can customize based on your ideas or drawings, with the possibility of printing your logos.

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Features of Glass Measuring Cylinder:

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 Excellent thermal shock resistance, perfect for rigorous lab environments.
 Clear graduation and labeling field for easy measurement reading.
 Uniform, thick wall construction for enhanced durability.
 Available in various base types for greater stability while standing.

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    Glass Measuring Cylinder

    • ● High borosilicate glass
    • ● Stable base
    • ● Clear scale
    Glass1
    Measuring Cylinder Round Base
    Glass2
    Measuring Cylinder Hexagon Base
    Glass3
    Measuring Cylinder With Glass Stopper
    Glass4
    Measuring Cylinder With Plastic Hexagon Base & Guard Ring
    Product Name: Glass Measuring Cylinder
    Product Type: 5–2000ml
    Product Material: High borosilicate glass
    Product Introduction: The graduated cylinder is a tall, cylindrical container with a spout on one side of the top for easy pouring. The bottom has a wide base to maintain stability. The walls of the cylinder are marked with graduations from bottom to top. When reading the measurement, the experimenter should ensure that their line of sight is level with the lowest point of the liquid's meniscus.

    Product Show

    • ● Made of BORO3.3 high borosilicate glass, resistant to high temperatures and corrosion.
    • ● The color is clean and transparent, and the simple opening is smooth without gnaw marks.
    • ● The overflow outlet (mold forming) allows smooth and controllable liquid flow.
    Glass32
    Measuring Cylinder Round Base Show
    Glass6
    Glass8
    Glass7
    Glass9
    Measuring Cylinder Hexagon Base Show
    Glass10
    Glass12
    Glass11
    Glass13
    Measuring Cylinder With Glass Stopper Show
    Glass14
    Glass16
    Glass15
    Glass17
    Measuring Cylinder With Plastic Hexagon Base & Guard Ring Show
    Glass18
    Glass20
    Glass19
    Glass21

    Product Details Show

    Glass22
    Glass24
    Glass23
    Glass25
    Glass26
    Glass28
    Glass27
    Glass29

    Size Show

    Glass30
    10ml
    25ml
    50ml
    100ml
    250ml
    500ml
    1000ml
    2000ml
    5ml1
    10ml1
    25ml1
    50ml1
    100ml1
    250ml1
    500ml1
    1000ml1
    2000ml1
    5ml2
    10ml2
    25ml2
    50ml2
    100ml2
    250ml2
    500ml2
    1000ml2
    2000ml2
    5ml3
    10ml3
    25ml3
    50ml3
    100ml2
    250ml3
    500ml3
    1000ml3
    2000ml3

    Glass Measuring Cylinder Specs

    Description Picture Spec (ml) Base Diameter (mm) Outer Diameter (mm) Height (mm) Weight (g)
    Measuring Cylinder, Round Base GLASS 5ml 37 14 123 27
    10ml 40 16 151 37
    25ml 47 20 166 43
    50ml 60 26 198 75
    100ml 63 31 260 112
    250ml 80 42 305 201
    500ml 93 56 364 322
    1000ml 109 64 452 470
    2000ml 140 85 520 731
    Measuring Cylinder, Hexagon Base Glass1 5ml 49 14 122 33
    10ml 50 15 140 34
    25ml 60 22 168 56
    50ml 65 27 197 90
    100ml 73 33 246 150
    250ml 102 42 302 261
    500ml 114 55 353 356
    1000ml 133 67 455 589
    2000ml 169 90 520 1134
    Measuring Cylinder With Glass Stopper Glass2 5ml 39 9 140 33
    10ml 40 15 170 35
    25ml 46 22 212 75
    50ml 54 25 244 90
    100ml 63 32 290 151
    250ml 77 42 375 273
    500ml 97 56 422 400
    1000ml 110 64 513 564
    2000ml 141 90 590 1049
    Measuring Cylinder With Plastic Hexagon Base Guard Ring Glass3 5ml 56 9 117 28
    10ml 57 16 150 38
    25ml 63 22 161 54
    50ml 65 27 198 81
    100ml 75 33 247 116
    250ml 102 42 314 202
    500ml 110 55 355 315
    1000ml 122 66 441 496
    2000ml 179 90 500 853

    Precautions

    1. When pouring liquid into a graduated cylinder, tilt the cylinder slightly and keep the mouth of the bottle close to the cylinder's opening. When the amount to be added is slightly less than the required volume, switch to a dropper to add the liquid until the desired amount is reached.
    2. After injecting the liquid, wait 1 - 2 minutes for the liquid adhering to the inner wall to flow down, and then read the scale value. Otherwise, the measured value will be underestimated.
    3. Do not dilute or prepare solutions in a graduated cylinder; do not heat the graduated cylinder.
    4. Do not carry out chemical reactions in a graduated cylinder: it may damage the cylinder and sometimes even cause danger.
    5. Do not leave the graduated cylinder with chemicals for long periods to avoid contamination by dust and evaporation of water from the solution.
    6. Do not use scouring powder to clean to avoid scratching the markings.

    Frequently Asked Questions

    What material are these measuring cylinders made of?
    They are made of BORO3.3 high borosilicate glass, which offers excellent resistance to high temperatures and chemical corrosion.
    Can I heat liquids or carry out chemical reactions in these cylinders?
    No. You should not heat the graduated cylinder, dilute or prepare solutions, or carry out chemical reactions inside it, as this may damage the cylinder or cause danger.
    How should I read the volume scale correctly?
    When reading the measurement, ensure your line of sight is completely level with the lowest point of the liquid's meniscus. Also, wait 1-2 minutes after pouring for the liquid adhering to the inner wall to flow down.
    What base options are available for the glass measuring cylinders?
    We offer round bases, hexagon bases, glass stoppers, and plastic hexagon bases with guard rings to meet different laboratory stability requirements.
    How should I clean the glass measuring cylinder?
    Clean the cylinder gently and avoid using scouring powder or abrasive materials, as they can scratch the glass and damage the precise graduation markings.

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