Laboratory Flask

Price 150.0 INR/ Piece

Get a Price/Quote

MOQ : 1 Piece

Laboratory Flask Specification

Shape
Conical / Erlenmeyer

Accuracy
5% (graduation accuracy)

Display Type
Graduated markings

Heating Capacity
Resistant to direct flame and heating mantles

Control Type
Manual handling

Temperature Resistance
Up to 400C approx.

Glass Type
Borosilicate

Type
Laboratory Flask

Dimension (L*W*H)
Varies as per capacity (Typical sizes range from 50 mL to 1000 mL)

Equipment Type
Laboratory Glassware

Equipment Materials
Borosilicate Glass

Material
Glass

Application
Mixing, heating, and storage of chemical solutions in laboratories

Capacity (Ltr)
0.05, 0.1, 0.25, 0.5, 1 (various sizes available)

Laboratory Flask Trade Information

Minimum Order Quantity
1 Piece

Supply Ability
1 Piece Per Day

Delivery Time
15 Days

About Laboratory Flask

Laboratory Flask

Borosilicate glass made Laboratory Flask is used for conducting various experiments. Round in appearance, this transparent lab ware allows its user to view exact level of stored solution in it. Easy to grip neck, precise dimension of mouth, standard density, ease of handling, breakage proof design and stain protected surface are some of its main aspects. Due to its dead angle free design, inside of this Laboratory Flask can be cleaned easily. Quality of this product has been verified on the basis of its longevity, resistant attributes, diameter, choice of raw material and design precision. We offer this product at reasonable price range.

CAPACITY ML	APPROX. O.D. X HEIGHT , MM
25	40 X 90
50	51 X 100
100	66 X 110
150	75 X 132
250	85 X 144
300	87 X 160
500	105 X 170
1000	133 X 200
2000	167 X 250
3000	191 X 350
5000	205 X 355
6000	250 X 350
10000	279 X 405
20000	350 X 550

Superior Borosilicate Construction

Each laboratory flask is made from premium borosilicate glass, renowned for its remarkable thermal resistance and chemical durability. This allows for safe direct heating using open flames or heating mantles without risk of glass deformation or chemical contamination. These characteristics make the flask a staple for precise scientific work and repeated laboratory use.

Versatile Laboratory Applications

The flasks cater to a range of laboratory requirements, including mixing, heating, and storing various solutions. With their conical (Erlenmeyer) profile, they provide stability and ease of swirling, minimizing the risk of spills. Whether preparing reagents, performing titrations, or storing chemicals, these flasks support efficient laboratory processes and safety.

FAQs of Laboratory Flask:

Q: How should I safely heat the laboratory flask during experiments?

A: The laboratory flask, made from borosilicate glass, can be safely heated using a Bunsen burner, heating mantle, or hot plate. Always heat gradually to avoid thermal shock and never place a hot flask directly on a cold or wet surface.

Q: What is the benefit of using borosilicate glass for laboratory flasks?

A: Borosilicate glass offers exceptional resistance to thermal and chemical stress, minimizing the risk of cracking or reacting with chemicals. Its durability ensures the flask remains safe and transparent even after repeated use at high temperatures.

Q: When should I use a conical or Erlenmeyer flask instead of other glassware?

A: A conical or Erlenmeyer flask is ideal for mixing by swirling, titrations, and tasks requiring limited evaporation or ease of pouring. Its shape reduces spills and supports efficient mixing compared to flat-bottomed beakers.

Q: Where are these laboratory flasks typically used?

A: These flasks are widely utilized in educational, research, industrial, and pharmaceutical laboratories across India and internationally, wherever reliable glassware for chemical preparation and storage is needed.

Q: What sizes are available, and how do I choose the right capacity?

A: The flasks come in sizes ranging from 0.05 L (50 mL) to 1 L. Select the appropriate capacity based on the volume of solution you need to mix, heat, or store, ensuring theres enough headspace to prevent overflow during mixing or boiling.

Q: How accurate are the graduated markings on these flasks?

A: The graduated markings provide an accuracy of 5%, suitable for standard laboratory measurements. For highly precise volumetric analysis, use specialized volumetric flasks with tighter tolerances.

Tell us about your requirement