Kjeldahl Flask

Price 150.0 INR/ Piece

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MOQ : 1 Piece

Kjeldahl Flask Specification

Temperature Resistance
Thermal shock resistant up to 500C

Glass Type
Borosilicate glass

Shape
Conical with long neck

Features
Highly resistant to chemicals, clear graduation marks, uniform wall thickness for heat resistance

Type
Kjeldahl Flask

Equipment Type
Laboratory glassware

Equipment Materials
Borosilicate glass

Material
Borosilicate glass

Capacity (Ltr)
500 ml (Common capacity, other volumes available)

Kjeldahl Flask Trade Information

Minimum Order Quantity
1 Piece

Supply Ability
1 Piece Per Day

Delivery Time
15 Days

About Kjeldahl Flask

Kjeldahl Flask

We are an eminent name, which is engaged in offering Kjeldhal Flask to respectable clients. The offered range of kjeldhal flasks is made utilizing premium grade raw material and innovative techniques in complete adherence with the industry laid norms and standards. Along with this, the offered range of kjeldhal flasks is available in number of customized designs, shapes and allied specifications in accordance with the diverse demands of clients.

CAPACITY ML	APPROX. O.D. X HEIGHT , MM
10	30 X 180
30	40 X 180
100	61 X 210
300	80 X 298
500	97 X 325
800	113 X 375

Robust Construction for Laboratory Precision

The Kjeldahl Flask is engineered using premium borosilicate glass, which provides exceptional resistance to both chemicals and thermal shock. Its conical shape with a long neck facilitates the mixing and heating processes essential in laboratory analysis, ensuring reliable and reproducible results every time.

Versatile Applications across Laboratories

Widely used in nitrogen determination following the Kjeldahl method, this flask suits chemical, food, environmental, and research laboratories. Its design supports accurate volumetric measurements and safe handling during heating, making it indispensable for various analytical and preparative tasks.

FAQs of Kjeldahl Flask:

Q: How is a Kjeldahl Flask used in laboratory processes?

A: A Kjeldahl Flask is primarily used for nitrogen estimation through the Kjeldahl method in analytical chemistry. Its conical body and long neck facilitate digestion, distillation, and other processes that involve mixing and heating of samples.

Q: What materials are Kjeldahl Flasks made from and why?

A: Kjeldahl Flasks are manufactured from borosilicate glass due to its superior resistance to chemicals and ability to endure temperatures up to 500C without thermal shock, making it ideal for laboratory use where heating and strong reagents are common.

Q: When should a Kjeldahl Flask be chosen over other laboratory glassware?

A: A Kjeldahl Flask should be selected when procedures require vigorous heating and digestion of samples, such as nitrogen determination, where resistance to sudden temperature changes and harsh chemicals is necessary.

Q: Where are Kjeldahl Flasks typically used?

A: Kjeldahl Flasks are commonly used in chemical, agricultural, food, and educational laboratories across research institutions, industry facilities, and academic centers for analytical procedures involving sample digestion and distillation.

Q: What benefits does the borosilicate glass provide for Kjeldahl Flasks?

A: Borosilicate glass offers high resistance to thermal shock and chemical corrosion, clear graduation marks for precise measuring, and a robust structure due to uniform wall thickness, ensuring long-term reliability in the laboratory.

Q: Can Kjeldahl Flasks handle rapid temperature changes during experiments?

A: Yes, these flasks are specifically designed to withstand rapid temperature shiftsup to 500Cthanks to their borosilicate glass composition, reducing the risk of breakage during intense heating and cooling cycles.

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