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Flask Flat Bottom

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Flask Flat Bottom Specification

Shape
Flat Bottom

Glass Type
Borosilicate Glass

Control Type
Manual

Temperature Resistance
Up to 400C

Accuracy
Volumetric precision as per ASTM or ISO standards

Features
Thermal Shock Resistance, Chemically Resistant, Easy to Clean

Heating Capacity
Suitable for direct heating

Type
Laboratory Flask

Dimension (L*W*H)
Varies by capacity (e.g., 100ml: ~60x60x110mm)

Equipment Type
Flat Bottom Flask

Equipment Materials
Borosilicate Glass

Voltage
Not required

Material
Borosilicate Glass

Capacity (Ltr)
50 ml, 100 ml, 250 ml, 500 ml, 1000 ml and others

Surface Finish
Smooth

Autoclavable
Yes

Color
Transparent

Graduation Markings
Available for volume estimation

Complies to Standards
ISO 1773, ASTM E1403

Usage
Reusable

About Flask Flat Bottom

Flask Flat Bottom

Flask Flat Bottom, wide neck, with beaded rim DIN 12347

Capacity (ml)

D. (mm)

D1. (mm)

H. (mm)

100

110

250

140

500

103

170

1000

131

200

2000

166

250

Precision Engineered for Laboratory Excellence

Each flask is manufactured from premium borosilicate glass, offering outstanding resistance to chemicals and thermal shock. Designed for repeated use, it meets rigorous ISO and ASTM standards to deliver consistent, accurate results in both academic and industrial laboratories.

Suitable for Diverse Applications

With volume gradations for estimation, the flat bottom design accommodates direct heating and a variety of experimental setups. The smooth, transparent finish aids visibility and ensures thorough cleaningperfect for research, quality control, and production labs.

FAQs of Flask Flat Bottom:

Q: How is the Flat Bottom Flask used in laboratory settings?

A: The flask is commonly utilized for mixing, heating, and storing liquids. Its flat bottom design provides stability during experiments, and the clear graduation markings assist with accurate volume estimation.

Q: What materials are used to construct this flask, and why are they beneficial?

A: This flask is made from borosilicate glass, which offers excellent resistance to thermal shock, high temperatures up to 400C, and most chemicals, making it ideal for repeated laboratory use.

Q: When should I choose a flat bottom flask over other types?

A: A flat bottom flask is appropriate when you require stability on lab surfaces and direct heating over a hot plate or burner. Its versatility makes it suitable for general lab work including titrations and heating reactions.

Q: Where can this flask be utilized?

A: It is suitable for use in educational institutions, industrial laboratories, research facilities, and quality control labs, specifically designed for those requiring precision, reusability, and compliance with international standards.

Q: What standards does the flask comply with, and how does that impact usage?

A: The flask conforms to ISO 1773 and ASTM E1403 standards, ensuring volumetric precision and safety, which is crucial for reproducible experimental results.

Q: How do I clean and maintain the flask to ensure its longevity?

A: After each use, clean the flask with appropriate detergents and rinse with distilled water. Since it is autoclavable and chemically resistant, it can be sterilized without degrading the glass surface.

Q: What are the key benefits of using a borosilicate glass flat bottom flask?

A: Key benefits include high thermal and chemical resistance, precise volume measurement, easy cleaning, and the ability to withstand direct heating and sterilization, making it a versatile tool for various laboratory tasks.

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