| Cat No. | Capacity ml. |
MIn. Qty./Pack |
| 1211M/1 | 50 | 12 |
| 1211M/2 | 100 | 12 |
| 1211M/3 | 250 | 12 |
| 1211M/4 | 500 | 12 |
| 1211M/5 | 1000 | 4 |
| 1211M/6 | 2000 | 4 |
Amber Colour Boiling Flask – Round / Flat Bottom is specially designed for heating and boiling light-sensitive liquids in laboratory applications. These flasks are manufactured using high-quality borosilicate glass that provides excellent thermal and chemical resistance during scientific processes. Because many laboratory chemicals and solutions are sensitive to light exposure, the amber-colored glass helps reduce light transmission and protects sample integrity during heating.
Labix manufactures premium-quality Amber Colour Boiling Flask – Round / Flat Bottom products suitable for chemical, pharmaceutical, industrial, and research laboratories. Available in both round bottom and flat bottom designs, these flasks provide flexibility for different laboratory operations. As a result, users can perform heating, mixing, and distillation processes safely and efficiently.
Key Features of Amber Colour Boiling Flask – Round / Flat Bottom
Amber Glass for Light-Sensitive Applications
The amber-colored glass minimizes UV and visible light exposure. Therefore, it is ideal for handling photosensitive chemicals and laboratory solutions.
Available in Round and Flat Bottom Designs
These boiling flasks are available in both round bottom and flat bottom variants. Because of this, users can choose the suitable option according to laboratory requirements.
Uniform Heat Distribution
The round bottom design allows even heat circulation during boiling processes. As a result, it reduces the chances of localized overheating.
Stable Flat Bottom Construction
The flat bottom flask provides excellent stability on laboratory surfaces. Therefore, it can be placed conveniently on benches and heating equipment.
High-Quality Borosilicate Glass
Labix Amber Colour Boiling Flask – Round / Flat Bottom products are made from durable borosilicate glass. Consequently, they offer superior thermal shock and chemical resistance.
Applications of Amber Colour Boiling Flask – Round / Flat Bottom
Chemical Heating and Boiling
These flasks are commonly used for heating chemicals and laboratory solutions. For example, they support safe and controlled boiling applications.
Pharmaceutical Laboratories
Pharmaceutical industries use amber boiling flasks for handling light-sensitive compounds. Therefore, they help maintain product stability during research and production.
Distillation and Research Work
Researchers use these flasks in distillation setups and analytical procedures. As a result, they achieve reliable and accurate laboratory performance.
Educational and Industrial Laboratories
Schools, colleges, and industrial laboratories use boiling flasks for scientific experiments and testing. Consequently, they are essential laboratory glassware products.
Benefits of Using Labix Amber Colour Boiling Flask
Protection from Light Exposure
The amber glass protects sensitive samples from harmful light. Because of this, it improves chemical stability during experiments.
Excellent Thermal Resistance
These flasks withstand high temperatures and sudden thermal changes. Therefore, they are suitable for continuous laboratory use.
Durable and Reusable Design
Labix follows strict quality standards during manufacturing. As a result, the flasks provide long-lasting and dependable performance.
Multipurpose Laboratory Applications
Amber Colour Boiling Flask – Round / Flat Bottom products support various laboratory processes. Consequently, they are widely used across multiple scientific industries.
Why Choose Labix
Labix is a trusted manufacturer of laboratory glassware known for quality, durability, and precision engineering. Every Amber Colour Boiling Flask – Round / Flat Bottom is manufactured to meet professional laboratory standards.
Moreover, Labix focuses on safety, performance, and long-term reliability. Because of this, laboratories and research professionals prefer Labix laboratory glassware for dependable scientific applications.

