Product Description
The Erlenmeyer flask is one of the most commonly used reaction vessels in the laboratory,
featuring a distinctive conical shape that facilitates mixing, heating, and storage.
The narrow mouth reduces evaporation and splashing, making it ideal for titration,
heating reactions, and media preparation.
Four Series · Flexible Selection
RichTech offers flasks in Erlenmeyer, Filtering,
Round-Bottom, and Flat-Bottom series:
1. Erlenmeyer Flasks (Standard Conical)
- Conical design with wide base and narrow mouth for easy mixing and storage.
- Narrow mouth effectively reduces evaporation and splashing, ideal for titration.
- Suitable for titration analysis, heating reactions, and media preparation.
2. Filtering Flasks (Side-Arm)
- Features a side-arm for connection to a vacuum pump for filtration.
- Uniform wall thickness to withstand vacuum pressure.
- Used with Buchner or fritted funnels for solid-liquid separation.
3. Round-Bottom Flasks
- Round-bottom design for even heat distribution, ideal for reflux and distillation.
- Requires heating mantle or oil bath — not for use on hot plates.
- Used in organic synthesis, reflux reactions, and distillation.
4. Flat-Bottom Flasks
- Flat bottom for stable placement on hot plates or workbenches.
- Combines the narrow mouth of a flask with the stability of a beaker.
- Suitable for heating reactions, solution preparation, and general storage.
Design Features
- Conical Design: Wide base with narrow mouth, ideal for swirling and mixing without splashing.
- Narrow Mouth: Reduces evaporation and contamination during storage and reactions.
- Clear Graduations: White or blue scale markings for quick volume reading.
- Uniform Wall Thickness: Minimizes thermal stress during heating, reducing the risk of breakage.
Material Advantage
Manufactured from Borosilicate Glass 3.3 in accordance with ISO 3585 standards.
The ultra-low coefficient of thermal expansion (3.3×10⁻⁶/K) ensures resistance
to thermal shock up to 280°C, making it suitable for heating, cooling, and
a wide range of laboratory operations.
Quality Assurance
Every piece undergoes rigorous dimensional inspection, stress testing, and
visual inspection to meet high laboratory standards, providing reliable
performance for your experiments.
Note: When heating, use a wire gauze or hot plate for
uniform heat distribution. Do not seal the flask completely during heating
to prevent pressure buildup.
