Description
[table id=636 /]
The MEDILAB Volumetric Flask with PP Stopper, Class B, is a precision laboratory vessel designed for preparing and diluting solutions to a defined volume with reliable accuracy. Equipped with a chemically resistant polypropylene stopper, it ensures safe handling and reduced contamination risk. This flask is ideal for routine laboratory applications where standardised volumetric performance is required.
Key Features
- Class B accuracy is suitable for routine volumetric work
- Supplied with a secure, chemically resistant PP stopper
- Clear and durable graduation for easy meniscus reading
- Narrow neck design for controlled and accurate filling
- High resistance to chemical attack and temperature variations
- Printing available in white, blue, or amber enamel
Material Specifications
- Material Type: High-quality laboratory glass with polypropylene (PP) stopper
- Thermal Properties: Good resistance to temperature variations under normal laboratory use
- Chemical Resistance: Excellent resistance to acids, alkalis, and common laboratory reagents
- Mechanical Properties: Uniform wall thickness for durability and safety
- Standards Compliance: Manufactured in accordance with DIN ISO 1042 standards
Technical Specifications
- Available Capacities: Common sizes from 5 ml to 2000 ml
- Design: Round-bottom volumetric flask with narrow neck
- Accuracy Class: Class B
- Tolerance: As specified under ISO / DIN Class B requirements
- Calibration: Batch calibrated at 20 °C
- Accessories Included: Polypropylene (PP) stopper supplied as standard
Handling & Precautions
- Rinse thoroughly before first use to ensure accuracy
- Fill slowly and align the meniscus at eye level
- Clean with suitable laboratory detergents and soft brushes
- Autoclavable under standard laboratory conditions
- Avoid sudden temperature changes and mechanical impact
- Store with a stopper loosely fitted to prevent sticking
Applications
- Routine preparation and dilution of laboratory solutions
- Chemical and analytical testing laboratories
- Pharmaceutical QC and QA environments
- Academic teaching and research institutions
- Biotechnology and industrial laboratories
- Daily laboratory workflows requiring dependable volumetric accuracy
