The Apex Labs 2000ml Euro Design Beaker is engineered for high-volume laboratory tasks that require maximum safety and durability. This 2-litre powerhouse is the ultimate shatterproof alternative to large-scale glass beakers, providing peace of mind in busy industrial, clinical, and educational environments.

Molded from premium, high-clarity polypropylene (PP), this beaker features a modern “Euro-Design” straight-wall profile that ensures superior stability on the benchtop. Whether you are preparing bulk reagents or mixing high-viscosity solutions, its reinforced structure is built to handle the weight and demands of professional lab work.

Key Features

• Max-Volume Efficiency: The generous 2000ml (2 Litre) capacity is perfect for bulk solution preparation, pilot-scale testing, and wastewater analysis.

• Industrial-Grade Safety: High-impact PP construction eliminates the danger of shards from broken glass, protecting staff in high-traffic or high-risk areas.

• Space-Saving Euro-Design: The straight-sided profile is not only modern but allows for stable handling and efficient storage of large vessels.

• Molded-In Graduations: Features permanent, sharp metric markings that will never wash off, even after repeated exposure to harsh cleaning agents or solvents.

• Precision-Tapered Spout: Specifically engineered to provide a smooth, drip-free pour, ensuring safe and accurate liquid transfer of large volumes.

• Chemically Inert & Autoclavable: Highly resistant to most laboratory acids, bases, and alcohols. Fully autoclavable at $121^circtext{C}$ for sterile applications.

Technical Specifications

Applications

• Bulk Reagent Preparation: The ideal size for mixing large batches of buffers and stock solutions.

• Environmental Sampling: Excellent for collecting and measuring high-volume water and soil samples in the field.

• Industrial Mixing: Durable enough for use with overhead stirrers in chemical processing and R&D.

• Academic Labs: A safe, unbreakable solution for large-group demonstrations and university-level chemistry.