The Measuring Cylinder Glass High Form is designed for high-accuracy volume measurements in analytical, educational, and research laboratories. Manufactured from heat-resistant borosilicate glass and calibrated to DIN/ISO Class A standards, it ensures superior precision, excellent chemical resistance, and long-term dimensional stability.

The high form (tall) design enables finer resolution readings and improved accuracy for precise volumetric work. Colored graduations provide clear visibility and durable readability, while the round base offers stable placement on laboratory benches. An integrated spout allows smooth, controlled, and drip-minimized pouring during liquid transfer.

This cylinder is suitable for laboratories requiring Class A volumetric accuracy and consistent, reliable performance.

Applications

• Analytical chemistry and quantitative analysis

• Precise liquid measurement

• Research and quality control laboratories

• Educational laboratory experiments

• General laboratory workflows

Advantages

• DIN/ISO Class A accuracy for precise measurements

• Borosilicate glass for heat and chemical resistance

• High form design for improved reading resolution

• Colored graduations for enhanced visibility

• Round base with spout for stable, drip-reduced pouring

Technical Specifications

• Material: Borosilicate glass

• Accuracy Class: DIN/ISO Class A

• Form: High form (tall)

• Base: Round base

• Graduations: Colored scale

• Spout: Integrated pouring spout

• Standards: DIN/ISO compliant

Safety Warnings

• Avoid sudden temperature changes to prevent thermal stress.

• Handle with care to reduce the risk of breakage.

• Use appropriate personal protective equipment during laboratory operations.

Storage Conditions

• Store in a clean, dry, and stable environment.

• Protect from mechanical impact and excessive stacking.

Usage Notes

• Rinse thoroughly before first use.

• Read the meniscus at eye level for maximum accuracy.

• Suitable for Class A volumetric measurements requiring high precision.