Sedimentation Cylinder - Glass, 500 ml Capacity

Sedimentation Cylinder - Glass, 500 ml Capacity

Precision Glass Cylinder for Soil Sedimentation & Hydrometer Analysis

CodeAG037
British StandardBS812-103
Approx. Weight (kg)0.44
Tariff90248000
or
Call Impact +44 (0)1294 602626

The 500 ml Glass Sedimentation Cylinder is a high-clarity, laboratory-grade vessel designed specifically for hydrometer and sedimentation analysis of fine-grained soils. Commonly used in geotechnical and environmental testing, this cylinder provides precise volume measurement and clear visibility for accurate observation of soil particle settling over time.

Manufactured from high-quality glass, the cylinder offers excellent chemical resistance and thermal stability. Its graduated markings are easy to read, ensuring consistent test setup and reliable data collection in both laboratory and field environments.


Key Features:

  • Standard Capacity: 500ml size ideal for sedimentation and hydrometer testing procedures
  • High-Visibility Glass: Transparent for clear observation of particle settlement
  • Accurate Graduations: Marked for precise volume measurements
  • Durable Construction: Made from high-strength, chemical-resistant glass
  • Stable Base: Flat bottom design ensures upright standing during test duration
  • Reusable & Easy to Clean: Smooth glass surface minimizes residue and supports repeated use

Applications:

  • Hydrometer analysis for fine-grained soil classification
  • Ideal for geotechnical engineering, soil mechanics, and environmental testing labs
  • Suitable for educational, research, and commercial laboratory environments

Specifications:

  • Capacity: 500ml
  • Base: Flat bottom for stability on bench or test platform
  • Compatibility: Designed for use with hydrometers, dispersing agents, and mechanical stirrers

The 500 ml Sedimentation Cylinder – Glass is an essential tool for accurate and reliable soil classification testing. Trusted by geotechnical professionals and lab technicians alike, this cylinder ensures precision, durability, and repeatability across a range of sedimentation-based analyses.