Ohaus Accessories Sinker Glass Liquid Density Kit

Ohaus Accessories Sinker Glass Liquid Density Kit

The Ohaus Accessories Sinker Glass Liquid Density Kit is a specialized accessory designed to deliver highly accurate measurements of liquid density using Ohaus balances. By utilizing calibrated glass sinkers of known volume, this kit ensures precise and repeatable results across a wide range of laboratory applications. Built with chemical-resistant materials, it offers long-term durability and stability, making it an essential tool for research, quality control, and academic environments where high accuracy is required.

Features

• Provides accurate and consistent liquid density measurement.

• Utilizes calibrated glass sinkers for repeatable results.

• Optimized for seamless integration with Ohaus balances.

• Made from durable, high-quality glass for chemical resistance.

• Simple and efficient setup for everyday laboratory use.

• Long-term stability ensures reliable performance over time.

Applications

• Research laboratories requiring precise liquid density analysis.

• Quality control in pharmaceutical, chemical, and food industries.

• Academic laboratories for teaching density measurement methods.

• Industrial R&D applications requiring accurate liquid testing.

• Environmental testing where liquid density is a key parameter.

• General laboratory workflows focused on accuracy and repeatability.

Specifications

• Product Type: Liquid Density Kit.

• Material: High-quality glass sinkers.

• Function: Measurement of liquid density.

• Compatibility: Selected Ohaus balance models.

• Application Areas: Research, quality control, academic, and industrial laboratories.

• Durability: Chemical-resistant construction for long-term use.

Conclusion

It is a reliable and accurate solution for determining liquid density with Ohaus balances. With its durable construction, calibrated sinkers, and ease of integration, it is an indispensable accessory for laboratories and industries that demand precision, consistency, and efficiency in liquid density measurements.