Density standard, 1.8994 g/ml at 40°C Density standard | VWRC85252.180 | Avantor

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Density standard, 1.8994 g/ml at 40°C Density standard | VWRC85252.180 | Avantor

High-precision density calibration standard (1.8994 g/ml at 40°C) for lab instruments. Ideal for densitometers, hydrometers, and quality control.

Category Brand:

67,778.00

Description

Specifications Table

Product NameDensity standard, 1.8994 g/ml at 40°C
Pack Size180 ml
FormLiquid
GradeCertified Reference Material (CRM)
ApplicationDensity calibration, instrument validation, quality assurance

Product Description

Density Standard, 1.8994 g/ml at 40°C | VWRC85252.180 | Avantor is a premium-quality certified density reference standard developed for the precise calibration, verification, and performance qualification of laboratory density measuring instruments. Manufactured using high-purity certified reference materials under stringent quality assurance procedures, this density standard delivers exceptional analytical accuracy, certified traceability, outstanding long-term stability, and excellent batch-to-batch consistency, making it an essential reference material for laboratories performing high-precision density measurements.

Certified with a density value of 1.8994 g/ml at 40°C, this reference standard is specifically designed for calibrating digital density meters, hydrometers, pycnometers, oscillating U-tube density analyzers, and other precision density measurement systems. It is widely used for routine instrument calibration, analytical method validation, performance qualification, and quality assurance programs. Its certified density value helps laboratories maintain measurement accuracy while supporting compliance with GLP, GMP, ISO, and other internationally recognized quality standards.

VWRC85252.180 is manufactured under rigorous quality control standards to provide dependable analytical performance with minimal measurement uncertainty. It is suitable for pharmaceutical laboratories, petrochemical industries, chemical manufacturing facilities, food and beverage laboratories, environmental testing laboratories, calibration laboratories, research organizations, academic institutions, and industrial quality control departments.

The product is supplied in a laboratory-grade sealed container to preserve its certified density characteristics throughout storage and transportation. For optimum calibration accuracy, store the standard in its original tightly sealed container away from contamination, direct sunlight, excessive heat, and temperature fluctuations. Allow the material to equilibrate to the certified reference temperature of 40°C before calibration.

Key Features

  • Certified density value of 1.8994 g/ml at 40°C.
  • Ideal for calibration and verification of density measuring instruments.
  • Excellent analytical accuracy and certified traceability.
  • Outstanding long-term stability and reproducibility.
  • Suitable for pharmaceutical, chemical, industrial, and research laboratories.
  • Manufactured under stringent quality control standards.

FAQs

1. What is Density Standard 1.8994 g/ml at 40°C used for?

This certified density standard is used for calibrating, verifying, and qualifying density measuring instruments including digital density meters, hydrometers, pycnometers, and oscillating U-tube density analyzers.

2. Why is the certified temperature important?

The density value is certified at 40°C. Using the standard at its certified temperature ensures the highest calibration accuracy and minimizes measurement uncertainty.

3. Which industries use this density standard?

It is widely used in pharmaceutical, petrochemical, chemical, food and beverage, environmental, research, calibration, and industrial quality control laboratories.

4. How should this density standard be stored?

Store it in the original tightly sealed container, protected from contamination, direct sunlight, excessive heat, and unnecessary temperature fluctuations.

5. Can it be used for routine laboratory calibration?

Yes. It is suitable for routine calibration, performance verification, analytical method validation, and quality assurance programs requiring certified density reference materials.

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