ASTM D1353 Nonvolatile Matter In Volatile Solvent

Non Volatile matter in volatile solvents for use in paint, vanish, lacquer and related products is determined by standard method ASTM D1353 and it describes the analytical measurement of residual matter in solvents that are intended to be 100% volatile at 105 ± 5°C.

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ASTM D1353 Nonvolatile Matter In Volatile Solvent

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Overview
Scope, Applications, and Benefits
Test Process
Specifications
Instrumentation
Results and Deliverables

Overview

ASTM D1353 is a widely used test method for determining the percentage of nonvolatile matter present in materials that are dissolved or dispersed in volatile solvents. The test quantifies the solid residue remaining after controlled evaporation of volatile components, providing an accurate measure of formulation composition. This parameter is essential in understanding the true functional content of coatings, adhesives, and similar materials.

The method plays a critical role in ensuring formulation consistency, performance reliability, and compliance with product specifications. By identifying the proportion of solids, it helps predict application properties such as film thickness, drying characteristics, and durability. ASTM D1353 is extensively used in quality control, research, and product development to maintain uniformity across batches and optimize material performance.

Scope, Applications, and Benefits

Scope

ASTM D1353 covers the determination of nonvolatile content in materials containing volatile solvents through controlled heating and evaporation processes. It establishes standardized procedures to ensure reproducibility and accuracy in measuring solid residue.

This test is applicable to a wide range of solvent-based systems where understanding the solid fraction is essential for performance and consistency.

Applicable to coatings, adhesives, inks, and solvent-based formulations
Measures the percentage of solid residue after solvent evaporation
Suitable for quality control, formulation verification, and research applications
Enables comparison between different materials and batches
Ensures compliance with product specifications and standards
Supports evaluation of drying and film-forming characteristics

Applications

Determination of solid content in solvent-based coatings and adhesives
Quality control of manufacturing batches for consistency
Evaluation of formulation changes during product development
Verification of compliance with product specifications
Comparative analysis of different formulations and materials
Assessment of drying and film formation properties

Benefits

Provides accurate measurement of nonvolatile (solid) content
Ensures consistency in product formulation and performance
Helps optimize coating thickness and application efficiency
Supports reliable quality control and batch verification
Enables early detection of formulation deviations
Improves overall product reliability and durability

Test Process

Sample Preparation

A precisely measured sample is placed in a pre-weighed container to ensure accurate initial mass determination.

Controlled Evaporation

The sample is heated in an oven under specified conditions to completely remove volatile solvent components.

Cooling and Stabilization

The residue is cooled in a desiccator to prevent moisture absorption and stabilize its weight.

Final Weighing and Calculation

The remaining solid residue is weighed and used to calculate the percentage of nonvolatile matter.

Technical Specifications

Parameter	Details
Property Measured	Nonvolatile content expressed as percentage (%)
Sample Type	Solvent-based liquids or dispersions
Heating Method	Controlled oven drying process
Temperature Range	Typically defined based on material requirements
Measurement Basis	Initial and final weight comparison
Applicable Materials	Coatings, adhesives, inks, and similar products
Units	Percentage (%) of solid residue
Output Data	Quantitative solid content and residue characteristics

Instrumentation Used for Testing

Analytical balance with high precision
Laboratory drying oven with temperature control
Heat-resistant sample containers or dishes
Desiccator for cooling and moisture control
Temperature monitoring devices

Results and Deliverables

Percentage of nonvolatile matter (solid content)
Initial and final weight measurements
Test temperature and duration details
Observations on residue appearance and consistency
Standard-compliant detailed test report
Data supporting formulation consistency and quality

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Frequently Asked Questions

Nonvolatile substances do not vaporize rapidly. They don't have a higher vapor pressure at the average room temperature and pressure. At room temperature, they will mostly be solids. Sodium chloride and silver nitrate are nonvolatile compounds.

ASTM D1353 is used to determine the percentage of nonvolatile matter in materials containing volatile solvents. It helps identify the solid content of coatings, adhesives, and similar formulations, ensuring consistency, quality, and compliance with product specifications during manufacturing and application.

This test ensures that the correct proportion of solids is maintained in a formulation. Variations in solid content can significantly affect application properties such as film thickness, adhesion, drying time, and overall performance.

It ensures that products meet required composition standards, supports consistent quality, and helps maintain performance reliability, making it a critical tool in manufacturing and quality control operations.

It provides a reliable measure of solid content, enabling manufacturers to maintain consistent product quality and detect deviations early in the production process.