BS EN ISO 9455-2:1996 - Soft soldering fluxes. Test methods - Determination of non-volatile matter, ebulliometric method
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BS EN ISO 9455-2:1996 is a European Standard that focuses on soft soldering fluxes. Specifically, it outlines a test method for determining the non-volatile matter content in soft soldering fluxes using an ebulliometric method. Let's break down what this standard entails:
Soft Soldering Fluxes: Soft soldering is a process used to join metals together by melting a low-temperature solder alloy, typically tin-lead or other similar materials. Fluxes are substances applied to the joint area before soldering to clean the surfaces, prevent oxidation, and facilitate the flow of solder.
Test Methods: The standard provides a methodology for testing soft soldering fluxes to determine the content of non-volatile matter. Non-volatile matter in fluxes includes substances that do not evaporate during the soldering process and can impact the quality of the solder joint.
Ebulliometric Method: The test method described in BS EN ISO 9455-2:1996 utilizes an ebulliometric technique. Ebulliometry is a method that measures the boiling point of a substance. In this case, it is used to determine the non-volatile matter content in the flux by measuring the temperature at which non-volatile components begin to evaporate.
Purpose: The determination of non-volatile matter in soft soldering fluxes is important for quality control and ensuring that the fluxes meet specific standards and specifications. Fluxes with excessive non-volatile matter content may result in soldering defects, such as poor wetting, and can lead to reliability issues in electronic or other soldered assemblies.
Testing conditions; Soldering; Chemical analysis and testing; Control samples; Precision; Test equipment; Fluxes (materials); Non-volatile matter determination; Rosin; Determination of content