BS EN 1371-2:2015

BS EN 1371-2:2015 - Foundry Moulding Sands Testing Standard

Comprehensive Guidance for Foundry Moulding Sand Testing

BS EN 1371-2:2015 is the essential British Standard for testing foundry moulding sands. This standard provides detailed, authoritative guidance on the methods and procedures required to evaluate the physical, chemical, and performance properties of moulding sands used in casting operations.

Ensure Consistent Quality and Compliance

Adherence to the specifications outlined in BS EN 1371-2:2015 is crucial for foundries and casting facilities. This standard helps ensure:- Consistent quality of moulding sands used in the production process- Compliance with industry regulations and best practices- Reliable performance and predictable casting outcomes- Identification of potential issues or defects in moulding sand composition

Detailed Technical Specifications

BS EN 1371-2:2015 covers a comprehensive range of testing methods and parameters, including:- Grain size distribution- Clay content- Moisture content- Permeability- Compactability- Thermal stability- Chemical composition- Resistance to thermal shock- and moreThe standard provides clear, step-by-step procedures for conducting each test, as well as guidance on interpreting the results and applying the findings to optimize moulding sand formulations.

Benefits for Foundry Operations

Implementing the testing protocols outlined in BS EN 1371-2:2015 offers numerous benefits for foundry operations:- Improved casting quality and consistency- Reduced defects and scrap rates- Enhanced productivity and efficiency- Compliance with industry regulations and standards- Ability to troubleshoot and address moulding sand issues- Optimization of moulding sand composition and performance

Trusted Guidance for Casting Excellence

BS EN 1371-2:2015 is an invaluable resource for foundries, casting facilities, and moulding sand suppliers. By adhering to the rigorous testing methods and specifications detailed in this standard, organizations can ensure the consistent quality and reliable performance of their moulding sands, ultimately leading to higher-quality castings and greater operational success.