BS EN 310:1993 - Wood Technology Standard

The BS EN 310:1993 is a vital standard for the assessment of mechanical properties of wood-based panels, specifically focusing on the determination of modulus of elasticity in bending. This British Standard is crucial for manufacturers, engineers, and researchers involved in the wood technology sector, offering a comprehensive framework for evaluating the performance characteristics of various wood materials.

Issued on April 15, 1993, this standard aligns with European norms, thereby promoting consistency and quality in the timber industry across Europe. With an ISBN of 0 580 21056 1, BS EN 310 provides essential guidelines that help in the classification of wood products, facilitating quality assurance and ensuring compliance with industry regulations.

In addition to the technical specifications, the standard details the methodology for conducting tests, including sample preparation and implementation of testing techniques. Users will gain insights into recognizing the intricacies of wood structures, including the differences in bending strength and stiffness among various types of wood-based panels.

The standard also addresses the necessary conditions for testing, thereby ensuring reproducibility and reliability of results. This contributes significantly to research and development, enabling companies to innovate with confidence while adhering to best practices.

With a pricing structure of £134.00, the BS EN 310:1993 standard represents an invaluable investment for professionals dedicated to excellence in wood technology. It is available in both PDF and hard copy formats, ensuring accessibility for all users, whether on-site or in the office.

By implementing the guidelines of BS EN 310:1993, businesses can assure stakeholders of their commitment to quality and performance standards, fostering trust in their products and reinforcing their market position.

In summary, the BS EN 310:1993 standard is a critical resource designed to enhance understanding and application of wood material performance. Its rigorous testing methodologies and adherence to European standards make it indispensable for any professional working within this dynamic field.