BS ISO 22551:2020 - Fine Ceramics (Advanced Ceramics, Advanced Technical Ceramics)

Welcome to the world of advanced ceramics with the BS ISO 22551:2020 standard. This comprehensive document is a must-have for professionals and researchers working with fine ceramics, particularly those interested in the antibacterial properties of semiconducting photocatalytic materials. Released on January 17, 2020, this standard provides a detailed methodology for determining the bacterial reduction rate under indoor lighting conditions, using a semi-dry method to estimate antibacterial activity on surfaces contaminated with environmental bacteria.

Key Features of BS ISO 22551:2020

The BS ISO 22551:2020 standard is a pivotal resource for understanding and implementing advanced ceramic technologies in real-world applications. Here are some of the key features and benefits of this standard:

• Comprehensive Coverage: Spanning 22 pages, this standard offers an in-depth exploration of the methods used to evaluate the antibacterial properties of fine ceramics.
• Focus on Photocatalytic Materials: The standard specifically addresses semiconducting photocatalytic materials, which are crucial for reducing bacterial contamination in various environments.
• Indoor Lighting Environment: The methodology outlined in the standard is tailored for indoor lighting conditions, making it highly relevant for applications in homes, offices, and healthcare settings.
• Semi-Dry Methodology: The semi-dry method described in the standard provides a practical approach to estimating antibacterial activity, ensuring that the results are applicable to real-world scenarios.
• Environmental Relevance: By focusing on actual environmental bacteria contamination surfaces, the standard ensures that the findings are directly applicable to everyday situations.

Why Choose BS ISO 22551:2020?

In the rapidly evolving field of advanced ceramics, staying ahead of the curve is essential. The BS ISO 22551:2020 standard equips you with the knowledge and tools needed to harness the antibacterial potential of semiconducting photocatalytic materials. Here are some reasons why this standard is an invaluable addition to your professional library:

• Enhance Product Development: By understanding the antibacterial properties of fine ceramics, you can develop innovative products that meet the growing demand for hygienic and safe materials.
• Improve Safety Standards: Implementing the methodologies outlined in this standard can help improve safety standards in various industries, including healthcare, food processing, and public transportation.
• Stay Compliant: Adhering to international standards like BS ISO 22551:2020 ensures that your products and processes meet global regulatory requirements.
• Boost Research and Innovation: The detailed methodologies provided in the standard can serve as a foundation for further research and innovation in the field of advanced ceramics.

Technical Details

For those interested in the technical specifications, here are some important details about the BS ISO 22551:2020 standard:

• Standard Number: BS ISO 22551:2020
• Pages: 22
• Release Date: January 17, 2020
• ISBN: 978 0 580 51566 8
• Status: Standard

Applications of BS ISO 22551:2020

The applications of the BS ISO 22551:2020 standard are vast and varied, making it a versatile tool for professionals across multiple industries. Here are some potential applications:

• Healthcare: Use the standard to develop ceramic materials that reduce bacterial contamination in hospitals and clinics, enhancing patient safety.
• Food Industry: Implement the methodologies to create surfaces that minimize bacterial growth, ensuring food safety and hygiene.
• Public Spaces: Design ceramic materials for use in public transportation, schools, and offices to reduce the spread of bacteria.
• Research and Development: Utilize the standard as a basis for R&D projects focused on improving the antibacterial properties of advanced ceramics.

Conclusion

The BS ISO 22551:2020 standard is an essential resource for anyone involved in the field of advanced ceramics. By providing a detailed methodology for assessing the antibacterial properties of semiconducting photocatalytic materials, this standard empowers professionals to develop innovative solutions that meet the demands of modern society. Whether you're in healthcare, food processing, or any other industry where hygiene is paramount, the insights gained from this standard can help you create safer, more effective products.

Invest in the BS ISO 22551:2020 standard today and take the first step towards harnessing the full potential of advanced ceramics in your field.

BS ISO 22551:2020

This standard BS ISO 22551:2020 Fine ceramics (advanced ceramics, advanced technical ceramics). Determination of bacterial reduction rate by semiconducting photocatalytic materials under indoor lighting environment. Semi-dry method for estimating antibacterial activity on the actual environmental bacteria contamination surface is classified in these ICS categories:

• 81.060.30 Advanced ceramics

This document establishes a test method for determining the antibacterial activity of materials containing an indoor-light-active photocatalytic material on the surface. The antibacterial reduction rate is determined by measuring the survival of bacteria after illumination with indoor light. This test assumes a surface with high potential of possible person contact with bacteria. This test is designed to evaluate the suppression of contact infection of bacteria using an indoor-light-active photocatalytic material under indoor lighting environment.

It is intended for use with different kinds of indoor-light-active photocatalytic materials used in construction, for example, flat sheets, board or plate shapes, which are the basic forms of materials for various applications. It is not applicable to powder, granular, or porous indoor-light-active photocatalytic materials, as well as cloths or textiles.

It is applicable to indoor-light-active photocatalytic materials produced for antibacterial application. Other types of indoor-light-active photocatalytic materials applications, i.e. decomposition of water contaminants, self-cleaning, antifogging, and air purification, are non-applicable by this method.