BS ISO 11907-1:2019: Plastics Smoke Generation - Determination of the Corrosivity of Fire Effluents

Standard Number: BS ISO 11907-1:2019

Release Date: July 19, 2019

ISBN: 978 0 580 52174 4

Status: Standard

Pages: 16

Overview

The BS ISO 11907-1:2019 is a pivotal standard that provides comprehensive guidelines for assessing the corrosivity of fire effluents generated from plastics. This standard is essential for industries and professionals who are involved in the manufacturing, testing, and application of plastic materials, ensuring safety and compliance with international regulations.

Purpose and Applicability

This standard outlines the general concepts and applicability for determining the corrosivity of smoke generated by burning plastics. It is designed to help manufacturers and safety professionals understand the potential risks associated with the smoke produced during a fire involving plastic materials. By adhering to this standard, companies can better evaluate the safety of their products and implement necessary measures to mitigate risks.

Key Features

• Comprehensive Guidelines: Provides detailed instructions on how to assess the corrosivity of fire effluents from plastics.
• International Compliance: Aligns with global safety standards, ensuring that your products meet international safety requirements.
• Risk Mitigation: Helps identify potential hazards associated with smoke from burning plastics, allowing for proactive risk management.
• Industry Relevance: Applicable to a wide range of industries, including construction, automotive, electronics, and more.

Why Choose BS ISO 11907-1:2019?

Choosing the BS ISO 11907-1:2019 standard is a strategic decision for any organization involved in the production or use of plastic materials. This standard not only helps in ensuring the safety of products but also enhances the credibility of your brand by demonstrating a commitment to safety and quality.

Benefits of Compliance

• Enhanced Safety: By understanding the corrosivity of fire effluents, companies can design safer products and environments.
• Regulatory Adherence: Stay compliant with international safety regulations, avoiding potential legal and financial repercussions.
• Market Advantage: Gain a competitive edge by showcasing your commitment to safety and quality standards.
• Customer Trust: Build trust with customers by ensuring that your products meet the highest safety standards.

Who Should Use This Standard?

The BS ISO 11907-1:2019 standard is ideal for:

• Manufacturers: Companies involved in the production of plastic materials and products.
• Safety Engineers: Professionals responsible for assessing and managing safety risks in various industries.
• Quality Assurance Teams: Teams focused on ensuring product compliance with safety standards.
• Regulatory Bodies: Organizations involved in setting and enforcing safety regulations.

Conclusion

In an era where safety and compliance are paramount, the BS ISO 11907-1:2019 standard serves as an indispensable tool for any organization dealing with plastics. By providing a clear framework for assessing the corrosivity of fire effluents, this standard helps ensure that products are not only safe but also meet the rigorous demands of international safety regulations. Embrace this standard to enhance your product safety, comply with global standards, and build a reputation for quality and reliability.

BS ISO 11907-1:2019

This standard BS ISO 11907-1:2019 Plastics. Smoke generation. Determination of the corrosivity of fire effluents is classified in these ICS categories:

• 13.220.40 Ignitability and burning behaviour of materials and products
• 83.080.01 Plastics in general

The document defines terms related to smoke corrosivity as well as smoke acidity and smoke toxicity. It presents the scenario-based approach that controls smoke corrosivity. It describes the test methods to assess smoke corrosivity at laboratory scale and deals with test applicability and post-exposure conditions. This document is applicable to tests of determination of smoke corrosivity from combustion of materials samples.