Standards and labels

• EN 343:2019

  EN 343 is a European standard for protective clothing against bad weather. It says clothes must be waterproof, breathable, and not let water in. It's used to protect workers in different industries like construction and transportation. Tests must show the clothing meets these standards.

  Test results

  Waterproofness Class 3

  EN 343:2019 is designed to ensure that protective clothing provides specific levels of protection against rain, considering its waterproof capabilities. Class 3 in this standard represents the highest level of waterproofness, indicating that the garment successfully resists a high volume of water penetration (more than 13000 Pascal Pressure units after pre-treatment). The test method used involves simulating wet weather conditions, where the fabric is exposed to varying degrees of water projections and pressures to evaluate its resistance. Fabrics that achieve Class 3 certification tend to have undergone rigorous testing such as high-pressure spray tests or being subject to a controlled volume of water for a defined period. These are particularly relevant for professional use in extremely wet environments where the highest level of water resistance is necessary, providing critical protection in conditions from heavy rain to immersion scenarios. This high classification impacts the practical usability of such clothing in industries such as outdoor work, marine activities, or emergency services where maximum protection from water exposure is critical for safety and performance.

  Breathability Class 1

  In the standard EN 343:2019, Breathability Class 1 specifies the lowest (RET > 40) level of breathability for protective clothing against rain. This class is designated for garments that have a tested breathability value which meets the minimum requirement for water vapor resistance according to the specifications laid out in the standard. The practical implication of a Class 1 result is that the garment allows a limited amount of water vapor to pass through, making it suitable for less intensive or shorter duration activities in wet conditions.