Footwear Standards

1. EN-345

EN-345 is a safety standard that defines specifications for safety footwear used in various workplaces. It sets the minimum requirements for footwear, including protection against mechanical risks, slip resistance, thermal properties, and ergonomic design. The standard ensures that all certified footwear provides the necessary protection to prevent foot injuries caused by heavy objects, sharp materials, and environmental conditions.

 

2. S1

  • Toe Cap: Usually made of steel or composite material, designed to withstand specific impact and compression levels (e.g., 200 Joules impact).

  • Antistatic: Designed to dissipate static electricity, reducing the risk of electrostatic discharge (ESD) in environments where static buildup can be dangerous.

  • Energy Absorption: The heel area is designed to absorb energy, which helps reduce fatigue and discomfort, especially during long periods of standing or walking.

  • Closed Heel: Features a closed heel area providing additional support and protection.

  • Fuel/Oil Resistant Outsole: The sole is resistant to hydrocarbons, making them suitable for environments where exposure to oil and fuel is a concern.

  • Environment: Generally recommended for dry work environments where the risk of exposure to liquids or wet conditions is minimal.

3. S2

  • Water Resistance: Designed to resist water penetration, keeping feet dry in wet conditions.

  • Antistatic: Prevents the buildup of static electricity, essential in environments where static discharge could be hazardous.

  • Shock Absorption: The heel area is designed to absorb shock, reducing the risk of injury from falls or impacts.

  • Use Case: A good choice for individuals working in environments with a risk of water exposure.

4. S3

  • Steel or Composite Toe Cap: Protects the toes from impact and compression.

  • Puncture-Resistant Midsole: Prevents sharp objects like nails or glass from piercing the sole and injuring the foot.

  • Water-Resistant Upper: Keeps the foot dry in wet conditions.

  • Antistatic Properties: Reduces the risk of static electricity buildup.

  • Energy Absorbing Heel: Helps reduce the impact on the heel and lower body.

  • Slip-Resistant Outsole: Provides good grip on various surfaces.

1. EN-346

EN-346 defines requirements for protective footwear that offers a lower level of impact protection compared to those meeting standard European safety requirements for professional use. EN-346 footwear features a toe cap capable of withstanding a 100 Joule impact, compared to the 200 Joule requirement of EN-345.

2. P1

  • Protective footwear designed for stability, particularly for those with overpronation (where the foot rolls excessively inward).

  • Equipped with a unique 3D Archrail for flexible support and a GOFLOW midsole for smooth transitions.

  • Designed to provide arch support and heel stability, making them suitable for daily running and walking.

3. P2

  • Includes all protective features of the P1 class.

  • Water-repellent impregnation of the upper part of the shoe.

4. P3

  • Includes all protective features of the P2 class.

  • Slip protection on wet, dirty, and oily surfaces (cleated/grooved outsole).

  • Metal or Kevlar midsole for protection against punctures.

1. EN-347

EN-347 is the European standard for occupational footwear, defining requirements for shoes used in professional settings. This standard ensures that the footwear provides adequate protection and comfort for workers in various professional environments.

2. O1

  • Includes all protective features of the OB class.

  • Stabilizing heel counter (protects the foot from dislocations).

  • Shock absorption in the heel area up to 20 J (absorber).

  • Antistatic (absorption of static charges).

3. O2

  • Includes all protective features of the O1 class.

  • Water-repellent impregnation of the upper part of the shoe.

4. O3

  • Includes all protective features of the O2 class.

  • Slip protection on wet, dirty, and oily surfaces (cleated/grooved outsole).

  • Metal or Kevlar midsole for protection against punctures.

Glove Standards

  • Category I: Gloves protecting against minimal risks. Category I gloves comply with EN 420:2003. This standard confirms that the gloves are not harmful to the user and are comfortable to use. Testing covers skin pH levels, Chromium VI content, water vapor transmission, and material absorption. Glove sizing and finger dexterity are also verified, along with general product information. All gloves sold meet the general requirements of EN 420:2003 and bear the CE mark.

  • Category II: Gloves protecting against medium risks. These gloves comply with the EN 420:2003 European standard and are marked with a performance level showing how the glove performed in tests according to EN 388:2016. Some gloves also provide protection against specific hazards such as cold (EN 511:2006), direct heat below 100 °C (EN 407:2004), and water (EN 374-2:2003). Performance levels are listed in increasing order, where 0 indicates the lowest protection. These levels are always listed next to the pictogram in the same sequence.

  • Category III: Gloves protecting against permanent damage. These gloves comply with the EN 420:2003 European standard and are marked with performance levels indicating how they withstand specific tests, such as direct heat above 100 °C (EN 407:2004) and chemical risks (EN 16523-1:2015).