ESD Shoes EXENA, JUPITER S3 SRC ESD
In logistics and industrial environments where work requires both mobility and stability, footwear should provide full protection while supporting ergonomic performance. The ESD Shoes EXENA, JUPITER S3 SRC ESD are designed as a solution that combines an S3 protection class with a construction that enhances comfort and stability during movement.
Durable construction and user comfort
The upper is made of a breathable, high-strength textile, ensuring abrasion resistance and proper ventilation. The design is adapted for environments with intensive use, where durability and consistent performance are essential.
The internal textile lining is breathable and wear-resistant, supporting comfort during long working hours and reducing the risk of overheating.
Stability and S3 protection
The ESD Shoes EXENA, JUPITER S3 SRC ESD are equipped with an aluminum toe cap providing 200 J impact resistance, ensuring effective mechanical protection while maintaining relatively low weight. The textile anti-penetration insert increases safety in environments exposed to sharp objects.
The 2D PU sole with SRC slip resistance provides stability on both dry and wet surfaces. The use of Stabilizer and Easyfit technologies improves fit and movement control, which is particularly important in tasks requiring frequent mobility.
Key features:
- protection class S3 SRC ESD compliant with EN ISO 20345:2011,
- aluminum toe cap with 200 J impact resistance,
- textile anti-penetration insert,
- breathable and abrasion-resistant textile upper,
- 2D PU sole with SRC slip resistance,
- technologies: Stabilizer, Easyfit, Safeflex Conductive, 2D Air-hole,
- anatomical multi-layer polyurethane insole,
- removable antistatic insole,
- designed for ESD and EPA environments.
Technical data
| Parameter | Value |
|---|---|
| Sizes | 35-48 |
| Weight (size 42) | 520 g |
| Standard | EN ISO 20345:2011 |
| Protection class | S3 SRC ESD |
Application and use
The ESD Shoes EXENA, JUPITER S3 SRC ESD are developed as work footwear for environments requiring full mechanical protection and stable performance. This model is suitable for logistics, production and industrial engineering applications, where movement control, comfort and safety are essential during prolonged use.
