U-POWER BRIENNE SAFETY SHOE ESD S1P HI HRO FO SR

€101.20
VAT included Delivery in 24/48 hours
Size : 35
Quantity
local_shipping AVAILABLE

1 item

U-Power Brienne ESD low-cut safety shoe from the Red Stratos range, classification S1PS HI HRO FO SR. Upper in stretch U-Knit, metal-free NanoFiber toe cap, ultra-lightweight penetration-resistant midsole, Super Critical Technology sole with HRO rubber outsole. Compliant with EN ISO 20345:2022.

Guarantee safe & secure checkout

U-Power Brienne ESD Safety Shoe - S1PS HI HRO FO SR


Low-cut U-Power safety shoe, Brienne ESD model, part of the new Red Stratos range. U-Power, an Italian brand founded in 2006, is among the European leaders in the production of safety footwear that combines safety, comfort and modern design. The Red Stratos range represents the premium segment of the catalogue, with multifunctional footwear made from high-level materials and technologies. The Brienne ESD is a light and breathable low-cut shoe, ideal for warm seasons, featuring an elasticated U-Knit upper with laser processing and an ultra-lightweight, completely metal-free NanoFiber toe cap. The Super Critical Technology sole, a new-generation foam, returns energy with every step, reducing fatigue throughout the working day. An HRO rubber outsole resistant to contact heat, an ultra-lightweight penetration-resistant midsole and a U-Power Original sock liner complete a shoe designed for maximum comfort and maximum protection. Certified DGUV 112-191, compatible with orthopaedic insoles.

Technical Specifications

  • Type: Low-cut safety shoe S1PS
  • Model: Brienne ESD
  • Range: Red Stratos
  • Standard: EN ISO 20345:2022 - S1PS HI HRO FO SR ESD
  • Upper: Elasticated U-Knit with laser processing, light and breathable
  • Toe cap: NanoFiber, ultra-lightweight, completely metal-free
  • Penetration resistance: Ultra-lightweight midsole plate, metal-free
  • Sole: Super Critical Technology + HRO rubber outsole
  • HRO: Outsole resistant to contact heat
  • FO: Resistance to hydrocarbons
  • HI: Heat insulation
  • SR: Slip resistance
  • Sock liner: U-Power Original
  • ESD: Controlled electrostatic discharge for protection of electronic components
  • Metal Free: Structure completely free of metal parts
  • DGUV 112-191 certification: Compatible with orthopaedic insoles
  • Brand: U-POWER

Applications And Uses

  • Manufacturing industry and assembly lines
  • Logistics, warehousing and goods handling
  • ESD areas, electronics and electrical engineering sector
  • Electrical systems and industrial maintenance
  • Environments with metal detectors and security checks
  • Craft trades and mechanical workshops
ANBRIENNE35
1 item

Specific References

EAN13
8033546334782
MPN
0RT20076

16 other products in the same category:

COFRA SAILOR GREY SAFETY SHOE S1P SRC

€44.90 €40.03 -€4.87
Availability: Out of stock

COFRA SHOES, S1P, SUITABLE FOR THE SUMMER SEASON, SIMPLE AND LIGHTWEIGHT, WITH NON-METALLIC TOE CAP AND MIDSOLE, WITH LACES

-STANDARD: EN ISO 20345:2011

-UPPER: perforated suede leather

-OUTER LINING: suede leather

-INNER LINING: SANY-DRY® 100% polyester, three-dimensional, breathable, antibacterial, moisture-absorbing and moisture-releasing, abrasion-resistant

-INSOLE: COFRA SOFT, anatomical, antistatic, perforated, made of scented polyurethane, soft and comfortable; the design of the lower layer ensures impact energy absorption (shock absorber) and high grip; the upper layer absorbs sweat and keeps the foot dry at all times

-SOLE: polyurethane/TPU

-TOE CAP: non-metallic TOP RETURN, resistant to 200 J

-MIDSOLE: non-metallic APT Plate - Zero Perforation

-FIT: 11 Mondopoint

-PERFORMANCE - TECHNICAL FEATURES: 100% Metal Free, Anti-torsion Support, Italian Leather

Availability: 1 In stock

Diadora Utility Vortex DA2 Low low-cut safety shoe, S1PS SC SR HRO ESD, colour Giallo Utility/Giallo Utility. Upper in technical polyester fabric with 3D-print reinforcements, 200J aluminium toe cap, K-Sole midsole, sole with DA2 Vortex cushioning technology, HRO SR nitrile rubber outsole. Compliant with EN ISO 20345:2022.