Pars HSC114 S1P Steel Toe and Midsole Suede Summer Work Safety Shoes No:39
Pars HSC114 S1P Steel Toe and Midsole Suede Summer Work Safety Shoes No:39
SKU ÜRÜN KODU: ÜRÜN KODU:HSC114S1P39
BİZE ULAŞINPars HSC114 S1P Steel Toe and Midsole Suede Summer Safety Shoes (Size: 39)
The Pars HSC114 S1P is a professional shoe designed to provide both high breathability and full protection against impact and puncture risks in hot and dry working environments. This model, offering an ergonomic fit for users wearing size 39, incorporates the S1P safety standard, including Steel Toe protection, as well as mandatory Steel Midsole (Anti-Puncture) protection. Thanks to the suede upper material, feet can breathe, maximizing comfort during summer months and in high-temperature environments.
Target User
This shoe is ideal for professionals whose working environment presents both the risk of toes being crushed/impacted by falling objects and the risk of puncture from sharp objects on the ground (nails, glass, metal waste). It targets employees wearing size 39 who seek the dual protection offered by the S1P standard (Toe + Midsole) combined with the comfort provided by suede.
Areas of Use and Industries
The S1P certification means the shoe offers both basic protection and puncture resistance. This makes the shoe suitable for widespread use in dry, clean, or waste-prone indoor environments:
Logistics and Warehousing Facilities: Dry floors where there is a risk of nails or metal waste among pallets and loads.
Light Industry and Manufacturing: Assembly and production lines (risk of impact and ground debris).
Automotive Industry: Requirement for foot protection in workshops and production areas.
Electronics and Textile Industry: Dry environments requiring static electricity control (Antistatic).
Technical Service and Maintenance: Requirement for protection against both impact and hazards from the ground.
Material Specifications and Protection Standards
The key features and technical details that make the Pars HSC114 S1P superior are:
Protection and Safety Features
| Feature | Detail | Protection Level |
| Steel Toe Cap | Protects toes against 200 Joules of impact energy and 15,000 Newtons of compression. | S1P (Dual Protection) |
| Steel Midsole (Anti-Puncture) | A steel plate placed along the sole prevents sharp objects from penetrating the shoe from the ground. | P (Puncture Resistance) |
| S1P Standard Coverage | Includes closed heel, Antistatic property (A), Energy absorbing heel (E), and Puncture resistance (P). (Water resistance 'WRU' is not present.) | A (Antistatic) |
| Antistatic (A) | Regulates the shoe's insulation by controlling static electricity and reduces the risk of sparks. | E (Energy Absorbing Heel) |
Sole Structure and Slip Resistance
Sole Material: Made from single-density Polyurethane (PU). PU combines lightness, flexibility, and good shock absorption properties.
Non-Slip Sole: Generally produced to meet SRC (slip resistance on ceramic and steel floors) certification, providing high grip on dry surfaces.
Shock Absorbing Heel (E): The special design in the heel area dampens impacts during walking and standing, reducing the load on joints and the spine.
Oil and Fuel Resistance (FO): The sole material is resistant to contact with oil and petroleum-based substances.
Comfort and Material Quality
Upper Material: Genuine Suede Leather is used, providing high breathability. Suede maximizes air circulation within the shoe, preventing moisture and heat buildup.
Inner Lining: Breathable and moisture-managing textile lining helps keep feet cool and dry in summer.
Summer and Lightweight Design: Its low-cut and lightweight structure provides freedom of movement and minimizes foot fatigue.
Reasons to Choose Pars HSC114 S1P
The Pars HSC114 S1P safety shoe provides users with full safety through its steel toe and steel midsole, while offering the unique breathability comfort provided by its suede upper. It is an ideal, lightweight, and ergonomic solution for professionals working in dry environments, wearing size 39, against impact, puncture, and static electricity risks.
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