Pars HSC110 S3 Steel Toe and Sole Safety Shoes Size:42

Pars HSC110 S3 Steel Toe and Midsole Safety Shoes (Size: 42)

Maximum Protection and Comfort

Pars HSC110 S3 is a professional safety shoe designed to provide the highest level of foot safety in demanding work environments. This model offers an anatomical fit and comfort, especially for users with size 42. In addition to essential protective features like a steel toe cap and steel midsole, it boasts ergonomic details that ensure all-day comfort. Its classification in the S3 protection category indicates that the shoe meets critical standards such as waterproofing, puncture resistance, and energy absorption.

User Profile and Areas of Use

Target User

This shoe is ideal for all professionals working in environments where there is a risk of foot injuries, crushing, impact, sole penetration, slipping, and electrical discharge. Especially those working in jobs that require standing and moving for long periods can choose the HSC110 S3 for its ergonomics and lightweight design.

Areas of Use and Industries

This S3 standard model is widely used in areas requiring high resistance to wet and challenging ground conditions.

Construction and Building Sites: Grounds with risks of heavy falling objects and sharp objects.

Heavy Industry and Factories: Production areas with risks of impact, crushing, and oil/chemical splashes.

Warehouse, Logistics, and Handling: Forklift traffic and slippery floors.

Engineering and Technical Services: Requirement to move on different surfaces.

Mining, Tunnel, and Subway Construction: The most challenging and damp working conditions.

Shipyard and Shipbuilding: Metal construction areas with a high risk of slipping and penetration.

Automotive and Chemical Industry: Environments requiring oil and acid resistance.

Material Features and Protection Standards

The key features and technical details that make Pars HSC110 S3 superior are as follows:

Protection and Safety Features

Feature	Detail	Protection Level
Steel Toe Cap	Provides protection against impacts up to 200 Joules and compression up to 15,000 Newtons.	P (Puncture Resistant Sole)
Steel Midsole	Prevents the sole from being punctured by sharp or pointed objects (nails, glass, etc.).	E (Energy Absorbing Heel Region)
S3 Protection Category	In addition to basic requirements (SB); Closed heel, Antistatic properties, Energy-absorbing heel, Water repellency and Waterproofing, Steel midsole.	WRU (Water Repellent Upper)
Antistatic (A) Sole	Increases safety in electrically charged areas by transferring static electricity from the body to the ground.	FO (Oil and Fuel Resistance)

Sole and Slip Resistance

SRC Non-Slip Sole: A special sole structure tested on both ceramic floors with detergent and steel floors with glycerol, providing maximum slip resistance.

Material: Single-density Polyurethane (PU) sole offers high performance in terms of lightness and shock absorption.

Shock Absorbing Heel: Energy absorption (E) in the heel area reduces fatigue caused by long hours of standing.

Oil and Fuel Resistance (FO): Resistant to oily and petroleum-based substances.

Comfort and Material Quality

Upper Material: Generally made from Split Leather. This leather offers durability while also being water-resistant (Water Repellent Upper - WRU).

Inner Lining: Thanks to the breathable lining, sweating is minimized, foot health is protected, and bad odor formation is prevented.

Ergonomics and Lightness: The lightweight structure of the shoe provides freedom of movement and a comfortable work experience throughout the day.

Lace-up Design: Offers practical use and securely wraps around the ankle.

Summary and Why Pars HSC110 S3?

Pars HSC110 S3 safety shoes combine maximum safety, durability, and comfort for workers in demanding industrial conditions. The full protection provided by the steel toe cap and steel midsole is complemented by the waterproof, antistatic, and non-slip features of the S3 standard. Thanks to these features, users meet legal requirements and ensure their safety against occupational accidents, leading to efficient work performance.