Pars HSC110 S2 Steel Toe Leather Welder Shoes No:41

Pars HSC110 S2 Steel Toe Leather Welder Shoes (Size: 41)

The Pars HSC110 S2 Welder Shoes are a professional model designed to provide maximum safety and comfort, especially in heavy industry environments where there is a risk of high heat, flames, metal splashes, and impact. Offering an anatomical fit for users wearing size 41, these shoes combine steel toe protection and water repellency in accordance with the S2 safety standard. Their welder-specific design effectively protects the feet and ankles against molten metal splashes.

Target User

These shoes are an indispensable piece of equipment for professionals whose work environment involves the risk of falling heavy loads, hot metal splashes, flammable materials, and wetness. They are particularly aimed at workers wearing size 41 who are engaged in welding, foundry work, and heavy industry, spend long hours on their feet, and require their feet to be protected against harsh conditions.

Area of Use and Sectors Used

Thanks to their S2 standard and welder-specific design, the HSC110 are widely used in the following sectors:

Welding and Metalworking Workshops: Protection against welding splashes and hot metal risks.

Foundries and Iron and Steel Plants: Environments with high heat and molten metal hazards.

Heavy Industry and Shipyards: Areas with high risks of impact, wetness, and abrasion.

Construction and Building Sites (Wet Areas): Thanks to the steel toe and water repellency feature.

Engineering and Maintenance: Areas with heavy equipment and wet floors.

Material Properties and Protection Standards

The key features and technical details that make the Pars HSC110 S2 ideal for welders are:

Protection and Safety Features

Feature	Detail	Protection Level
Steel Toe Cap	Provides protection resistant to impacts up to 200 Joules and compression up to 15,000 Newtons.	S2 (Water Repellency + Basic Protection)
S2 Standard Coverage	In addition to basic safety (SB); Closed heel, Antistatic properties (A), Energy absorbing heel (E), and Water-repellent/Water-resistant upper (WRU) are present. (Midsole protection 'P' is not included.)	WRU (Water-Repellent/Water-Resistant Upper)
Special Welder Design	Tongue/flap upper structure that is quick to remove and provides protection against flame and metal splashes.	A (Antistatic)
Antistatic (A) Sole	Increases safety in electrically charged areas by conducting static electricity from the body to the ground.	E (Energy Absorbing Heel)

Sole Structure and Slip Resistance

Sole Material: Can be dual-density Polyurethane (PU/PU) or PU/Rubber (PU/Rubber is common in welder models for better heat resistance). This structure increases flexibility and insulation.

Non-Slip Sole: Generally produced in compliance with SRC (slip resistance on ceramic and steel floors) certification, providing secure grip on wet and oily surfaces.

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

Oil and Fuel Resistance (FO): Maintains sole resistance against oily and petroleum-based substances.

Heat Resistance: In welder shoes, the sole typically has resistance to short-term high temperatures (HRO).

Comfort and Material Quality

Upper Material: High-quality Leather (typically Printed Leather or Full-Grain Leather) is used. Leather is resistant to abrasion, provides water repellency, and forms a good insulation layer against hot splashes.

Inner Lining: Breathable lining helps manage perspiration, while the heel counter offers comfort and support.

Quick Release Feature: Features a specially designed fastening mechanism to allow the shoe to be quickly removed from the foot in an emergency.

Reasons to Choose Pars HSC110 S2

The Pars HSC110 S2 Welder Shoes offer users fundamental steel toe protection along with high heat and splash protection specific to the welding profession. Thanks to the S2 standard, this model is resistant to water and moisture, making it an ideal solution for professionals wearing size 41, providing safety, durability, and comfort in heavy and hazardous industrial environments.