EG304-PR
Anti Smash Safety Shoes for Men

Safety standard S1 PS SC SR ESD HI FO HRO 
ASTM F2413:2024 - EN IS0 20345:2022+A1:2024

	CE		Puncture Resistant		Anti-static		Anti-slip
	Heat Resistant		Anti-smash		Shock Absorption		Oil Resistant
	Water Resistance

  Specifications

1.PU/Rubber outsoles have high elasticity and excellent shock absorption, effectively absorbing the impact of walking and running.

2.Hypoli insoles offer optimal durability and resistance to compression deformation.

3.Steel toe cap effectively guards feet from external impacts and crushing forces.

4.Made of lightweight materials, the shoe lining is reasonably designed, has good breathability and comfort, and can reduce workers' fatigue.

5.Steel midsole provides robust puncture protection, preventing injuries from sharp objects such as nails and glass from piercing the foot.

FAQ

Q1: Are hypolis toe shoes much more expensive than steel toe shoes?

A1: They are usually more expensive because of their higher material costs and more complex manufacturing processes.

Q2: Will the head of the Hypolis melt or deform under high temperature?

A2: High-quality hypolis toe designs have a very high temperature resistance threshold (usually far exceeding the limits of the working environment). However, it is not recommended for environments involving prolonged contact with open flames or extremely high temperatures (such as direct exposure to sparks from casting or welding).

Q3: Why do some hypolis toe shoes look "thinner" than steel toe shoes?

A3: Answer: This is an advantage of the material and design. Composite materials can be made thinner than steel while achieving equivalent strength, and their moldability allows for a sleeker profile that follows the natural shape of the toes more closely. This directly translates to more interior space, lighter weight, and a better appearance without compromising protection.

Q4: Are steel midsole shoes suitable for jobs requiring long hours of standing or walking?

A4: Suitability depends on the overall sole construction. The steel plate itself provides rigid support. If it is combined with a high-quality, resilient midsole (like MD, PU) and an ergonomic insole, it can offer excellent arch support and reduce plantar fascia strain, making it better for prolonged standing than overly soft shoes. Look for styles explicitly labeled as "anti-fatigue" or "comfort for long standing."

Q5: Are steel midsoles conductive? Can I wear them for electrical work?

A5: Answer: Yes, it conducts electricity, posing a risk. Standard steel soles are made of metal, which is a good conductor. If your work involves working with electricity or in wet environments where there is a risk of electric shock, you must choose safety shoes that meet the EH (Electrical Hazard) standard.