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Light Weight, Comfortable & Durable
Absorb Electric Shock

Closure Type: Laced up
Industry Applicable


Puncture Resistant


Puncture Resistant

EN Marked Steel Toe Cap
Single Density, High Durability & Flexibility Sole

Light Weight, Comfortable & Durable
Sole Designs Provide Adequate Good Fit, Foot & Arch Support,





Puncture Resistant

Crystal Grade
Tear Resistant


Puncture Resistant

EN Marked Steel Toe Cap
Single Density, High Durability & Flexibility Sole


Cambrele Lining to Ensure Greator Comfort During the Whole Working
Royal Look, Padded Collar, Strong Laces & Firm Heel Counter

Puncture Resistant

Puncture Resistant


Puncture Resistant

Single Density, High Durability & Flexibility Sole
EN Marked Steel Toe Cap



Puncture Resistant



Temperature: 300 deg C
Heat Resistant: 300 Degree For 1 Minute



Breathable Lining: Foot-friendly Materials for Breathability
Wide Fitting for Extra Comfort



Midsole:Polyurethane
Fitting: Oil, Gas and Construction

Puncture Resistant

Light Weight, Comfortable & Durable
Sole Designs Provide Adequate Good Fit, Foot & Arch Support,

Hang on, Loading More
What are antistatic safety shoes?
Antistatic safety shoes are designed to reduce the risk of electrostatic discharge (ESD) by dissipating static electricity from the wearers body to the ground.
Why are antistatic safety shoes important?
They are crucial in environments where static electricity can ignite flammable materials or damage sensitive electronic components. They protect both the wearer and the surrounding environment.
Where are antistatic safety shoes typically used?
These shoes are commonly found in electronics manufacturing, laboratories, chemical plants, oil and gas industries, and any workplace with a risk of electrostatic discharge.
How do antistatic safety shoes work?
They feature specially designed soles made from conductive or dissipative materials that create a path for static electricity to flow safely to the ground.
Are antistatic safety shoes the same as electrically conductive safety shoes?
While both manage static electricity, electrically conductive shoes offer a lower resistance path, intended for situations requiring rapid discharge of large static charges. Antistatic shoes offer a controlled dissipation.