Steel Toe Caps VS Composite Toe Caps

Anti-impact Safety Footware – ES002

Why use composite toe caps?

Composite toe caps are a modern safety shoe design that use lightweight yet strong materials such as fiberglass or carbon fiber. This design provides greater flexibility by reducing the weight of the toe box, and in some ways surpasses the traditional steel toe box. The following are a few advantages of composite Baotou safety shoes:

Lightweight Design: Composite toe safety shoes are lighter than steel toe to help reduce foot fatigue and provide more comfort during prolonged wear.

Insulation properties: Composite materials usually have good insulation properties, so composite toe cap safety shoes are suitable for electrical work and wet environments.

No thermal conductivity: Unlike metal, composite materials do not conduct heat, which means composite toe-cap safety shoes offer better protection in cold or hot conditions.

Anti-impact Safety Footware – ES003

Whether you choose steel toe cap or composite toe cap safety shoes, you need to consider the special requirements of your working environment. Steel toe safety shoes may be a better choice if you need more compression resistance and an affordable option. If lightweight performance, insulation, and comfort are more your concern, composite toe safety shoes may be more for you. Whatever your choice, make sure you choose a high-quality product that meets national and regional standards to ensure your feet are getting the best possible protection.

If you want to know more about safety shoes and different toe cap types, please feel free to contact us. We will wholeheartedly provide you with professional advice and high-quality safety shoes products.

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Safety Footwear ISO Standard EN ISO 20345

Safety shoes play a crucial role in safeguarding the feet of workers in various industries. The EN ISO 20345 standard, also known as the European Norm for safety footwear, sets the benchmark for the performance and safety requirements of safety shoes.

The current safety footwear standard across Europe is updated in 2011 to make it stricter, all products must be manufactured, tested and certified under EN ISO 20345. This safety footwear standard requires all safety shoes to have front foot protection against a 200 joule impact. This is the amount of energy the toe region can absorb before breaking. Under the EN ISO 20345 standard there are different safety classes like S1 or S3 for example. Every safety shoe according to the EN ISO 20345 safety footwear standard will be tested on all possible aspects and will be granted an S-class. In this blog post, we will delve into the key aspects of EN ISO 20345 certification and how it ensures the protection and well-being of workers on the job.

CE EN ISO 20345 : Safety Shoes Standard

Understanding EN ISO 20345

EN ISO 20345 is a widely recognized safety shoe certification standard adopted in Europe and globally. It outlines the minimum requirements for safety footwear, ensuring they meet specific criteria to protect against common workplace hazards. The standard classifies safety footwear into different categories based on their protective features, providing users with an informed choice to meet their specific needs.

Impact and Compression Resistance

One of the fundamental requirements of EN ISO 20345 is to ensure safety shoes provide sufficient impact and compression resistance. This involves testing the footwear’s ability to protect the toes against heavy falling objects and high-pressure forces. Safety shoes are classified into different categories, such as SB, S1, S2, and S3, each offering varying degrees of protection, including steel toe caps, composite materials, and puncture-resistant midsoles.

Slip Resistance

Slip and trip accidents are common in many workplaces, leading to injuries and potential downtime. EN ISO 20345 demands that safety shoes undergo rigorous slip resistance testing. The standard evaluates the shoe’s outsole material and tread pattern to ensure workers have secure footing on various surfaces, reducing the risk of slips and falls.

Electrostatic Discharge (ESD) Protection

Certain work environments, particularly in electronics and manufacturing, require safety shoes with ESD protection. EN ISO 20345 ensures that safety shoes designed for such settings dissipate static electricity safely, preventing damage to sensitive equipment and avoiding the risk of electric shocks to workers.

Water Resistance

In wet or outdoor work environments, keeping feet dry is essential for comfort and preventing various foot-related issues. Safety shoes certified under EN ISO 20345 are tested for water resistance, ensuring they provide a certain level of protection against water penetration.

Ergonomic Design and Comfort

Comfort is a vital factor for workers who spend long hours on their feet. EN ISO 20345 takes ergonomics into account, requiring safety shoes to be comfortable and fit well. Properly designed safety shoes can enhance overall work performance and reduce the risk of fatigue or discomfort.

Labeling and Marking

To ensure easy identification and compliance, safety shoes certified under EN ISO 20345 bear specific labeling and marking. The label includes information such as the manufacturer’s name, product model, classification code, and relevant safety features.

ES003

• Stainless steel midsole plateabove 1100 newtons
• Stainless steel toecap above 200 joules
• The sole has undergone special anti slip treatment and added anti-static materials
• Lightweight knitted fabric upper for breathability and heat resistance
• Soft and comfortable sole for prolonged standing

Anti-impact Safety Footware – ES003

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