Metal mesh anti-cut aprons

Reliable cut-resistant metal aprons made of stainless steel and metal mesh provide high protection against cuts and punctures. They feature a mesh diameter of 7 mm, which increases their functionality and ease of use. These aprons are particularly useful in the food industry and in the processing of plastics and leather, where safety is crucial.

Choosing the right model should take into account the specifics of the work and the individual needs of the user. These aprons comply with the HACCP system, confirming their suitability in industries that require adherence to strict safety standards.

There are 2 products.

Sort by:

Showing 1-2 of 2 item(s)

Fnirox S Apron Münch Friedrich Gray/Steel

View

€113.44

( €139.53 tax incl. )

Apron fnirox s grey/steel münch Friedrich

Fnirox-Bolero S Apron Münch Friedrich Gray/Steel

View

€191.31

( €235.31 tax incl. )

Apron fnirox-bolero s gray/steel münch Friedrich

Reliable Cut-Resistant Metal Aprons

Cut-resistant metal aprons, made of stainless steel and metal mesh, provide high resistance to cuts and punctures. Thanks to the use of materials compliant with the EN13998 standard, they offer effective protection in demanding working conditions. Models such as Fnirox S and FNIROX-BOLERO S are particularly useful in the food industry and in the processing of plastics and leather, where safety is crucial.

They feature a mesh diameter of 7 mm, which enhances their functionality and ease of wear. Additionally, their design allows for easy putting on and taking off, which is important in dynamic working conditions. Their use in the HACCP system confirms their suitability in industries that require adherence to rigorous safety standards.

Models and Variants

This category includes several variants of cut-resistant metal aprons, including Fnirox S and FNIROX-BOLERO S. Each has been designed with the specific needs of users in various industries in mind.

Material and Construction of the Aprons

Cut-resistant metal aprons are made from high-quality stainless steel and metal mesh. Stainless steel ensures durability and resistance to chemical substances, which is essential in demanding working conditions. The metal mesh from which the aprons are made features a mesh diameter of 7 mm, which affects their functionality and user comfort.

These aprons meet the EN13998 standard, confirming their high resistance to cuts. The design of the aprons has been developed with HACCP system work in mind, making them suitable for applications in the food industry and other sectors where there is a risk of injury from sharp tools.

Standards

Cut-resistant metal aprons comply with the EN13998 standard, which attests to their high resistance to cuts. The application of these standards is crucial in ensuring safety in the workplace, especially in industries where the risk of injury is elevated.

Applications of Cut-Resistant Metal Aprons

Cut-resistant metal aprons are used in various industries where there is a risk of injury from sharp tools. In the food industry, especially during meat cutting operations, they provide essential protection. In the processing of plastics and leather, their protective properties are crucial in processing operations where contact with sharp elements is unavoidable.

In warehouse work, these aprons protect employees from accidental injuries, which is important in environments where tools and machines are used. Additionally, these aprons comply with the HACCP system, making them suitable for applications in industries that require adherence to strict safety standards.

Selecting Cut-Resistant Metal Aprons

The choice of the appropriate cut-resistant metal apron should depend on the specifics of the work and the individual needs of the user. It is important that the apron fits well, ensuring comfort during prolonged wear and freedom of movement. Attention should also be paid to the ease of putting on and taking off, which is important in dynamic working conditions. Additionally, it is worth considering models that provide adequate ventilation, which affects the thermal comfort of the user.