High visibility multiprotection jacket ARAPRO PLUS SAFETOP

High visibility multiprotection jacket ARAPRO PLUS SAFETOP. The ARAPRO PLUS SAFETOP high visibility multiprotection jacket is the ideal solution for hazardous work environments with low visibility, offering comprehensive protection against flame spread, high levels of heat, radiation, and molten iron splashes. Designed for welding and certified against burns during this process, it features a secure zipper and snap button closure, as well as protection against electrostatic charges and electric arc burn risks. Its 50 mm FR reflective tapes ensure visibility, while its certification against chemical hazards and the practical patch interior pocket add functionality and safety to this essential garment.

FEATURES

• Suitable for dangerous situations with low visibility.
• Against flame spread, high heat levels and contact heat, radiation, and molten iron splashes.
• Valid for welding, certified against burns during the process.
• Secure zipper and snap button closure.
• Protection against electrostatic charge risks.
• Against electric arc burn risks.
• 50 mm FR reflective tapes.
• Certified against chemical hazards.
• Patch interior pocket.

APPLICATIONS

The ARAPRO PLUS SAFETOP high visibility multiprotection jacket provides protection against:

• Heat
• Fire
• Chemicals
• Electric arc
• Radiation
• Electrostatic discharges
• Industries
• Risk activities

SIZE GUIDE

TECHNICAL DATA

• Materials and weight: 99% cotton and 1% antistatic
• Weight 260 g/m2
• STANDARDS 20471:2013 + A1:2016 EN ISO 13688:2013 EN ISO 11612:2015 EN ISO 11611:2015 EN 61482-1-2:2014 EN 13034:2005 + A1:2009 EN 1149-5:2018 EN 14404:2004 + A1:2010

STANDARDS

- 20471:2013 + A1:2016 class 3: This standard refers to high visibility clothing, designed to make users easily identifiable in low light conditions or in environments where high visibility is required. Class 3 is the highest visibility category, ensuring that the garment has a sufficient surface area of reflective material and bright colors.

- EN ISO 13688:2013: This standard establishes the general requirements for protective clothing, ensuring that garments are suitable for use and meet basic criteria such as ergonomics, comfort, and breathability. It is a framework that supports other specific standards on protective characteristics.

- EN ISO 11612:2015: This standard specifies the performance requirements for protective clothing against heat and flames. It applies to garments that protect the user against heat, fire, and other thermal conditions, ensuring that they offer ignition resistance and low heat transfer.

- EN ISO 11611:2015: This standard focuses on protective clothing used during processes such as welding and related techniques. It defines the requirements that these garments must meet to protect the user from thermal and mechanical hazards associated with these jobs.

- EN 61482-1-2:2014: This standard deals with protective clothing against electric arc. It establishes testing methods to determine the ability of garments to protect the user against the electrical risk arising from electric arcs, ensuring that the garments provide an adequate level of protection.

- EN 13034:2005 + A1:2009: This standard specifies the requirements for protective clothing against liquid chemicals in limited form (chemical clothing). It focuses on splash resistance and other risks arising from contact with chemical substances.

- EN 1149-5:2018: This standard refers to the electrostatic properties of protective clothing. Specifically, it establishes requirements to prevent the accumulation of static electricity, which is crucial in environments where explosions or fires may occur due to electrostatic discharges.

- EN 14404:2004 + A1:2010: This standard focuses on protective devices used for the knee, such as knee pads used in various work activities. It establishes the minimum requirements for the design and performance of these devices to ensure that they provide adequate protection to the user.