Silver Helmet From Foundry to Aramidic Fiber Hood Aluminiumized

Foundry Helmet in Aramidic Aluminumized Fiber: Advanced Silver Protection, Code FR101

Description:
The Foundry Helmet in Aramidic Aluminumized Fiber, code FR101, provides excellent face protection for workers in high-temperature environments such as foundries and furnaces. With a certification of III Category EN ISO 11611:2015 Class 2 A1+A2 and EN ISO 11612:2015 A1+A2 B1 C3 D3 E2 F1, this hood is designed to withstand extreme conditions, combining safety and comfort in one solution.

Product Information:
item made of aramidic aluminumized fiber, to withstand high temperatures 
thickness 1.1 mm, correct size for an excellent weight/resistance ratio 
front opening, making any adjustment practical 
equipped with internal velcro for proper positioning of the protective mask 
polycarbonate protection with adjustable precision ratchet
Kevlar stitching, strong and lightweight 
uses: foundries, furnaces, welding or cutting work 
size: one size fits all 
CE: EN 470-1 - 531 A - B2 - C2 - E3

Main Features:

• Made of 450 g/m² aramidic aluminumized fiber fabric, 1.1 mm thick, providing an effective barrier against convective heat, radiant heat, and splashes of molten metal.
• Neutral 1.8 mm injected polycarbonate visor with anti-scratch treatment, ensuring clear visibility and complete facial protection.
• Adjustable ratchet shell for a customized and secure fit, with Kevlar 50/3 yarn stitching for superior strength.
• Practical design with front opening and internal velcro for easy adjustment and positioning of the protective mask.

Ideal for professionals working in environments where protection from heat and flames is crucial, this aramidic aluminumized fiber helmet is a must-have in the foundry sector, furnaces, and related activities such as welding and cutting.

With one-size-fits-all and reliable protection in accordance with CE standards, the FR101 Foundry Helmet is not only a safety item but also an investment in durability and user comfort, ensuring optimal performance in challenging work conditions.