Product description
Product description
Product description
This hood offers optimal protection due to its extended neck and neck area. Especially suitable as identity protection. The extra flat seams prevent pressure points and thus offer ideal wearing comfort. This hood is certified according to DIN EN ISO 11612, EN 1149-5 and is flame-retardant by Lenzing FR® and antistatic by Belltron®.
Features
- extended neck and neck area
- extra flat seams
- antistatic due to Belltron
- certified according to DIN EN ISO 11612, EN 1149-5
- flame-retardant due to Lenzing FR
Material
Material
48,5 % Aramid
48,5 % Viscose / Lenzing FR®
3 % Carbon fiber / registered Belltron
Base layers made of aramid are particularly robust and are characterized by high strength, making them ideal for protecting the wearer and are widely used in the field of PPE.
Belltron® is an antistatic, carbon-containing light fiber. Even by adding small quantities of Belltron® to the main material, the workwear has antistatic properties, which are of particular importance for work in clean rooms.
The advantage of functional fibers is that they release moisture to the outside and are therefore breathable. They can also contain basic and/or thermal functions.
Lenzing FR® meets the highest demands when working in the heat or the danger of fire and protects against heat stress. Manufactured from the natural raw material beech wood, the fiber offers protection against heat in a wide variety of work areas.
Pokyny k produktu
Pokyny k produktu
Our range of workwear and protective underwear also includes special articles that prevent or reduce the static charge of objects.
Comazo|protect relies on aramid for flame protection. The special yarn consists of approximately 115 individual fibers and thus exhibits extremely high strength.
Certfication
Certification
EN 1149-5: Approved protective clothing is used in environments where there is a risk of explosion.
ISO 11612: This seal is specifically designed for protective clothing for end users who are exposed to brief contact with flames and against a limited amount of convective, contact and radiant heat.
