tkaniny poliestrowo bawełniane

KEON AP 280±10

tkaniny poliestrowo bawełniane

Description:

A specialized fabric designed for multi-protective clothing. Recommended for the production of clothes for welders and related professions. Used in clothing for the heavy industry, chemical and energy industries, including specialized insulated clothing, and for other professions where it is necessary to wear protective clothing against heat and flames, accidental contact with chemicals or discharges. Available in a wide range of colors.

Clothes made of fabric are characterized by high strength and durability in use. Cotton ensures comfort in all conditions, perfectly absorbs sweat and is breathable. This fabric is resistant to tearing and tearing thanks to the admixture of nylon fibers. It provides protection against hot factors and metal splashes even after 50 washing cycles, and thanks to the acid-protective finish, it is resistant to accidental contact with specific chemicals but also with water or dirt. Antistatic properties obtained thanks to the construction with the use of antistatic fibers. A special production process ensures color fastness and dimensional stability after washing at 60˚C. The fabric has a certificate of compliance with the European standard for workwear: EN 13688 as well as with the standards for protective clothing: EN 11611: Protective clothing used during welding; EN 11612: Clothing for protection against heat and flame and EN 1149: Protective clothing - Electrostatic properties; EN 13034 type 6 PB: Protective clothing against liquid chemicals. IEC 61482-1-2 Protective clothing against the thermal hazards of an electric arc. The product complies with Oeko-tex® Standard.

Characteristics:

Composition [%]:

87% cotton, 12% nylon, 1% carbon fibre

Area mass [g/m2]:

280±10

Width [cm]:

150

Weave:

2/2

Finish:

Sanforized, dyed, FR, AP

Standard:

Oeko-tex, EN 13688; EN11611, EN11612, IEC 61482-1-1; EN 1149-5, EN 13034 type 6 PB

Additional information:

Colors displayed on the monitor may vary from the actual, depending on individual monitor settings.