The EN 14058 standard specifies the requirements and test methods for the performance of garments for protection against the effects of cool environments with temperatures as low as -5°C. These effects comprise not only low air temperatures, but also humidity and air velocity.
Tested for:
Heat resistance (Rct): this is measured on all the layers of the fabric and indicates the amount of dry heat that can pass through it. It consists of 3 classes. The higher the class, the better the thermal insulation.
Thermal Insulation Rct in m2K/W
Class 1 0.06 < Rct < 0.12
Class 2 0.12 < Rct < 0.18
Class 3 0.18 < Rct < 0.25
With a value higher than 0.25, the standard EN 342 is applied.
Air permeability (AP): the permeability of the fabric is measured and divided into 3 classes, with 3 meaning maximum protection. This value is optional. When present, it is written under the value Rct.
Water impermeability (WP): this regards the water tightness of the fabric and of the seams classified in two classes.
Water resistance in Pa
Class 1 8000 < WP < 13000
Class 2 WP > 13000
This value is optional. If present, it must also determine the aqueous vapour transmission coefficient that must not be higher than 55.
Thermal insulation: this optional test can be conducted in two ways: with a mannequin in motion (Icler) or with a static mannequin (Icle). If a garment has not undergone all of the tests, an X is applied in place of the value.
EN 14058
Products for this standard
STORM RUSH BLOUSON
MC3632

STORM RUSH PILOT JACKET
MC4131

MICROLINES EXTREME JACKET
MC6035

MICROLINES JACKET
MC6014

MICROLINES BLOUSON
MC6015

MICROLINES JACKET
MC6024

MICROLINES SPLIT JACKET
MC6034

MICROLINES JACKET
MC6044

MOTORWAY SPLIT JACKET
MC4124

ANDROMEDA JACKET
MC4128

DAYTONA JACKET
MC4712

NASSAU JACKET
MC4715

CONTENDER JACKET
MC4724

AIRPORT BLOUSON
MC4725

THERMO TROUSERS
MC5311

THERMO JACKET
MC5314

THERMO BODYWARMER
MC5316

THERMO JACKET LADIES'
MC5325
