Layering

MWG Apparel has conducted complete layer tests to determine true performance values when wearing FR Clothing in various combinations. 

Layer tests provide the wearer with accurate data to assure workplace requirements are followed.

We're working to provide the most comprehensive range of data to our customers to ensure compliance in all situations.

 

MWG FLEXSAFE™ + MWG COMFORT WEAVE™ = ATPV 32

Layer test results for FR Clothing. Layer tests identify the true arc thermal performance value of FR Clothing when worn in different combinations.
MWG COMFORT WEAVE™ + MWG RIPGUARD™ = ATPV 32
Layer test results for FR Clothing. Layer tests identify the true arc thermal performance value of FR Clothing when worn in different combinations.
MWG TRANSMISSION™ + MWG BLOCKER™ = ATPV 53
Layer test results for FR Clothing. Layer tests identify the true arc thermal performance value of FR Clothing when worn in different combinations.
MWG EVOLUTION™ + MWG BLOCKER™ = ATPV 53
Layer test results for FR Clothing. Layer tests identify the true arc thermal performance value of FR Clothing when worn in different combinations.
MWG EVOLUTION™ + FR QUILTED JACKET = ATPV 47
Layer test results for FR Clothing. Layer tests identify the true arc thermal performance value of FR Clothing when worn in different combinations.
MWG EVOLUTION™ + MWG STORMSHIELD™ = ATPV 63
Layer test results for FR Clothing. Layer tests identify the true arc thermal performance value of FR Clothing when worn in different combinations.
MWG TRANSMISSION™ + MWG RIPGUARD™ = ATPV 30
Layer test results for FR Clothing. Layer tests identify the true arc thermal performance value of FR Clothing when worn in different combinations.
MWG COMFORT WEAVE™ + MWG TRANSMISSION™ + MWG RIPGUARD™ = ATPV 42
Layer test results for FR Clothing. Layer tests identify the true arc thermal performance value of FR Clothing when worn in different combinations.
Layer tests have been performed on our proprietary flame-resistant fabrics. Styles displayed above are based on common combinations worn in the field. Results remain true for different styles built from the same fabric blends.