Lakeland’s Pyrolon® XT features a unique, viscose-based nonwoven fabric with an added polyester scrim to increase strength and durability for tougher Type 5/6 applications where flash fire is a potential hazard.

Disposable flame-resistant workwear, like Pyrolon® XT, is designed to be worn over thermal protective garments certified to EN 11612 – without compromising thermal protection in the way other standard disposables will.

Pyrolon® is engineered to char at temperatures lower than its ignition point so that it will not ignite, propagate a flame, or drip molten debris onto the wearer.

With our unique Super-B pattern, Pyrolon® XT features a three-piece hood, inset sleeves, and diamond crotch gusset for an ergonomic coverall that is both comfortable and durable.

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(fr)(Europe)CE Buyers Guide (fr)
CE Buyers Guide
French
(de)(Europe)CE Buyers Guide (de)
CE Buyers Guide
German
(es)(Europe)CE Buyers Guide (es)
CE Buyers Guide
Spanish
(en)(Europe)Pyrolon Plus 2 Data Sheet (en)
Pyrolon Plus 2 Data Sheet
English
(en)(Europe)Pyrolon XT (EU)
Pyrolon XT
English
(de)(Europe)Pyrolon XT Data Sheet (de)
Pyrolon XT Data Sheet
German
(es)(Europe)Pyrolon XT Data Sheet (es)
Pyrolon XT Data Sheet
Spanish
(nl)(Europe)Pyrolon XT Data Sheet (nl)
Pyrolon XT Data Sheet
Dutch
Please Note:
All test results quoted are from testing carried out at independent laboratories to the relevant {ASTM/CE} Standard(s). Unless stated otherwise tests are carried out on samples of the relevant protective material as opposed to finished garments. Note that all testing is conducted at specific temperatures according to ASTM or EN standard requirements. As permeation is affected by temperature it is important to consider the likely temperature in any application. Permeation test results record a time to a specific permeation rate as defined by the relevant standard and NOT a time to initial breakthrough of the chemical. Also note that differences may be apparent in some cases between CE and ASTM test results. Whilst the tests are similar, the CE standard records a time to a permeation rate of 1.0µg / min / cm2, whilst ASTM records a time to a permeation rate of 0.10µg / min / cm2. This may explain differences between results. As with all Personal Protective Equipment, selection should be based upon the end users risk assessment, it is the responsibility of the end user to determine the suitability of any PPE as part of this risk assessment and to comply with any/all legislative/governmental requirements. Contact Lakeland for more information.
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