Knowledge

Most CBRN hand protection failures happen at the glove-to-sleeve interface, not in the palm. This guide explains how cuff geometry, elastomer choice a

The sole compound and the seam line are the two most exposed parts of any CBRN boot, and they are where chemical agent resistance is won or lost. This

There is no single number of hours that answers how long a CBRN glove can be worn; the limit comes from the threat, the material and the physical stra

Micro-cracks, pinholes and sole delamination can defeat a CBRN boot long before any visible failure appears. This guide outlines a practical pre-deplo

CBRN gloves must keep hazardous work controllable when surfaces are wet with decontamination solution or slick with fuel and oil. This guide explains

Field repair keeps CBRN overboots in service without pretending a patched boot equals a new one. This guide explains what repairs can and cannot resto

Liquid chemical agents place the highest demands on hand protection, because skin contact happens fast and the consequences are severe. This guide exp

Reusable CBRN boots only deliver their rated protection if they are cleaned and disinfected correctly between deployments. This guide explains routine

Chemical protection alone does not make a glove field-ready. This guide explains how cut and puncture performance is measured, how to match protection

Breakthrough times printed on CBRN boot datasheets are laboratory outputs produced under defined detection thresholds and time limits, not wear-time g

Chemical permeation testing is the core evidence behind any CBRN glove specification. This guide explains how test methods such as ASTM F739 and EN 37

Cold weather does not change the chemical threat to CBRN boots, but it changes how they fail, with whole-boot stiffening, flex cracking and fit loss a