Abstract: An outer shell is stitched to an outer collar part which is in turn stitched to an inner collar part. A moisture barrier is stitched to and disposed between the inner and outer collar parts. A separate liner has an upper edge portion having fastening means thereon which cooperate with fastening means on the inner collar part and the moisture barrier for removably securing the upper edge portion of the liner to the inner collar part and the moisture barrier. The moisture barrier extends above and below the upper edge portion of the liner when the collar is in an upright position.

Abstract: Firefighter's pants include a torso portion having an upwardly extending rear panel. A plurality of loops are permanently connected to the rear part of the torso portion. The loops slidably receive and support a conventional back brace. One of the straps is connected to the rear panel by hook and loop fastener members so that the strap can be partially or totally disconnected from the rear panel. Hook and loop fastener members are also disposed at the front part of the torso portion for engaging cooperating members on a back brace to support the back brace at the front part of the torso portion.

Abstract: A liner sleeve is disposed within a shell sleeve, and a wrister is permanently and inseparably secured directly to the open lower end of a liner sleeve by stitching which extends along the liner sleeve to connect the wrister and liner circumferentially so that undesired material cannot enter between the wrister and the liner sleeve. A sleeve well is defined by a first annular member secured to a shell sleeve and a second annular member secured to a liner sleeve. The first and second annular members have annular arrays of interengaging hooks and loops and also interengaging diametrically opposite snap connectors for detachably connecting the annular members to one another. A further annular band of material disposed between the shell sleeve and the first annular member is formed of thermal protective moisture barrier material.