Turnout clothing represents an investment for the fire department, but more importantly it can be the difference between adequate protection and injury for firefighters. It was not so long ago that firefighters prided themselves on heavily soiled and well worn clothing as an indication of fireground experience. It was thought that the dirtier the clothing, the more seasoned the firefighter. Fortunately, this attitude has changed. Keeping clothing clean and properly maintained is not only a way to extend the life of the clothing, but also the firefighter.
The proper care and maintenance of turnout clothing is a responsibility borne both by the firefighter and the department. NFPA 1851: Standard on Selection, Care, and Maintenance of Structural Firefighting Protective Ensembles, sets specific requirements for the department to ensure minimum procedures for the inspection, cleaning, repair, storage, and retirement of turnout clothing. Specific procedures for care and maintenance generally come from the clothing manufacturer. Nevertheless, it is up to the individual firefighter to be cognizant of the condition of his or her gear and keep that clothing clean and properly maintained.
Inspection Firefighters must become familiar with their clothing. This familiarity helps firefighters maintain a sense of awareness when changes have occurred that might affect the clothings performance. NFPA 1851 indicates that gear should be inspected after each use and go through an advanced inspection at least once a year. While NFPA 1851 permits the department to determine what constitutes use, it is important to carefully examine gear after the firefighter has been exposed to fireground contaminants or encountered other hazardous substances. Table 1 (below) highlights the types of damage to look for.
Some damage will be obvious, such as discoloration of the outer shell often caused by high heat exposure resulting in the loss of dye. Rips, punctures, opened seams, and loose trim are obvious signs of wear and tear, but several types of damage may be less evident. For this reason, some departments will specify a means of inspecting inside the thermal liner, moisture barrier combination. However, even with the ability to examine the inner layers, not all failures are visual. The film of the moisture barrier can delaminate or develop pin holeswith or without visual changes and seam tape can come loose. Similarly, damage can occur to some thermal barriers without any sign of missing quilt stitching. Other changes can take place that cannot be discerned without testing. The best practice for inspecting clothing is to look at its condition often and to take note of any changes. If you cannot determine where degradation or a harmful condition has taken place, it is best to show your clothing to your supervisor. NFPA 1851 does provide field tests to help ascertain the condition of the gear.
Cleaning Firefighter protective clothing must be kept clean to ensure its proper performance. Dirty gear carries less insulation, is more likely to conduct heat and electricity, lacks liquid shedding properties, and can become potentially flammable. Moreover, many fireground contaminants are carcinogens and skin toxic chemicals. Turnout clothing needs to be cleaned regularly to prevent these problems. Yet, improper cleaning can also destroy clothing or worsen its protective performance.
There are three types of cleaning routine, advanced, and specialized cleaning defined in NFPA 1851. Routine cleaning is performed after any fireground use where soiling has occurred. It involves brushing debris from the clothing, rinsing it with water, and applying spot cleaning as necessary. It is a good idea to inspect the condition of the clothing during routine cleaning.
Advanced cleaning is more thorough and must be done at least every six months or more frequently, depending on the use and condition of the clothing. Advanced cleaning involves hand washing the clothing in a utility sink or machine washing. In either case, proper procedures must be followed. The basic procedures and conditions for cleaning turnout clothing appear in Table 2 (below). Machine washing is best done in a front loading washer/extractor to limit damage caused by top-loading machine agitators.
Proper drying is equally important. As turnout clothing is thick and bulky, drying is slow. Nevertheless, machine drying at high settings will quickly ruin this clothing (even though rated for high temperature use). If machine drying is selected, be sure to use a no heat setting. It is best to hang clothing for air drying inside and away from direct light, especially sunlight. The UV radiation in sunlight breaks down some of the fibers in turnout clothing. Drying time can be reduced by using a fan with heated air over the clothing. In some cases, clothing can be contaminated by chemicals or blood-borne pathogens. When this occurs, the turnout clothing must go through a specialized cleaning, which will be covered in a future column. Many departments also use contract facilities for cleaning their clothing another future column topic.
Repair Turnout clothing can only be repaired by a facility that has experience in repairing turnout clothing or by consultation with the manufacturer. Here again, NFPA 1851 provides some guidelines for field repair and strongly suggests that any outside repair facility be recognized by the clothing manufacturer and uses the proper materials for any repairs. Improperly repaired clothing can be unsafe, potentially resulting in failure. Always check with the manufacturer before making any repair.
Storage Proper storage is a must for maintaining turnout gear. The space should be away from direct light, especially sunlight, contaminants, and objects that can physically damage clothing. The space should also be well ventilated. Never store firefighter clothing in living quarters or at home.
Retirement Deciding when clothing must be removed from service is difficult and requires the judgment of experienced persons. The general rule of thumb is that clothing should be retired when its considered unsafe, cannot be effectively cleaned or decontaminated, or the cost of repairs is more than half of the original purchase price. The lifespan of protective clothing is entirely dependant upon the types of exposures, frequency of wear, and the care and maintenance that has been provided. However, the service life of turnout gear can be drastically cut short as short as two to three years if it is heavily used, worn or improperly maintained.
Table 1 - Inspection Routine Inspection Conduct a routine inspection of garments after each use. Look for: Soiling Contamination Physical damage Damaged trim Damaged closures and hardware
Advanced Inspection At a minimum, conduct inspection every 12 months or whenever routine inspections indicate that a problem may exist. Advanced inspection areas include: Moisture barrier and seam sealing integrity Fit and coat/pants overlap Seam integrity including broken or missing stitches Material integrity for loss of strength due to UV or chemical exposure Loss or shifting of thermal liner material Wristlet integrity and functionality Reflective trim and Velcro integrity, attachment and functionality Label integrity and legibility Liner attachment systems Closure system functionality
Table 2 Cleaning Procedures Routine Cleaning Perform the following steps after each use: Brush off debris Rinse with water Lightly scrub item with soft bristle brush, if needed Spot clean, if needed Inspect item Clean again as necessary
Advanced Cleaning At least every six months, subject clothing to more thorough cleaning; general precautions include: 1. Examine manufacturers label 2. DO NOT USE Chlorine bleach or chlorinated solvents 3. Use cleaning solutions with a pH range of not less than 6.0 and not greater than 10.5 4. No high velocity water jets such as power washers 5. Clean and decontaminate protective ensembles separately from non-protective items 6. Where shells and liners are separable, clean and decontaminate those items with like items (i.e., shells with shells and liners with liners)
Procedures when cleaning in a utility sink 1. Do not overload sink 2. Pre-treat if necessary 3. Water not to exceed 105 degrees 4. Add cleaning solution or detergent 5. Wear protective gloves & eye/face splash protection 6. Scrub gently using a soft bristle brush. Use care with moisture barrier assemblies 7. Drain water from sink 8. Refill sink; agitate gently using gloved hand or stir stick 9. Gently wring out garments and drain water 10. Repeat (7) and (8) until garment is rinsed 11. Dry the elements 12. Inspect and rewash if necessary 13. Rinse out sink
Procedures for machine washing 1. Do not overload the machine 2. Pre-treat if necessary 3. Fasten all closures, including pocket closures, hook and loop, snaps, zippers, hooks and dees 4. Turn garment inside out and place in a mesh laundry bag 5. Wash temperature not to exceed 105 degrees 6. Add detergent 7. Run one complete cycle, rinsing at least twice 8. Dry the elements 9. Inspect and rewash if necessary 10. If the machine is to be used for other than protective ensemble elements rinse out machine by running while empty through a complete cycle with 120 degrees to 125 degrees water and detergent
Air Drying Procedure 1. Place elements in an area with good ventilation 2. Do not dry in direct sunlight
Machine Drying Procedure 1. Do not overload the machine 2. Fasten all closures 3. Turn garments inside out and place in a mesh laundry bag 4. If the dryer has a no-heat option, use it 5. If heat must be used, the basket temperature shall not exceed 105 degrees 6. If heat is used, remove garments before they are completely dry
Jeffrey O. and Grace G. Stull are president and vice president respectively of International Personnel Protection, Inc., which provides expertise on the design, evaluation, selection and use of personnel protective clothing, equipment and related products to end users and manufacturers. They are considered amongst the leading experts in the field of personal protective equipment. Send questions or feedback to Jeff or Grace at Jeffrey.O.Stull@FireRescue1.com. The views of the author do not necessarily reflect those of the sponsor.
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