Why Using Disposable Surgical Gowns Is Better Than Cloth Surgical Gowns
Modern
surgical infection control requires increasingly stringent standards, with
surgical gowns serving as critical protective barriers. The transition from
traditional cotton fabrics to disposable nonwoven materials has become a
definitive trend, driven by both advancements in infection prevention concepts
and breakthroughs in material technology.
Experimental
data reveals that traditional fabric surgical gowns experience a 233% weight
increase when saturated with water, whereas disposable surgical gowns show only
a 13% increase. This stark difference in liquid resistance directly determines
protective efficacy – moist environments cause cotton fibers to expand their
pores, creating "high-speed channels" for bacterial penetration. When
exposed to surgeon perspiration or patient fluids, the bacterial filtration
efficiency (BFE) of cotton gowns may plummet below 40%. In contrast, laminated
nonwoven materials maintain over 90% barrier stability even under liquid jet
impact.
Post-procedure
processing of reusable cotton gowns involves 12 steps including transportation,
laundering, and sterilization, consuming 37 kWh annually per gown. The
"single-use" nature of disposable surgical gowns not only eliminates
cross-contamination risks but also reduces logistics storage space by 91%. CDC
studies confirm that comprehensive adoption of disposable surgical gowns can
reduce surgical site infections (SSIs) by 1.8 percentage points, potentially
saving medium-sized hospitals approximately ¥2 million annually in secondary
treatment costs.
The
ideal surgical surgical gown must balance the
"protection-comfort-economy" triad: primary compliance with ASTM
F2407 fluid resistance standards, followed by ergonomic design considerations,
and finally lifecycle cost analysis – making manufacturer selection crucial.
Visit Jianda Medical Website for more surgical gown information.
