PIP Consumables Catalogue JULY 2024 ED1 DIGITAL V3 - Flipbook - Page 58
PROTECTIVE INDUSTRIAL PRODUCTS
Choices for all workers
Comfort is essential to ensure maximum protection. It is important
to consider all features that make one ear plug work differently
from another. PIP® makes it easy to compare. By offering advanced
shapes, sizes and styles, we are sure to meet your needs.
All workers want:
PROTECTION, COMFORT and EASY FIT.
CHOOSING THE
CORRECT PROTECTION
The key to achieving optimal protection is
selecting the ear plug size, shape and style
suitable for each worker.
Designed for easy handling,
fit and long-term wear.
Combines comfort with convenience, hygiene
and ease-of-use.
The facts.
> Ear canals are like fingerprints –
unique to everyone.
Foam ear plugs are the most popular choice of hearing protection
in the workplace because they are versatile and economical.
HEARING PROTECTION RANGE
PowerSoft™ Foam Technology is a proprietary
polyurethane foam formulation that results in
ear plugs with optimally-sized cell structures
that expand gently and evenly inside the ear
canal. This translates to all-day comfort with
excellent attenuation.
58
> Recovery time is critical.
Optimal rebound time is critical to achieve a proper acoustic
seal in both ear canals. Ear plugs that rebound too fast do not fit
consistently in both ears. Ultimately, the worker spends needless
time attempting to achieve consistent acoustic seals for both ears.
> Many don’t properly roll-down ear plugs.
Getting a proper fit
The correct use of ear plugs is critical to ensure optimal
hearing protection. Improper use can minimize the effectiveness
of the hearing protection properties.
SMALL
DENSE CELLS
Foams with small, dense cells may result in:
> Harder plugs with shorter rebound time
> More pressure and discomfort in ear canal
Foams with large, airy cells may result in:
> Uneven roll-down and longer time to fit
> Longer rebound time
PIP® EAR PLUGS WITH POWERSOFT#
FOAM TECHNOLOGY DELIVER:
> Optimal rebound
> Maximum all-day comfort
> Perfect fit
LARGE
AIRY CELLS
P I PA U
NS
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