PIP Consumables Catalogue JULY 2024 ED1 DIGITAL V3 - Flipbook - Page 12
PROTECTIVE INDUSTRIAL PRODUCTS
HIGH DEXTERITY CUT RESISTANT RANGE
12
COATING
BASICS
A complete line of coatings
UNMATCHED IN SELECTION AND PERFORMANCE
NEOFOAM®
NITRILE
SECURE HANDLING OF LIGHT TO HEAVY PARTS OR ITEMS
TOUGH COATING FOR HEAVY-DUTY JOBS
Proprietary coating only available on G-Tek® brand gloves. NeoFoam® is a highly
flexible coating that provides wearers with a high degree of grip, hand dexterity and
comfort. NeoFoam® is versatile, hardworking, resistant to light oils and touchscreen
compatible with most devices, making G-Tek® NeoFoam® coated gloves the optimal
choice for numerous handling applications.
Nitrile is a synthetic rubber compound that offers excellent puncture,
tear and abrasion resistance. Nitrile is also known for its resistance to
hydrocarbon-based oils or solvents. Nitrile coated gloves are the first
choice for industrial jobs which require handling of oily parts. Nitrile is
durable and helps to maximize protection.
MICROSURFACE
FOAM
MICROSURFACE
FOAM
FLAT / SMOOTH
Coating surface infused with thousands of tiny suction
cup pockets. When pressed into contact with a wet or oily
surface, they create a vacuum effect that disperses fluids
away – significantly improving grip.
Foam coating cell structure is designed to channel
fluids away from the surface of the object generating
grip in oily conditions. Oily grip effectiveness varies with
density of cells.
Foam coating cell structure is
> Good grip in dry, wet, or oily conditions
> Secure grip in dry conditions
> Fair grip in slightly oil or wet conditions
Coating surface infused with
thousands of tiny suction cup
pockets. When pressed into
contact with a wet or oily surface,
they create a vacuum effect that
disperses fluids away – significantly
improving grip.
Flat/Smooth coatings provide
the wearer with a secure dry
grip. Liquids will not absorb into
the coating, keeping hands dry
and clean.
> Good grip in dry, wet, or oily
conditions
P I PA U
NS
Z.COM
designed to channel fluids away
from the surface of the object
helping improve grip in oily
conditions. Oily grip effectiveness
varies with density of cells.
> Secure grip in dry conditions
> Fair grip in slightly oil or
wet conditions
> Secure, tacky grip for
dry surfaces
