Palm Coatings on Safety Gloves

To address specific work-related hand protection issues, several different types of palm coating: smooth

nitrile, foam nitrile, sandy foam nitrile, foam latex, sandy form latex, crinkle latex, and PU polyurethane.

Palm coatings allow for better gripping capabilities and tactile sensation without losing dexterity.

SMOOTH NITRILE

Smooth/Flat gloves do not have any texture on the surface of the glove. They provide excellent

resistance to abrasion, snags, and perforation. Made of synthetic rubber, they are latex-free

with no natural rubber proteins. Excellent puncture resistance, tactile sensitivity, and flexible

grip.

FOAM NITRILE

Micro texture is the most common and lightest form of texturing for nitrile gloves. This texture

is suitable for gripping small object or tools in wet or dry applications. Breathable, flexible and

porous, foam nitrile will channel oil and water away from the surface quickly. Excellent

resistance to abrasion, snags and perforation. Made of synthetic rubber, foam nitrile gloves are

latex-free with no natural rubber proteins.

SANDY FOAM NITRILE

Roughened texture finished. The sandy-like finish on these gloves increases abrasion resistance

and improves grip. They are good for wet, dry or oil applications. Made of synthetic rubber,

these gloves are latex-free with no natural rubber proteins.

FOAM LATEX

Texture that offers better breathability and comfort. Excellent flexibility and resistant to tears

and cuts. Good for wet or dry applications.

SANDY FOAM LATEX

Micro roughened texture for better breathability and comfort. Excellent flexibility and resistant

to tears and cuts.

CRINKLE LATEX

Rough textured for better grip and abrasion. Latex gloves are natural material, made out of

rubber. They offer excellent flexibility and protection from tears and cuts.

PU (POLYURETHANE)

Semi-smooth texture is extremely flexible and provides superior dexterity and sensitivity. A PU

coating can be silicone free and has a low-particulate shed, which reduces risk of contamination

from the dip itself. The coating “strikes through” onto the inside of the glove, which can lead to

heat retention and sweating. Not as durable as nitrile or latex, PU gloves can be used for inside

light duty, detailed assembly, inspections, light fabrication, and box/small parts handling.