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Bi-Polymer Coated Gloves

18 gloves whose manufacturers list a bi-polymer coating. All brands, one list, live prices; grouped by ANSI cut level.

Pick a cut level, coating, glove type, brand or size; the list below narrows as you choose. Prices are live.

MCR Safety 5430 Chemical Resistant Gloves, Bi-Polymer Coated, 28 mil Flock Lined
Coatings
Nitrile (431)PVC (235)Polyurethane (213)Latex (130)Foam Nitrile (125)Neoprene (28)Butyl (26)Silicone (22)Micro-Foam Nitrile (19)Bi-Polymer (18)Rubber (17)Crinkle Latex (11)Polyethylene (8)

18 gloves

Ratings, coatings, gauges and sizes are as published by each manufacturer. Tap a group to open it.

ANSI A1 — 200 to 499 grams (0.4 to 1.1 lb)2 gloves
ANSI A2 — 500 to 999 grams (1.1 to 2.2 lb)1 glove
ANSI A3 — 1,000 to 1,499 grams (2.2 to 3.3 lb)4 gloves
ANSI A5 — 2,200 to 2,999 grams (4.9 to 6.6 lb)3 gloves
ANSI A7 — 4,000 to 4,999 grams (8.8 to 11.0 lb)4 gloves
Not rated by manufacturer4 gloves

Do not see the glove you need? Browse all gloves or call (925) 215-7337.

Bi-polymer is a two-polymer coating as named by the manufacturer. The ANSI cut level, abrasion and puncture levels shown are the manufacturer's published results.

Ratings on this page are shown as published by the manufacturer or the named standard and describe performance in that standard's test. They are not a recommendation for any task. The employer's hazard assessment decides what protective equipment a job needs. Verify details against the manufacturer's current documentation before you buy.

Standards-body and manufacturer charts

These charts are published by the standards body and by the manufacturers, copied as printed and shown with attribution; nothing in them is Bayshore's recommendation. Level 5 puncture is printed as ≥ 100 N in both documents below.

ISEA, "Key to Hand Protection Classifications" (ANSI/ISEA 105-2024)

Cut resistance

LevelISEA hazard labelGrams-forceProtects againstApplications by cut level
A1Light cut hazards200 gfProtect against scrapesMaterial handling, small parts assembly (sharp edges), packaging, warehouse, general purpose, forestry, construction, pulp and paper, automotive assembly
A2Light/Medium cut hazards500 gf
A3Light/Medium cut hazards1000 gf
A4Medium cut hazards1500 gfProtect against cuts for which stitches would be requiredAppliance manufacturing, bottle and light glass handling, canning, drywall work, electrical, carpet installation, HVAC, pulp and paper, automotive assembly, metal fabrication and handling, packaging, warehouse, aerospace industry, food/prep processing
A5Medium/Heavy cut hazards2200 gf
A6High cut hazards3000 gfMetal stamping, metal recycling, pulp and paper (changing slitter blades), automotive assembly, metal fabrication, sharp metal stampings, glass manufacturing, window manufacturing, recycling plant/sorting, HVAC, food prep/processing, meat processing, aerospace industry
A7High cut hazards4000 gfProtection against brutal or extreme injuries
A8High cut hazards5000 gf
A9High cut hazards6000 gf

gf = grams-force, as the key prints it.

Abrasion resistance

Abrasion levelLoadRevolutionsISEA label
0500 gram< 100N/A
1500 gram≥ 100Light
2500 gram≥ 500Light - Medium
3500 gram≥ 1000Medium
41000 gram≥ 3000Medium - Heavy
51000 gram≥ 10000Heavy
61000 gram≥ 20000Extra Heavy

Puncture resistance

Puncture levelNewtons (non-hypodermic needle)Example applications
0< 10Paper/Cardboard Cuts, Light Material Handling, Parts Assembly
1≥ 10Light Construction, Material Handling, Parts Assembly, Packaging
2≥ 20Light Construction, Material Handling, Parts Assembly, Packaging
3≥ 60Construction, Light Metal Stamping, Light Glass Handling, Manufacturing
4≥ 100Construction, Metal Stamping, Glass Handling, Recycling, Injection Molding
5≥ 100Oil & Gas, Mining, Heavy Construction, Demolition, Manufacturing, Fabrication

Source: International Safety Equipment Association, Key to Hand Protection Classifications, November 2024 (document).

MCR Safety, "Cut Guide" (ANSI/ISEA 105:2016)
LevelGrams to cutMCR Safety's hazard label
A1200 to 499Not Recommended for Cut
A2500 to 999Light Cut Hazards
A31,000 to 1,499Light to Medium Cut Hazards
A41,500 to 2,199Medium Cut Hazards
A52,200 to 2,999Medium to Heavy Cut Hazards
A63,000 to 3,999Heavy Cut Hazards
A74,000 to 4,999High Cut Hazards
A85,000 to 5,999Very High Cut Hazards
A96,000+Extreme Cut Hazards

Source: MCR Safety, Cut Guide (document).

PIP, "ANSI/ISEA 105-2024 for Cut, Abrasion and Puncture Resistance"

Cut hazard bands

PIP hazard bandExample applications
Light/Medium cut hazardsMaterial handling, small parts assembly, packaging, warehousing, etc.
Medium/Heavy cut hazardsAppliance manufacturing, automotive assembly, canning, aerospace, HVAC, general construction
Heavy/High cut hazardsMetal stamping, pulp and paper, glass manufacturing, protein processing, sharp material recycling

Puncture resistance

Puncture levelNewtons (non-hypodermic needle)Example applications
0< 10Paper/Cardboard Cuts, Light Material Handling, Parts Assembly
1≥ 10Light Construction, Material Handling, Parts Assembly, Packaging
2≥ 20Light Construction, Material Handling, Parts Assembly, Packaging
3≥ 60Construction, Light Metal Stamping, Light Glass Handling, Manufacturing
4≥ 100Construction, Metal Stamping, Glass Handling, Recycling, Injection Molding
5≥ 100Oil & Gas, Mining, Heavy Construction, Demolition, Manufacturing, Fabrication

Source: PIP (document).

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