Cut Resistant Gloves — Complete Buying Guide
ANSI cut levels, puncture resistance, Kevlar and HPPE — everything a wholesale buyer needs to stock cut resistant gloves that pass inspection.
From cut resistant work gloves and cut proof gloves to level 5 cut resistant gloves, cut level 3 and the a9 cut resistant tier — the family also covers cutting gloves for kitchen, puncture proof gloves and gloves with kevlar. One page, every cut-protection search.
The cut rating system is the language every buyer must speak: ANSI/ISEA 105 runs A1-A9 by cut force in grams, while EN388 (Europe) uses a 1-5 scale with a letter for the latest method. A glove is only as useful as the rating matches the hazard — over-spec costs dexterity, under-spec risks injury.
The ANSI Cut Level System
A1 to A9 — what each rating actually means.
| ANSI Level | Cut Force | Typical Use |
|---|---|---|
| A1 | 200-499 g | Food prep, light assembly |
| A2 | 500-999 g | General handling, packaging |
| A3 | 1,000-1,499 g | Glass handling, construction |
| A4 | 1,500-1,999 g | Metal stamping, sharp parts |
| A5 | 2,000-2,999 g | Recycling, glass, heavy fabrication |
| A6-A9 | 3,000-6,000+ g | The heaviest cut hazards |
Cut-Resistant Materials
HPPE, Kevlar and steel — the fibers behind the ratings.
HPPE
High-performance polyethylene — light, strong and the most common A3-A5 base. Blends with fiberglass or steel cores push it higher. Comfortable for all-day wear.
Kevlar / Aramid
Aramid fiber that combines cut resistance with heat resistance — the choice for hot work like metal handling. Heavier and warmer than HPPE.
Steel / Glass Core
Stainless wire or fiberglass cores spun into the yarn — the highest ratings (A6-A9) for glass and recycling work. The stiffest and least dexterous tier.
The cut-resistant gloves entry on Wikipedia documents the standards and fiber science behind every rating on this page.
Start With These Proven Gloves
Our most-reordered cut resistant models — every one ships with the level rating.
Anti-Cut Level 5 Safety Work Gloves
ANSI A5 work spec
View Details →Cut Resistant Level 5 HPPE Gloves
Level 5 knit
View Details →Anti-Cut Level 5 Sandy Nitrile Gloves
Grip-coated A5
View Details →Anti-Cut Level 5 PU Coated Gloves
PU palm coating
View Details →Cut Resistant Food Kitchen Gloves
Food-grade
View Details →Flame-Retardant Aramid Leather Safety Gloves
Heat + cut combo
View Details →Cut glove wholesale is a volume commodity business — knitted gloves move in the thousands, and the margin lives in the coating and the packaging, not the knit. The QC priorities are the rating certificate (ANSI/EN388 must match the claimed level), the coating adhesion, and consistency across production lots. Test reports are the sales document industrial buyers ask for first.
Wholesale Cut Resistant Gloves
Factory-direct sourcing with test reports — the numbers that matter.
Price Benchmarks
- • A1-A3 knit gloves: $0.3-0.8/pair
- • A5 HPPE coated: $0.8-2.0/pair
- • A9 / steel-core builds: $3-8/pair
- • MOQ: 3,000-10,000 pairs
OEM/ODM Options
- • Custom knit patterns and gauges
- • PU / nitrile / sandy coatings
- • Printed or woven brand logos
- • ANSI / EN388 test reports
Deep-Dive Guides
Go deeper on cut levels, materials, puncture resistance and applications.
Cut Resistant Gloves: The Complete Guide
ANSI cut levels, materials and selection — how cut-resistant gloves work and which level you need.
Read Guide →Cut Proof vs Cut Resistant Gloves
"Proof" versus "resistant" — the rating reality every buyer should understand.
Read Guide →Puncture Proof Gloves: What They Actually Stop
Puncture resistance testing, needlestick protection and the materials that pass.
Read Guide →Cutting Gloves for Kitchen Use
Food-safe cut gloves for prep work — grades, comfort and kitchen standards.
Read Guide →Gloves With Kevlar: The Fiber Explained
Kevlar vs HPPE vs steel mesh — the cut-resistant fibers compared.
Read Guide →Level 5 Cut Resistant Gloves: The Standard
What ANSI A5 / level 5 actually means and where it is required.
Read Guide →A9 Cut Resistant Gloves: The Highest Rating
ANSI A9 explained — the top cut-resistance tier and its heavy applications.
Read Guide →Cut Level 3 Gloves: The Mid-Tier Standard
When A3 is the right spec — the balance between protection and dexterity.
Read Guide →Heat Resistant Leather Gloves
Heat protection in leather gloves — grades, aramid blends and duty limits.
Read Guide →Metal Working Gloves: Cut and Heat Combined
Fabrication work needs cut plus heat resistance — the combined spec explained.
Read Guide →Industrial Work Gloves: The Sourcing Checklist
What industrial buyers check — ratings, coatings and compliance documents.
Read Guide →Cutless Gloves Guide: What the Name Means
The brand-name search decoded — what cutless-style gloves actually are.
Read Guide →A1 Cut Resistant Gloves: Light-Duty Protection
ANSI A1 for light tasks — food prep, assembly and general handling.
Read Guide →Needlestick Gloves: Puncture Protection
Needlestick and sharps protection — ratings, testing and workplace use.
Read Guide →Best Puncture Resistant Gloves
The shortlist criteria for puncture-resistant work gloves.
Read Guide →The cut-resistant gloves entry on Wikipedia covers the ANSI and EN388 rating systems behind the questions below.
Cut Resistant Glove FAQ
Quick answers to the questions buyers ask most.
What does level 5 cut resistant mean?
In the ANSI/ISEA 105 standard, cut level 5 (A5) means the glove withstands 1,500-2,199 grams of cut force in the standard test. It is the most common heavy-duty spec for recycling, glass handling and metal fabrication. Higher letters (A6-A9) exist but A5 covers most industrial needs.
Cut proof vs cut resistant: what is the difference?
No glove is truly cut-proof. "Cut resistant" is the accurate term — every glove can be cut with enough force. "Cut proof" is marketing shorthand. The honest spec is the ANSI or EN388 rating, which tells you the actual force the material withstands.
What is the difference between A1 and A9 cut ratings?
ANSI A1 resists 200-499 grams of cut force — light tasks like food prep and assembly. A9 resists 6,000+ grams — heavy recycling, glass and metal work. Each step up trades dexterity and comfort for protection, so the right level matches the actual hazard.
What materials make gloves cut resistant?
Three fibers dominate: HPPE (high-performance polyethylene — light and strong), Kevlar/aramid (heat-resistant and cut-resistant) and stainless steel mesh (the heaviest tier). Many gloves blend HPPE with fiberglass or steel cores for higher ratings.
What is the MOQ for cut resistant gloves wholesale?
Factory-direct MOQ is typically 3,000-10,000 pairs for knitted cut gloves — they are a volume commodity. Coated variants (PU, nitrile) and multi-packs start lower. Samples take 5-7 days; bulk 20-35 days.
Can I get custom cut resistant gloves with my brand?
Yes — OEM/ODM with custom colors, knit patterns, coatings and printed or woven logos. Test reports (ANSI/EN388) are available for the stock spec, which is the key document for industrial buyers.
Inquire About Cut Resistant Gloves
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