Industrial Hand Protection Built for Real-World HazardsHands are exposed to more workplace injuries than almost any other body part. Sharp edges, heavy tools, pinch points, falling objects, and moving materials don’t occur in isolation — they happen at the same time. That’s why cut and impact resistant gloves are no longer a specialty item; they are a core requirement for modern industrial safety programs.
This category features ANSI cut level gloves combined with ANSI impact rated protection, engineered to reduce hand injuries, lost-time incidents, and preventable downtime in construction and industrial environments.

Why Cut and Impact Protection MattersMany gloves protect against one hazard but not the other. That creates a false sense of security.

• Cut resistant work gloves protect palms and fingers from sharp materials like metal, wire, glass, and strapping.
• Impact resistant work gloves protect knuckles, fingers, and the back of the hand from blunt force, crush injuries, and tool strikes.

In real jobsite conditions — fabrication, construction, utilities, rigging, material handling — both hazards exist simultaneously. Choosing only one protection type leaves exposure that leads to injuries.
Cut and impact resistant gloves close that gap.

Proven Risk Reduction with Proper Hand ProtectionAuthoritative safety data consistently shows:

• A significant portion of workplace injuries involve hands and fingers
• Workers wearing appropriate gloves experience substantially fewer laceration and puncture injuries
• Many hand injuries occur when gloves are not worn or are mismatched to the hazard

From a PPE risk-mitigation standpoint, selecting gloves that address both cut and impact hazards is one of the most effective and economical ways to reduce injury frequency and severity.

Cut Resistant Glove Technology (ANSI/ISEA 105)Cut resistance is engineered into the glove liner using advanced materials, including:

• HPPE / UHMWPE fibers for exceptional strength-to-weight performance
• Aramid fibers to enhance cut resistance and durability
• Steel or glass fiber reinforcement integrated into yarns for higher cut levels

Cut protection is measured using ANSI/ISEA cut levels A1–A9:

• Cut Level 4: common industrial sharp hazards
• Cut Level 5: frequent exposure to sharp metal, edges, or tools

Higher cut levels mean more force is required to cut through the glove — allowing safety managers to match protection directly to risk.

Impact Resistant Glove Technology (ANSI/ISEA 138)Impact protection focuses on defending the back of the hand, where many serious injuries occur.
Key features include:

• TPR (thermoplastic rubber) guards on knuckles and fingers
• Segmented designs that maintain dexterity while dispersing force
• Strategic placement to protect high-strike zones

Impact performance is measured under ANSI/ISEA 138, with ratings:

• Impact Level 1: light impact protection
• Impact Level 2: moderate protection for common industrial hazards
• Impact Level 3: high-impact environments

Impact ratings help buyers choose gloves that reduce injury severity when hand strikes occur.

Cut & Impact Resistant Gloves Available at MDI SafetyEach glove below is designed to address both sharp and impact hazards, with clear ANSI ratings to support compliance and proper selection.
Goat Skin Driver Glove — ANSI Cut Level 5 / ANSI Impact Level 2

• ​A traditional leather driver upgraded with modern protection:
• High cut resistance for sharp material handling
• Moderate impact protection for knuckles and back-of-hand strikes
• Ideal for rigging, heavy construction, and material handling

UT1952 — ANSI Cut Level 4 / ANSI Impact Level 1A balanced glove for general industrial use:

• Reliable cut protection for everyday sharp hazards
• Light impact protection where force exposure is lower
• Excellent for maintenance, general construction, and utility work

OMNI-X — ANSI Cut Level 5 / ANSI Impact Level 2Designed for higher-risk environments:

• cElevated cut protection for frequent sharp exposure
• Robust impact coverage for knuckles and fingers
• Well-suited for fabrication, utilities, and industrial assembly

UT1956 Insulated — ANSI Cut Level 5 / ANSI Impact Level 1

• Cold-weather protection without compromising safety:
• Same high cut and impact protection as OMNI-X
• Added insulation for outdoor and cold-storage environments
• Ideal for winter construction and utility crews

OMNI-X with Velcro Wrist — ANSI Cut Level 5 / ANSI Impact Level 2

• Enhanced fit and retention:
• Secure Velcro wrist closure
• High-level cut and impact protection
• Preferred for tasks requiring consistent glove positioning

How to Choose the Right Cut & Impact GloveCut Level 4 vs Cut Level 5

• Cut 4: moderate sharp hazards, good dexterity
• Cut 5: frequent or severe sharp exposure

Impact Level 1 vs Impact Level 2

• Impact 1: lighter tools, lower force environments
• Impact 2: heavier materials, frequent hand strikes

Match the glove to the worst credible hazard, not the average task.

Frequently Asked Questions
What are cut and impact resistant gloves?
Industrial safety gloves designed to protect against both sharp-edge lacerations and blunt-force impacts, combining ANSI cut resistance and ANSI impact ratings.
Do impact resistant gloves protect against cuts?
Not necessarily. Impact protection focuses on force absorption. Cut resistance depends on liner materials and construction.
What cut level is recommended for construction?
Many construction tasks benefit from ANSI Cut Level 4 or 5, depending on exposure to sharp materials.
Are higher ratings always better?
Not always. The correct glove balances protection, dexterity, and task requirements.

Protect Hands. Reduce Injuries. Stay Productive.  Hand injuries are among the most preventable workplace incidents — when the right PPE is selected.
Cut and impact resistant gloves help:

• Reduce lacerations and blunt-force injuries
• Minimize lost-time incidents
• Support compliance and safer jobsite practices

👉 Shop MDI Safety’s Cut & Impact Resistant Gloves and match protection to your real-world hazards.

Choosing the right cartridges and filters for your reusable respirator isn’t just a matter of comfort—it’s a matter of worker safety, regulatory compliance, and real-world performance. Whether you’re using a half mask or a full face respirator, the wrong cartridge can leave you underprotected, even if the respirator itself fits perfectly.


This guide breaks down how to correctly select cartridges and filters for 3M reusable half mask and full face respirators, explains common applications, and links to trusted manufacturer resources so you can verify your selection with confidence.



Step 1: Identify the Respirator Facepiece
Before selecting any cartridge or filter, confirm which respirator you’re using. 3M reusable respirators fall into two main categories:

Half Mask Respirators

• Cover the nose and mouth
• Require safety glasses or goggles for eye protection
• Lighter and more compact
• Common in construction, manufacturing, and maintenance

Popular 3M half mask series include

• 3M 7500 Series

Full Face Respirators
Cover eyes, nose, and mouth

• Provide integrated eye and face protection
• Offer higher Assigned Protection Factors (APFs)
• Ideal for higher hazard environments

Common models include:

1. 3M 6000 Full Face Series

Important: Both half mask and full face respirators use the same cartridge and filter connection system (bayonet-style), making selection easier once hazards are identified.

Step 2: Identify the Hazard (This Is the Most Critical Step)
Cartridges and filters are hazard-specific. A cartridge that protects against organic vapors will not protect against acid gases, ammonia, or particulates.

Hazard Type Examples

Organic Vapors

• Paints, solvents, adhesives

Acid Gases ​

• ​Chlorine, sulfur dioxide

Ammonia / Methylamine

• Refrigeration, agriculture

Particulates

• ​​Dust, sanding, grinding

Combination Hazards

• Vapors + particulates

If you’re unsure of the hazard, consult:

• Your Safety Data Sheet (SDS)
• Your safety manager or industrial hygienist
• 3M’s official selection resources (linked below)

Step 3: Choose the Correct 3M Cartridge or Filter
Here are some of the most commonly used 3M cartridges and filters, along with their typical applications:
Gas & Vapor Cartridges
3M 6001 – Organic vapors (paint, solvents)
3M 6002 – Chlorine, sulfur dioxide
3M 6003 – Combination protection
3M 6004 – Ammonia and methylamine
3M 6006 – Multiple gas hazards

Particulate Filters
3M 2097 – Oil/non-oil particulates + nuisance organic vapor relief
3M 2091 – Particulates only
3M 5P71 – Particulates with oil resistance

​

Step 4: Verify Compatibility and Service Life
Not all cartridges last the same amount of time. Cartridge life depends on:
Contaminant concentration
Breathing rate
Humidity and temperature
Work duration

3M recommends:

Using change-out schedules
Replacing cartridges before odor breakthrough
Never relying on smell alone for hazardous gases

Trusted 3M Selection Resources (Use These)
These manufacturer tools should always be your final check:

• 🔗 3M Respirator Selection Guide
  https://www.3m.com/3M/en_US/worker-health-safety-us/respiratory-protection/respirator-selection/
• 🔗 3M Cartridge & Filter Selection Chart (PDF)
  https://multimedia.3m.com/mws/media/565214O/3m-respirator-selection-guide.pdf
• 🔗 3M SDS Database
  https://www.3m.com/3M/en_US/sds-search/

Final Thoughts

Selecting the correct cartridge or filter is just as important as choosing the respirator itself. A properly fitted respirator with the wrong cartridge can provide a false sense of security—and that’s a risk no workplace should take.

When in doubt:
Identify the hazard
​Match the cartridge to the hazard
Verify using manufacturer documentation
Replace cartridges on a schedule—not guesswork
If you need help selecting the correct 3M cartridge or filter for your specific application, contact MDI Safety who understands both OSHA requirements and real-world jobsite conditions.