Impact Gloves

What Are Impact Gloves?

Impact gloves are work gloves fitted with thermoplastic rubber (TPR) padding or energy-absorbing foam positioned across the knuckles, fingers, and back of the hand to absorb and distribute blunt-force energy. Also called impact resistant gloves or impact protection gloves, these gloves protect workers from crush injuries and pinch-point contact in industrial environments. Workers in oil and gas, construction, mining, and heavy manufacturing rely on them where dropped tools, pipe handling, and machinery contact create ongoing hand-injury risk.

All Safety supplies impact gloves to industrial and commercial buyers across Canada.

Key Takeaways About Impact Gloves

• TPR padding on knuckles and fingers absorbs blunt-force energy before it reaches bones and joints, reducing crush injury severity.
• ANSI/ISEA 138 defines three impact resistance levels — Level 1, 2, and 3 — based on transmitted force measured in the back-of-hand zone.
• Many impact gloves combine TPR padding with ANSI/ISEA 105 cut resistance ratings, protecting against both blunt force and lacerations from the same glove.
• Gauntlet-cuff designs extend wrist and forearm protection, while short-cuff designs allow faster donning and better range of motion for tool-intensive tasks.
• Winter-lined impact gloves retain thermal insulation while keeping TPR padding functional — critical for outdoor crews working in sub-zero conditions.
• D3O smart-material padding stiffens on impact and returns to a flexible state immediately after, allowing dexterity-sensitive tasks without removing the glove.
• Padding compresses permanently over time — inspect TPR zones monthly and replace gloves when padding no longer rebounds to its original profile.
• Verify that the glove's impact certification covers the specific anatomical zones at risk on your worksite — not all certified gloves protect the full back-of-hand area equally.

ANSI/ISEA 138 Impact Levels: Level 1, 2, and 3 Explained

ANSI/ISEA 138 is the North American performance standard for impact-resistant hand protection. The standard defines three levels of impact resistance based on the force transmitted through the glove's back-of-hand padding during a controlled drop-weight test. A higher level indicates less transmitted force and greater energy absorption — buyers should match the level to the actual impact energy present in their work tasks.

ANSI/ISEA 138 Impact Level Comparison

Level 2 covers most general industrial use cases. Level 3 is warranted when workers handle heavy equipment or operate in environments where the force of dropped or swinging objects regularly exceeds what Level 2 padding is designed to absorb. Confirm the required level during your site hazard assessment before specifying gloves for a crew.

Impact Glove Terms and Technologies

Crush resistant gloves use several distinct materials and design configurations. Understanding these terms helps buyers compare gloves across brands and avoid selecting a product that looks similar on the label but differs significantly in construction.

Impact Glove Terminology

TPR (Thermoplastic Rubber)

Rigid rubber padding segments bonded to the back of the glove. TPR absorbs impact energy by deforming slightly on contact and returning to shape. It is the most common impact protection material across all three ANSI/ISEA 138 levels.

D3O

A rate-sensitive polymer that flows freely during normal movement but locks rigid on sudden impact. D3O gloves provide certified impact protection at a lower overall thickness than TPR, preserving dexterity for precision work.

Anti-impact gloves

A product-label synonym for impact gloves used by several manufacturers. The term does not indicate a distinct standard — verify ANSI/ISEA 138 certification regardless of label language.

Gauntlet cuff

An extended cuff design that covers the wrist and part of the forearm. Gauntlet-cuff impact gloves suit pipe handling and heavy-equipment tasks where the wrist is also exposed to impact or pinch.

Short cuff

A wrist-length cuff that leaves the forearm uncovered. Short-cuff designs allow faster donning and removal, and suit tasks requiring repeated tool changes or work inside confined spaces.

Backhand protection

TPR or padded panels covering the dorsal (back) surface of the hand. Impact gloves with full backhand protection cover the area most frequently struck by falling objects and pipe edges.

How to Choose Impact Gloves for Your Worksite

Selecting the right impact gloves starts with identifying the specific impact zones, energy levels, and secondary hazards — such as cuts or liquid exposure — present in the work task. A glove rated for Level 2 impact that lacks cut-resistant fiber construction provides no laceration protection, even if the back-of-hand padding is excellent. Match every attribute of the glove to the actual hazard profile, not just the highest-visibility feature.

Impact Glove Buying Process

1. Complete a hand-hazard assessment identifying impact zones, energy levels, and secondary risks.
2. Determine the required ANSI/ISEA 138 level based on the highest-impact task performed.
3. Confirm whether the glove also needs a cut resistance rating (ANSI/ISEA 105 A1–A9).
4. Choose cuff style — gauntlet for wrist exposure, short cuff for confined-space or tool-change tasks.
5. Select seasonal variant — summer or winter-lined — based on the primary operating environment.
6. Size a sample pair against the crew before bulk ordering; grip and dexterity vary across brands at the same size.
7. Confirm replacement sensors and re-order lead time fit within your safety supply cycle.

Workers who handle chemicals or work in wet conditions alongside impact hazards should also review liquid resistant glove options — some models combine liquid resistance with TPR impact protection in a single glove. For the full range of hand protection categories, browse all hand protection gloves.

Industries That Use Impact Resistant Gloves

Impact resistant gloves protect hands in every sector where workers contact heavy equipment, tools, or materials under force. The specific glove configuration — level, cuff style, and secondary ratings — varies by industry based on the dominant hazard type.

Industry Applications for Impact Protection Gloves

• Oil and Gas: Workers handling heavy pipe sections and wellhead equipment face constant crush and pinch-point risk; Level 2 or 3 gloves with backhand protection gloves configuration and cut resistance are standard for field crews.
• Construction: Power tool operators and framers encounter impact from nail guns, dropped lumber, and shifting material; Level 2 short-cuff impact gloves allow tool control while protecting knuckles and fingers.
• Mining: Underground crews face falling rock, heavy equipment contact, and extended wear in cold, wet conditions; Level 3 winter-lined gauntlet designs suit continuous daily exposure.
• Manufacturing and Heavy Assembly: Workers on lines handling metal stampings, castings, or structural components need impact protection that also accommodates repetitive gripping; Level 1 or 2 gloves with flexible segmented padding reduce fatigue across long shifts.
• Utilities and Maintenance: Technicians working in confined vaults or manholes with pipe wrenches and heavy fittings benefit from short-cuff Level 2 gloves that fit inside tight access points.
• Automotive Repair: Mechanics removing and installing heavy components face dropped-part impacts; Level 1 or 2 gloves with thin D3O padding preserve the tactile sensitivity needed for diagnostic and assembly work.
• Forestry and Tree Care: Crews operating chainsaws and handling logs need impact gloves with cut resistance combined — pair with specialty gloves designed for chainsaw operations where relevant.

Frequently Asked Questions About Impact Gloves

What are impact gloves used for?

Impact gloves protect hands from crush injuries, pinch-point contact, and blunt-force trauma in industrial work environments. Workers use safety impact gloves when handling heavy pipe, operating power tools, working around moving machinery, or in any task where the back of the hand is exposed to falling or swinging objects. The TPR or D3O padding absorbs impact energy before it reaches the bones and joints of the hand.

Do impact gloves also protect against cuts?

Many impact gloves combine TPR back-of-hand padding with cut-resistant palm and finger construction rated under ANSI/ISEA 105. The two standards address different hazards — ANSI/ISEA 138 covers the back-of-hand impact zone while ANSI/ISEA 105 covers cut resistance across the glove surface. Buyers facing both hazards should confirm both ratings appear on the glove label before purchasing.

What is the difference between Impact Level 1 and Level 3?

ANSI/ISEA 138 Level 1 gloves absorb a baseline amount of impact energy and suit light assembly or logistics tasks. Level 3 gloves transmit significantly less force to the hand during the same test and are designed for high-impact environments such as mining or heavy-equipment operation. Choosing a level lower than the hazard requires provides incomplete protection — always match the level to the highest-energy impact task on the worksite.

When should impact gloves be replaced?

Replace impact gloves when TPR padding shows permanent compression, cracking, or separation from the glove body. Compressed padding no longer absorbs impact energy at its rated level, even if the glove otherwise looks intact. Inspect padding monthly by pressing each TPR zone firmly and checking whether it rebounds fully. Most manufacturers also provide a maximum service-life recommendation based on hours of use.

Quick Selection Checklist for Impact Gloves

Verify Before Purchasing

• Verify ANSI/ISEA 138 certification level matches the highest-impact task on your hazard assessment.
• Confirm TPR or D3O padding covers all anatomical zones exposed to impact at your worksite.
• Check cuff length — gauntlet for wrist exposure, short cuff for confined space or high-dexterity tasks.
• Assess whether the task also requires cut resistance and confirm the ANSI/ISEA 105 rating on the glove label.
• Review total cost per pair against expected replacement frequency based on use intensity.
• Confirm volume pricing and re-order availability before specifying a model across a full crew.
• Check monthly for TPR padding compression, cracking, or delamination from the glove shell.
• Review manufacturer replacement schedule and confirm replacement pairs are consistently stocked.

Impact gloves protect workers from one of the most common and preventable categories of industrial hand injury: blunt-force trauma to the knuckles, fingers, and back of the hand. Selecting the right glove requires matching ANSI/ISEA 138 impact level to the actual hazard, confirming secondary ratings such as cut resistance where multiple hazards coexist, and establishing a monthly inspection routine to catch padding compression before it causes a gap in protection. All Safety stocks impact protection gloves from leading manufacturers in single-pair and bulk quantities, including winter-lined, gauntlet, and short-cuff configurations for varied worksite conditions. For workers requiring fall protection compliance reviews that include PPE audits, hand protection specifications are typically reviewed as part of the site safety program.