Construction is the hardest environment to specify gloves for. The same crew moves between handling rebar, cutting sheet metal, pouring concrete and operating impact tools within a single shift — and each of those tasks calls for a different protection profile. Get it wrong in either direction and you either pay for protection nobody needs, or you leave workers exposed to the industry's most common injury: hand and finger trauma.
This guide is written for importers, distributors and site safety officers who buy construction gloves in volume. It covers the hazard map, the standards that actually matter on a construction site, and how to specify a glove range that covers your market without carrying dead stock.
Key Takeaways
- No single glove covers a construction site. A realistic range is 3–4 SKUs: general handling, cut-resistant, impact-protected and a coated grip glove.
- EN388 cut level C or D covers most construction handling. Only demolition, glass and sheet-metal work justifies level E or F.
- Impact protection follows a different standard entirely — ANSI/ISEA 138, graded 1 to 3. EN388 does not test impact on the fingers.
- Construction gloves sell on palm coating. Nitrile foam and sandy nitrile outperform smooth finishes once hands are wet, oily or dusty.
- For EU buyers the glove must carry a valid CE marking under Regulation (EU) 2016/425; Category II is the minimum for cut and impact protection.
- Why Construction Sites Need a Glove Range, Not a Glove
- The Five Hand Hazards on a Construction Site
- Which Glove for Which Trade
- EN388 Cut Levels Explained for Construction Buyers
- Impact Protection: ANSI/ISEA 138
- Grip, Dexterity and the Trade-Off Nobody Mentions
- CE Certification: What Importers Must Verify
- Wholesale Sourcing: MOQ, Pricing and Lead Times
- Frequently Asked Questions
1. Why Construction Sites Need a Glove Range, Not a Glove
Buyers new to the category usually start by looking for the highest-rated glove they can find. That instinct is understandable and almost always wrong. A level F cut-resistant glove is expensive, thick, and has poor dexterity — a worker asked to wear it while threading a bolt will simply take it off.
The practical consequence is that a site ends up with gloves that are bought but not worn. Safety managers who handle this well specify a small range and match each glove to a task cluster rather than to the site as a whole. Three to four SKUs is normally enough to cover an entire construction operation.
The buying rule: specify to the hazard, not to the highest available rating. A glove that is worn at 100% of the time at level C beats a level F glove that spends the shift in a pocket.
2. The Five Hand Hazards on a Construction Site
| Hazard | Typical Source | Relevant Standard | Typical Specification |
|---|---|---|---|
| Cut and laceration | Rebar, sheet metal, glass, rebar ties, hand tools | EN388 / ANSI-ISEA 105 | Cut level C–E, HPPE or aramid liner |
| Impact | Struck by tools, swinging loads, pinch points | ANSI/ISEA 138 (EN 13594 for motorcycle) | Impact level 1–2, TPR back-of-hand |
| Abrasion | Concrete, brick, masonry blocks | EN388 (a, 0–4) | Abrasion level 3–4, nitrile or PU coating |
| Puncture | Nails, wire, timber with fixings | EN388 (P, 0–4) | Puncture level 2–4 |
| Chemical and wet | Concrete additives, solvents, wet mortar | EN374 (chemical), EN388 (water) | Nitrile or PVC coating, gauntlet cuff |
Most construction injuries involve the first two rows. Cut and impact protection therefore drive the specification, and the remaining properties are used to choose between otherwise comparable gloves.
3. Which Glove for Which Trade
| Trade / Task | Primary Hazard | Recommended Cut Level | Recommended Construction |
|---|---|---|---|
| General labouring, material handling | Abrasion, minor cut | EN388 B–C | Sandy nitrile on 15-gauge HPPE |
| Rebar fixing and steelwork | Cut, puncture, impact | EN388 D–E | HPPE/steel blend with TPR back |
| Concrete pour and finishing | Alkali, abrasion | EN388 B–C | Long-cuff nitrile or PVC gauntlet |
| Demolition | Cut, impact, vibration | EN388 E–F | Heavy knit + TPR, gel palm optional |
| Glass and glazing | Severe cut | EN388 E–F | Aramid/HPPE blend, level F where possible |
| Roofing and cladding | Cut, heat, wet grip | EN388 C–D | Latex or nitrile-coated knit, thermal option |
| Plant and tool operation | Vibration, impact | EN388 B–C | Anti-vibration with TPR, EN ISO 10819 |
| Groundworks and utilities | Cut, impact, wet | EN388 D–E | Waterproof liner, sandy nitrile, TPR |
This table is the core of a construction glove range. Sell it as a matrix rather than as individual products and buyers immediately understand which SKU covers which part of their site — which is also the fastest way to increase average order value without discounting.
4. EN388 Cut Levels Explained for Construction Buyers
EN388 is the European standard for protective gloves against mechanical risks. The current version grades cut resistance from A (lowest) to F (highest) using the Coupe test at lower levels and the TDM-100 test at higher ones. The shift between test methods happens at level C, which is a common source of confusion when comparing test reports.
For construction specifically:
- Level B–C — general labouring, block laying, timber handling. This is the volume seller.
- Level D — rebar, steel fixing, general metalwork. Excellent balance of protection and comfort.
- Level E–F — glass, sheet metal, demolition. Justified only where a real laceration risk exists; expect to pay significantly more and accept reduced dexterity.
The full marking on an EN388 glove also carries letters for abrasion, tear, puncture at lower levels, and an optional blade-cut indicator. Buyers comparing quotations should always ask for the complete marking rather than a single number, because two gloves sold as "cut level D" can differ meaningfully on abrasion and puncture performance.
For a detailed walkthrough of the scale, see our EN388 cut levels guide, and for the US equivalent our ANSI/ISEA 105 cut standard guide.
5. Impact Protection: ANSI/ISEA 138
Impact protection is the most commonly misunderstood requirement in construction. EN388 does not test impact on the fingers. If a specification sheet claims impact protection under EN388, the claim is either about the older EN 388:2003 impact pictogram (which covered the whole glove with a single pass/fail) or it is simply wrong.
The current standard is ANSI/ISEA 138, which grades back-of-hand impact performance from level 1 (lowest) to level 3 (highest) and reports the result for each finger individually as well as the knuckle area. Typical construction use:
| Impact Level | Peak Transmitted Force | Construction Use |
|---|---|---|
| Level 1 | ≤ 9 kN | General site work, light tools |
| Level 2 | ≤ 6.5 kN | Rebar, steelwork, plant operation |
| Level 3 | ≤ 4 kN | Demolition, heavy impact and mining |
TPR (thermoplastic rubber) is the standard material for the dorsal protection, and the difference between a good and a poor impact glove is usually in how the TPR is attached and whether the finger segments are individually protected. See our impact-resistant gloves guide for the full test method.
6. Grip, Dexterity and the Trade-Off Nobody Mentions
On a construction site, grip performance determines whether the glove is worn at all. Smooth finishes become useless the moment a hand is wet, oily or dusty. The three coatings that matter:
- Sandy nitrile — the best all-round choice for construction. Excellent wet and oily grip, strong abrasion resistance, and it survives concrete dust better than any other finish.
- Nitrile foam — lighter and more breathable, good dry grip. Better for fine assembly than for heavy site work.
- Latex crinkle — outstanding wet grip and elasticity, but a genuine allergy risk. Specify nitrile instead unless the buyer explicitly asks for latex.
Dexterity is governed mainly by the liner gauge. A 15-gauge HPPE liner gives a good balance for construction; 18-gauge is more comfortable but offers less cut coverage per gram, and 13-gauge is more durable but noticeably stiffer. For most construction ranges, 15-gauge with a sandy nitrile palm is the SKU that will carry the volume.
Workers with existing hand-arm vibration exposure also need to consider anti-vibration gloves tested to EN ISO 10819, particularly on breaker and plate-compactor work.
7. CE Certification: What Importers Must Verify
Construction gloves sold into the EU are Category II PPE under Regulation (EU) 2016/425. That means an EU type-examination certificate issued by a notified body, an EU Declaration of Conformity, and a CE marking applied to the product.
When evaluating a supplier, ask for:
- The EU type-examination certificate number, and the notified body that issued it.
- Test reports from an accredited laboratory — not a self-declared specification sheet.
- The full EN388 marking, including abrasion, tear and puncture letters.
- For impact gloves, the ANSI/ISEA 138 level per finger.
- The EU Declaration of Conformity, signed and dated.
Certificates should be issued against the manufacturing site, not against a trading company. This is one of the clearest ways to distinguish a genuine manufacturer from an intermediary, and it matters when a customs authority or a customer audits the file. Our EU PPE Regulation 2016/425 guide covers the obligations in full.
8. Wholesale Sourcing: MOQ, Pricing and Lead Times
Construction gloves are a high-volume category, and the commercial terms matter as much as the specification. Typical parameters when sourcing from a Chinese manufacturer:
| Item | Typical Range | Notes |
|---|---|---|
| MOQ per SKU | 3,000–12,000 pairs | Lower for stock colours, higher for custom coating |
| Sample lead time | 5–10 days | Paid samples usually credited against the bulk order |
| Bulk lead time | 25–45 days | Peak season (Q3–Q4) runs longer; book early |
| OEM / private label | From 5,000 pairs | Custom print, label and polybag |
| Incoterms | FOB, CIF, DDP | FOB Ningbo is the most common baseline |
Because construction demand is seasonal — northern-hemisphere buyers order ahead of the spring building season — the single most useful thing a supplier can do is hold stock on the fast-moving SKUs. Ask specifically which sizes and coatings are held in inventory; that is often worth more than a marginal price advantage.
For the wider buying process, see our MOQ guide and landed cost guide.
9. Frequently Asked Questions
What EN388 cut level do construction workers need?
Most general construction handling is covered by level B to C. Rebar and steel fixing typically need level D. Only glass, sheet metal and demolition work justifies level E or F, where the cost and loss of dexterity are offset by a genuine laceration hazard.
Do construction gloves need impact protection?
Where there is any risk of being struck by a tool, a load or a pinch point, yes. Impact protection is graded under ANSI/ISEA 138 at levels 1 to 3. Note that EN388 does not test finger impact, so an EN388 rating alone is not evidence of impact protection.
Which coating is best for construction work gloves?
Sandy nitrile. It gives the strongest wet and oily grip, the best abrasion resistance against concrete dust, and no latex allergy risk. Nitrile foam is a good alternative for lighter tasks, and latex crinkle should only be used where the buyer explicitly requests it.
How many glove SKUs does a construction site need?
Three to four. A general handling glove at EN388 B–C, a cut-resistant glove at D–E, an impact-protected glove for rebar and plant work, and a long-cuff chemical or waterproof gauntlet if there is concrete or wet work on site.
What certification should I ask a supplier for?
The EU type-examination certificate with the issuing notified body, accredited laboratory test reports, the full EN388 marking, the applicable ANSI/ISEA 138 impact levels, and a signed EU Declaration of Conformity. Certificates should name the manufacturing site, not a trading entity.
Sourcing Construction Gloves for Your Market?
We manufacture the full construction range — general handling, cut-resistant, impact-protected and chemical gauntlets — with CE certification, full EN388 and ANSI/ISEA 138 test data, and OEM labelling from 5,000 pairs. Tell us your market and we will send a specification matrix and FOB pricing.
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