Matching the Gear to the Hazard: A Tradesperson's Guide to Specialized PPE

Personal Protective Equipment (PPE) must be precisely matched to specific construction hazards, not used as a universal solution. Understanding relevant EN/ISO standards and ratings is crucial for selecting gear that effectively protects against risks like airborne threats, impacts, noise, chemicals, and falls.

Kyle Brenner

October 14, 2026 · 6 min read

There is no universal PPE kit for construction work. As squote's technical team puts it in their UK guide, PPE is "the last line of defence in the hierarchy of controls," and the specific equipment required depends entirely on the hazard in front of you. The practical skill for any tradesperson is knowing which category of protection a hazard calls for — and which standard or rating on the label confirms the gear can actually handle it.

Understanding Specialized PPE for Construction Hazards

PPE only works when it is matched to a specific risk. Brett Reese, writing for Haus of Tools, makes the point plainly: some jobs need just basic PPE while others need highly specialized equipment, and removing or minimizing a hazard should always happen before relying on gear. Under the UK's Personal Protective Equipment at Work Regulations 2022 (amended), employers must provide CE or UKCA marked PPE free of charge where risks cannot be adequately controlled by other means — and that duty now extends to workers generally, not just employees, per squote's summary of the regulations.

On most construction sites, a hard hat, safety footwear and hi-vis clothing form the mandatory baseline, squote's guide notes. Beyond that baseline, every additional item should be chosen because of a specific hazard: the dust from cutting, the solvent being brushed, the overhead work, the noise from the grinder. The rest of this guide works through those categories and the standards that govern them.

Respiratory Protection: Filtering Airborne Threats

Respiratory protective devices are essential for tasks such as painting, sanding or working with toxic chemicals, according to Omega Safety Training's PPE guide. The two main families differ fundamentally in how they protect you. Air-purifying respirators (APRs) filter contaminants out of the ambient air and include disposable masks, half-face and full-face respirators. Breathing apparatus (BA) instead supplies clean air from a tank, which Omega notes is essential in tight spaces or areas with low oxygen.

For the disposable filtering facepieces most tradespeople reach for, the relevant standard is EN 149, which defines three classes: FFP1, FFP2 and FFP3, with the ratings indicating progressively higher filtration efficiency. Choosing the correct level depends on the specific contaminant and its concentration — silica dust and wood dust both carry workplace exposure limits under HSE's EH40 guidance, and COSHH risk assessments drive the selection of respiratory protective equipment, as squote's standards summary explains. HSE's Respiratory Protective Equipment at Work guidance (HSG53) additionally covers RPE selection and fit testing.

Construction Hazard to PPE Selection Framework

Use this matrix to move from an identified hazard to the correct PPE category and the standard or rating to check on the label. Each row pairs a common construction hazard with the equipment class designed for it and the selection factor that distinguishes an adequate choice from an inadequate one.

Hazard-to-PPE decision matrix for common construction risks
Hazard	Affected Body Part	Primary PPE Category	Key Selection Factor / Standard
Airborne particulates: dust, fumes, aerosols	Lungs / airways	Filtering facepiece or respirator	EN 149 — choose FFP1, FFP2 or FFP3 by contaminant and concentration; BA where oxygen is low
Falling objects, impacts, electrical hazards	Head	Industrial safety helmet	EN 397 — Type 2 for working at height (retention requirements)
Flying debris, chemical splashes, harmful radiation	Eyes / face	Safety glasses or goggles	EN 166 — match lens and frame to the specific hazard
Noise above action levels	Hearing	Earplugs or earmuffs	EN 352 — mandatory where noise exceeds 85 dB(A) over 8 hours under the 2005 Noise Regulations
Cuts, abrasions, extreme temperatures	Hands	Mechanical-risk gloves	EN 388 — cut-resistance level matched to the sharp material handled
Solvents, corrosive chemicals	Hands	Chemical-resistant gloves	EN 374 — chemical resistance; not interchangeable with cut-rated gloves
Falling objects, punctures, electrical hazards underfoot	Feet	Safety footwear	EN ISO 20345 — toecap energy rating, anti-slip sole, puncture resistance
Falls from height	Whole body	Harness and lanyard	EN 361 / EN 354 — connected to a secure anchor point

Hazard-to-PPE decision matrix for common construction risks

Hazard

Affected Body Part

Primary PPE Category

Key Selection Factor / Standard

Airborne particulates: dust, fumes, aerosols

Lungs / airways

Filtering facepiece or respirator

EN 149 — choose FFP1, FFP2 or FFP3 by contaminant and concentration; BA where oxygen is low

Falling objects, impacts, electrical hazards

Head

Industrial safety helmet

EN 397 — Type 2 for working at height (retention requirements)

Flying debris, chemical splashes, harmful radiation

Eyes / face

Safety glasses or goggles

EN 166 — match lens and frame to the specific hazard

Noise above action levels

Hearing

Earplugs or earmuffs

EN 352 — mandatory where noise exceeds 85 dB(A) over 8 hours under the 2005 Noise Regulations

Cuts, abrasions, extreme temperatures

Hands

Mechanical-risk gloves

EN 388 — cut-resistance level matched to the sharp material handled

Solvents, corrosive chemicals

Hands

Chemical-resistant gloves

EN 374 — chemical resistance; not interchangeable with cut-rated gloves

Falling objects, punctures, electrical hazards underfoot

Feet

Safety footwear

EN ISO 20345 — toecap energy rating, anti-slip sole, puncture resistance

Falls from height

Whole body

Harness and lanyard

EN 361 / EN 354 — connected to a secure anchor point

The matrix also exposes the commonest selection errors: reaching for a cut-rated glove where a chemical-rated one is required, or a basic dust mask where the contaminant and its concentration call for a higher FFP class. Where a hazard appears in two rows — hands exposed to both blades and solvents — the correct answer is equipment rated against both, not a compromise on either.

Decoding PPE Standards: What the Ratings Mean

The standards listed above are not marketing labels; they specify minimum requirements and testing methods for each PPE category, as squote's guide emphasizes. EN ISO 20345 defines toecap energy ratings for footwear. EN 149 defines the FFP filtration classes. EN 397 defines helmet impact requirements — and, since its 2025 revision, the Type 1/Type 2 split that folds working-at-height retention into the helmet standard itself. EN 166 and EN 352 do the same for eye and hearing protection respectively.

Two regulatory instruments sit alongside these product standards. The Personal Protective Equipment at Work Regulations 2022 amended the 1992 Regulations to extend the duty to provide PPE from employees to workers generally. And the Control of Noise at Work Regulations 2005 (SI 2005/1643) sets the 80/85 dB(A) action levels that make hearing protection zones mandatory. COSHH drives respiratory selection through hazardous-substance risk assessments, with EH40 supplying the exposure limits for silica and wood dust that determine when a higher FFP class is needed.

One caution on currency: standards are periodically revised, as the EN 397 transition shows, so check that any equipment you buy is marked against the version in force for your task and jurisdiction. This guide covers UK/EU standards as documented in the sources; it does not extend to US OSHA requirements, nor to extreme or highly specialized environments such as hazmat work, and it does not recommend specific brands or models.