Industrial Safety Equipment List: PPE and Protective Gear by Hazard Type
A workplace safety program starts with matching the right protective equipment to the actual hazards on your floor. Under OSHA 29 CFR 1910 Subpart I, employers must first conduct a hazard assessment (required by 1910.132(d)) and then provide personal protective equipment certified to the appropriate consensus standards. Critically, PPE is the last line of defense, not the first: the hierarchy of controls puts elimination, substitution, engineering controls, and administrative controls ahead of PPE, which protects the worker only when a hazard cannot be removed.
This guide lists the essential industrial safety equipment by hazard category, names the OSHA and ANSI/ISEA standards each class must meet, and gives a quick hazard-to-PPE reference so you can specify and source the right gear.
It is written for safety managers, plant and operations engineers, and procurement teams equipping industrial, construction, manufacturing, and warehousing environments. To source equipment against these standards, browsesafety equipment or send an RFQ.
The sections below detail each category. For electrical-specific hazards, which carry their own equipment and the NFPA 70E standard, see our dedicated guide toelectrical safety equipment.
Personal Protective Equipment (PPE)
PPE is the cornerstone of hazard protection at the point of work, deployed when engineering and administrative controls cannot fully remove a hazard. OSHA requires employers to assess hazards, select certified PPE, and train workers in its use.
Head Protection
Hard hats protect against falling objects, debris, and impact, and are essential on construction sites and in manufacturing. They must meet ANSI/ISEA Z89.1, which classifies them by impact type (Type I for top impact, Type II for top and lateral impact) and by electrical class (Class G general to 2,200V, Class E electrical to 20,000V, Class C conductive, no electrical protection). OSHA 1910.135 governs their use.
Eye and Face Protection
Safety glasses and goggles protect against flying particles, dust, and chemical splash; face shields add full-face protection for grinding, chemical handling, and similar tasks. Eye and face protection must meet ANSI/ISEA Z87.1 (impact, optical quality, and splash criteria) under OSHA 1910.133.
Hearing Protection
Earplugs and earmuffs prevent noise-induced hearing loss, which is permanent and cumulative. Under OSHA 1910.95, the permissible exposure limit (PEL) is 90 dBA over an 8-hour time-weighted average, and the action level that triggers a hearing conservation program is 85 dBA. Earplugs are compact and effective; earmuffs provide higher reduction in very loud environments and can be combined with earplugs (dual protection) for extreme noise.
Respiratory Protection
Airborne dust, fumes, gases, and vapors require respiratory protection under OSHA 1910.134, using NIOSH-approved devices:
Dust masks (filtering facepieces): for nuisance and particulate dust.
Respirators (half or full-face): for toxic fumes, gases, and contaminants, with the cartridge matched to the hazard.
Self-contained breathing apparatus (SCBA): for oxygen-deficient or immediately dangerous (IDLH) atmospheres, supplying independent air.
Hand Protection
Gloves are matched to the hazard under OSHA 1910.138. Cut-resistant gloves are rated by ANSI/ISEA 105, which grades cut resistance from A1 (lowest) to A9 (highest) by the grams of force needed to cut through:
ANSI/ISEA 105 Cut Level
Grams to Cut
Typical Use
A1 to A2
200 to 999
Light assembly, general handling
A3 to A4
1,000 to 2,199
Light glass, metal stamping, parts handling
A5 to A6
2,200 to 3,999
Sheet metal, glass handling, food processing
A7 to A9
4,000+
Heavy metal fabrication, blade changing, severe cut risk
Chemical-resistant gloves are selected by permeation data for the specific chemical (not by general "chemical resistance"), and heat-resistant gloves are rated for high-temperature work and burn protection.
Foot Protection
Steel-toe and composite-toe boots protect against impact and puncture, with slip-resistant soles for stability and electrical-hazard (EH) rated options for shock protection. Safety footwear is specified to ASTM F2413 (the performance and labeling standard that appears on the boot, current edition F2413-24, replacing the legacy ANSI Z41), with testing performed per ASTM F2412, under OSHA 1910.136. Read the tongue-tag codes: I and C for impact and compression, EH for electrical hazard, PR for puncture resistance, Mt for metatarsal.
Body Protection
Full-body suits and protective clothing shield against chemical exposure, extreme temperatures, and biological hazards. Match the material to the hazard (chemical-resistant, flame-resistant, or thermal) and the required protection level.
Fall Protection
Falls are consistently among the leading causes of fatal workplace injury, which is why fall protection is required for work at height under OSHA 1910.140 (general industry) and 1926.502 (construction). A complete personal fall arrest system combines:
Safety harnesses: the full-body harness that distributes arrest forces, for construction, oil and gas, and utilities work at height.
Anchor points: rated secure attachment points capable of supporting the required arrest load.
Lanyards and lifelines: the connection between harness and anchor, including shock-absorbing and self-retracting (SRL) types.
Guardrails and safety nets: passive protection that reduces fall risk without requiring worker action, and which ranks above PPE in the hierarchy of controls.
Fire Safety
Flammable materials, electrical equipment, and combustible dust make fire a constant industrial risk. Core fire equipment:
Fire extinguishers, classed by fire type (A ordinary combustibles, B flammable liquids, C electrical, D combustible metals, K cooking media) and governed by OSHA 1910.157 and NFPA 10. Match the extinguisher class to the hazard.
Fire blankets for smothering small fires and personal protection.
Smoke detectors and alarms for early detection and evacuation time.
First Aid and Emergency Response
Rapid response equipment is required under OSHA 1910.151:
First aid kits, with contents and classification (Class A for common workplaces, Class B for higher-risk) defined by ANSI/ISEA Z308.1.
Emergency eyewash and shower stations, meeting ANSI Z358.1, required where corrosives or irritants are handled.
Stretchers and rescue equipment for safe evacuation of injured workers.
Equipping Specific Work Environments
Rather than repeating equipment categories, match the gear set to the dominant hazard of each environment:
High-risk mechanical and elevated work: prioritize the fall arrest system (harness, anchor, lifeline), head protection, and tool lanyards to protect workers below.
Hazardous chemical environments: prioritize chemical-resistant gloves and suits, face shields, respirators, and emergency eyewash, backed by proper ventilation.
High-noise environments: prioritize hearing protection sized to the measured noise level, combined with engineering noise controls.
High-temperature environments: prioritize heat-resistant gloves, flame-resistant clothing, and face protection.
How to Build and Maintain Your Safety Equipment Program
A compliant program is a cycle, not a one-time purchase, and it follows the hierarchy of controls:
Conduct a hazard assessment as required by OSHA 1910.132(d), inspecting each task for impact, penetration, chemical, electrical, noise, and respiratory hazards.
Apply the hierarchy of controls: first try to eliminate or substitute the hazard, then engineering controls (guarding, ventilation), then administrative controls (procedures, rotation), and use PPE for the residual risk that remains.
Select PPE certified to the matching OSHA and ANSI/ISEA standards for each remaining hazard.
Inspect and maintain equipment regularly, removing damaged or expired gear from service.
Train workers in correct use, fit, and limitations of each item.
Document and review assessments, inspections, and training, and reassess when processes or equipment change.
The Bottom Line
A defensible safety equipment program starts with a hazard assessment, applies the hierarchy of controls, and matches each remaining hazard to PPE certified under the right OSHA and ANSI/ISEA standard. Build the program by hazard category, keep equipment inspected and workers trained, and treat electrical hazards as their own discipline with NFPA 70E-rated equipment. Done right, the program protects workers, satisfies OSHA, and reduces the downtime and liability that injuries cause.
Source Industrial Safety Equipment with eINDUSTRIFY
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Frequently Asked Questions
What safety equipment is required in an industrial workplace?
The required equipment depends on the hazards present, identified through the hazard assessment OSHA requires under 1910.132(d). Common categories are head protection (ANSI/ISEA Z89.1), eye and face protection (Z87.1), hearing protection, respiratory protection (NIOSH-approved), hand protection (ANSI/ISEA 105 for cut resistance), foot protection (ASTM F2413), fall protection, fire safety equipment, and first aid supplies. PPE is used for hazards that cannot first be removed by engineering or administrative controls.
What is OSHA 1910 Subpart I?
OSHA 29 CFR 1910 Subpart I is the general industry standard governing personal protective equipment. It sets the general requirement to assess hazards and provide PPE (1910.132) and specific requirements for eye and face (1910.133), head (1910.135), foot (1910.136), hand (1910.138), and respiratory (1910.134) protection, referencing ANSI/ISEA consensus standards for each.
What do the ANSI cut levels A1 to A9 mean?
ANSI/ISEA 105 grades cut-resistant gloves from A1 (lowest) to A9 (highest) by the grams of force required to cut through the material. A1 to A2 suit light handling, A3 to A4 suit metal stamping and parts handling, A5 to A6 suit sheet metal and glass, and A7 to A9 suit heavy fabrication and severe cut hazards. Match the level to the sharpness and force of the task.
What standards apply to safety footwear?
Safety footwear is specified to ASTM F2413 (the performance and labeling standard that appears on the boot, current edition F2413-24, which replaced the legacy ANSI Z41), with testing performed per ASTM F2412. OSHA requires foot protection under 1910.136 and recognizes ASTM F2413 as the benchmark. Tongue-tag codes show the protections: I/C for impact and compression, EH for electrical hazard, PR for puncture, Mt for metatarsal.
What is the difference between general safety equipment and electrical safety equipment?
General safety equipment addresses physical, chemical, noise, fall, and fire hazards under OSHA 1910 Subpart I. Electrical safety equipment addresses shock and arc-flash hazards and is governed by NFPA 70E, using specialized gear such as arc-flash clothing, insulated tools, voltage testers, and lockout/tagout devices. For that category, see our dedicated electrical safety equipment guide.
How often should safety equipment be inspected?
PPE should be inspected before each use by the worker and on a documented periodic schedule by the safety program, with damaged or expired equipment removed from service immediately. Fall protection, respiratory equipment, and fire extinguishers carry specific inspection intervals set by their governing standards and the manufacturer's instructions.
Tags: Safety Equipment List Safety Equipment PPE Includes Anchor Points Personal Protective Equipment PPE Hearing Protection Face Shields Fall Protection Equipment Includes Safety Glasses Full Body Suits Falling Objects Fire Extinguishers
