Creating Your Abrasive Safety Program: A Checklist for OSHA Compliance

Too many OSHA violations related to abrasive operations aren’t caused by shops that ignored safety...they’re caused by shops that only did safety verbally. The shop owner knew the rules. The experienced guys knew the rules. But, people sometimes forget, or new hires miss crucial details, which is where you run into trouble.

A written abrasive safety program changes that. It’s not just about pointless paperwork. It’s about having concrete documentation that holds up when OSHA shows up or when someone gets hurt.

This guide is designed for manufacturers, fabrication shops, machine shops, maintenance departments, and other workplaces where employees use grinding wheels, cut-off wheels, flap discs, wire wheels, and other abrasive products. Use it to build a your own practical checklist around the tools, materials, and operations in your facility.

There's no such thing as a one-size-fits-all abrasive safety checklist. A shop running bench grinders on carbon steel all day has completely different risks and requirements than a crew cutting concrete with portable angle grinders.

This guide helps you build a checklist that fits your operation. Work through the two short tables below to identify your tools and materials, then use your answers to pull the checklist sections that apply. Skip the ones that don't.

One note before you start: this guide is a practical starting point, not a substitute for a qualified safety professional or legal counsel. OSHA compliance has nuances that depend on your specific operation, workforce size, and state-plan jurisdiction. When in doubt, use OSHA's free On-Site Consultation Program -- it's separate from enforcement, confidential, and available to small and mid-sized employers.

Build Your Abrasive Safety Compliance Checklist

If you'd rather not read through this long guide, simply answer the short questions below to generate a practical starting checklist based on your shop's tools, materials, and operation type. This tool does not replace a qualified safety professional, but it can help you identify which OSHA-related checklist sections deserve closer review.

Step 1: Identify Your Tools

Go through this table and mark which tools are in use at your facility or job site. The standards listed are the primary ones triggered by each tool type -- additional standards may apply depending on your materials, covered in Step 2.

Every tool on this list, regardless of type, falls under the general PPE standards (1910.132, 1910.133, 1910.138). Those apply universally.

Step 2: Identify Your Materials

What you're cutting or grinding drives a separate layer of compliance requirements around air quality, ventilation, and in some cases medical surveillance. Mark what applies to your operation.

These materials trigger substance-specific standards detailed enough to warrant their own review. Hexavalent chromium, respirable crystalline silica, and combustible metal dust each have specific exposure limits, monitoring requirements, written program obligations, and in some cases medical surveillance. Sections J and K below cover what each requires at a high level and point you to the right resources.

Also: pull the SDS for every substrate you grind or cut. If a coating, alloy, or base material contains lead, cadmium, beryllium, or manganese at concentrations above their permissible exposure limits, additional standards apply that aren't covered in this guide.

Your Compliance Checklist

Use your answers from Steps 1 and 2 to determine which sections apply. Each section is labeled with what triggers it.

Section A: PPE

Applies to: all shops | Standards: 1910.132, 1910.133, 1910.134, 1910.138, 1910.95

Before you hand anyone a grinder, get these three things absolutely dialed into your PPE program. First, a written hazard assessment that *actually* identifies the specific PPE for each task—no generic checklists here. Second, documentation showing that assessment was done. And third, hands-on training for every employee *before* they ever touch a tool. That's the bedrock, and 1910.132 demands all three.

Eye and face protection (1910.133)

• Safety glasses or goggles meet ANSI/ISEA Z87.1 -- look for the Z87+ marking on the lens or frame
• Side protection present on safety glasses (integrated or Z87-rated clip-on shields)
• Face shield worn over Z87-rated safety glasses or goggles for grinding and cutting -- a face shield alone does not meet the primary impact requirement
• Employees with prescription lenses fitted with Rx-incorporated safety eyewear or an approved over-the-glass unit
• PPE provided at no cost to employees (1910.132(h))

Hearing protection (1910.95)

• Hearing protection available at no cost to all employees exposed at or above 85 dBA TWA
• Hearing protection mandatory at or above 90 dBA TWA
• Multiple types and sizes offered so employees can get a proper fit
• NRR ratings factored correctly -- OSHA's compliance method: subtract 7 from the NRR when using A-weighted noise measurements

Respiratory protection (1910.134)

• If respirators are required by any standard or mandated by the employer, a written respiratory protection program is in place -- this is a separate program with specific elements including medical evaluation, fit testing, and a qualified program administrator
• Medical evaluation completed before any employee uses a respirator for the first time
• Fit testing completed before initial use and at least annually
• Voluntary users of N95s given OSHA's Appendix D

If you're not sure whether your shop needs a respiratory protection program, start with your exposure assessment results from Sections J and K. OSHA's respirator selection guidance is at osha.gov/respiratory-protection.

Hand protection (1910.138)

• Glove selection documented in the hazard assessment with performance characteristics (cut resistance, abrasion resistance, heat resistance) matched to the task
• SOP addresses glove use at rotating spindles -- loose gloves at a bench-grinder spindle are a catch hazard; tight-fitting cut-resistant gloves are appropriate for handling workpieces and for portable grinder work

Protective clothing

• Leather or FR-treated sleeves, aprons, or chaps used where hot sparks or swarf are a factor
• Safety-toe footwear worn where heavy workpieces or hot material could contact the foot (1910.136 / ASTM F2412/F2413)
• Written work rule prohibiting loose clothing, unconfined long hair, and jewelry at rotating-spindle stations

See also our guide on PPE for grinding and cutting work for more on selecting the right protection for specific tasks.

Section B: Pre-Use Inspection

Applies to: all shops | Standards: 1910.215(d), 1910.243(c)(5), 1910.334(a)(2)

• Visual inspection of every wheel before mounting -- check for cracks, chips, missing labels, or signs of moisture damage
• Ring test performed on vitrified-bonded wheels before mounting: tap the wheel with a non-metallic implement (screwdriver handle or wooden mallet) about 45 degrees each side of the vertical centerline, roughly 1-2 inches from the periphery; rotate 45 degrees and repeat. A sound wheel produces a clear metallic ring. A dull or dead sound means the wheel is cracked -- don't mount it.
• Ring test not applied to organic-bonded wheels (resinoid, rubber, or shellac bonds) -- these don't ring even when sound. For these wheels, rely on visual inspection and follow the manufacturer's pre-use guidance.
• Wheel's maximum operating speed (marked on the wheel) confirmed to be at or above the tool's spindle RPM before mounting
• Cord, plug, switch, and casing inspected before each use on cord-and-plug tools (1910.334(a)(2))
• Defective cords, damaged plugs, or cracked casings tagged out of service -- not used until repaired or replaced

Section C: Machine Guarding -- Stationary Equipment

Applies to: bench grinders, pedestal grinders, floor-stand grinders, stationary cut-off saws | Standard: 1910.215

The guarding rules for stationary abrasive equipment are specific -- and the numbers matter. Here are the requirements that get missed most often:

• Peripheral exposure angle: bench and floor-stand grinders guarded to no more than 90 degrees of wheel exposure (up to 125 degrees if work requires contact below the spindle centerline); exposure begins no more than 65 degrees above the horizontal plane of the spindle (1910.215(b)(3))
• Tongue guard gap: the adjustable tongue guard at the top of the wheel opening maintained at no more than 1/4 inch from the wheel periphery -- this must be re-adjusted every time a wheel is changed as the wheel wears down (1910.215(b)(9))
• Work rest gap: the work rest on offhand grinding machines set no more than 1/8 inch from the wheel face; adjusted only with the wheel stopped (1910.215(a)(4))
• Guard fastenings in place and secure -- OSHA requires fastenings to be stronger than the guard itself
• Cut-off machine guard: no more than 150 degrees exposure, beginning no less than 15 degrees below the horizontal plane of the spindle (1910.215(b)(5))

Section D: Machine Guarding -- Portable Tools

Applies to: portable angle grinders, portable cut-off tools, die grinders | Standard: 1910.243(c)

• Guard present on all portable grinders -- this is not optional, and removing it to "get better access" is an OSHA violation
• Right-angle / vertical grinders: guard covers no more than 180 degrees, positioned between the operator and the wheel, adjusted so fragments deflect away from the operator (1910.243(c)(3))
• Other portable grinders (straight/die grinders with wheels over 2 inches): guard covers no more than 180 degrees, top half of the wheel enclosed at all times (1910.243(c)(4))
• Constant-pressure switch: all portable grinders with wheels over 2 inches diameter equipped with a switch that shuts off power when the operator releases pressure (1910.243(a)(2)(ii))
• Exception: mounted wheels 2 inches and under used in portable operations, and internal grinding applications, are exempt from the guard requirement

Section E: Mounting and Installation

Applies to: all wheel-based tools | Standards: 1910.215(c)-(d), 1910.243(c)(5), 1926.303(c)

• Flanges at least 1/3 of the wheel diameter -- both flanges the same size, clean, flat, and free of debris (1910.215(c)(1))
• Type 1 cut-off wheels: relieved flanges with matching bearing surfaces, at least 1/4 of the wheel diameter (1910.215(c)(1)(ii))
• Type 27A cut-off wheels: flat, non-relieved flanges with matching bearing surfaces, at least 1/4 of the wheel diameter (1910.215(c)(1)(iii))
• New blotter (compressible washer) used at every mount -- blotters are not reusable; size must equal or exceed the flange diameter (1910.215(c)(6))
• Wheel fits freely on the spindle -- forcing a wheel onto a spindle is prohibited (1910.215(d)(2))
• Spindle nut tightened only enough to hold the wheel -- do not use extension bars or extra force (1910.215(d)(5))
• After mounting: run the wheel at full speed for at least 60 seconds with no personnel in the plane of rotation before putting it into productive use (ANSI B7.1 standard practice)

Section F: Ventilation and Dust Control

Applies to: stationary grinders; any shop where dry grinding or cutting could cause exposure to exceed a PEL | Standards: 1910.94(b), 1910.1053, 1910.1026

OSHA requires local exhaust ventilation (LEV) when dry grinding, polishing, or buffing could cause exposure to exceed any permissible exposure limit -- without regard to whether employees are wearing respirators. You can't use PPE to avoid the LEV requirement.

• Local exhaust ventilation in place at stationary grinders where dust could exceed any PEL
• Exhaust volume meets the minimums in OSHA's Table G-4 (grinding wheels) or Table G-5 (wire wheels, buffing, polishing) in 1910.94(b)(3) -- these are minimums by wheel diameter and width; wider wheels require proportionally higher exhaust volumes
• Hoods positioned so dust and debris are projected into the hood, away from the operator's breathing zone (1910.94(b)(3)(i))
• Suitable dust collector installed on every exhaust system (1910.94(b)(4))
• Compressed air used for cleaning only at pressures under 30 psi, with chip guarding and PPE (1910.242(b)) -- see Section J for restrictions specific to silica-bearing dust

For shops cutting concrete, masonry, stone, stainless, or other regulated materials, additional requirements apply. See Sections J and K.

Section G: Electrical Safety

Applies to: all shops | Standards: 1910.303, 1910.304, 1910.305, 1910.334; construction: 1926.404

• All abrasive tools and equipment listed or labeled by a Nationally Recognized Testing Laboratory (NRTL) -- UL listing is the most common (1910.303(b))
• Equipment used per the manufacturer's instructions and listing requirements
• GFCI protection on cord-and-plug receptacles where required; construction sites require GFCI or an Assured Equipment Grounding Conductor Program on all temporary power outlets (1926.404(b)(1)(ii))
• All cord-and-plug tools either three-prong grounded or double-insulated (marked accordingly) (1910.304(g)(6))
• Flexible cords not used as a substitute for fixed wiring; not run through walls, floors, ceilings, or doorways (1910.305(g))
• Cords equipped with strain relief so pulling the cord doesn't stress the terminal connections
• Pre-use inspection of cords, plugs, and casings before each shift; damaged items tagged out and not used (1910.334(a)(2))
• Disconnecting means for hard-wired equipment clearly marked (1910.303(f))

Section H: Lockout / Tagout

Applies to: all hard-wired equipment; portable tools -- see note | Standard: 1910.147; construction: 1926.417

LOTO applies any time a worker services or maintains equipment where unexpected startup or energy release could cause injury. For abrasive tools, the most common trigger is wheel changes on hard-wired bench or pedestal grinders.

• Written energy control program in place (1910.147(c)(1))
• Equipment-specific written LOTO procedures for every hard-wired machine
• Lockout devices (locks, hasps, tags) are standardized, identifiable, and used only for energy control
• Training completed for authorized employees (those who perform LOTO), affected employees (those who work in the area), and other employees who may be in the area
• Annual inspection of LOTO procedures by an authorized employee other than the user, with documentation (1910.147(c)(6))

The cord-and-plug exception: For cord-and-plug portable tools, LOTO requirements do not apply if the tool is unplugged AND the plug stays under the exclusive control of the employee doing the work -- meaning in their hand, in their pocket, or in their direct line of sight. If the outlet is around a corner or out of sight, the exception doesn't apply. Document how your operation handles this distinction in your written LOTO program.

Section I: Noise

Applies to: shops with sustained grinding or cutting operations | Standard: 1910.95; construction: 1926.52

• If you don't know your shop's noise levels, that's the first step -- you can't know whether a Hearing Conservation Program is required without measurements
• Action level: 85 dBA TWA -- at or above this level, a Hearing Conservation Program is required, including monitoring, annual audiograms, hearing protection availability, and annual training
• PEL: 90 dBA TWA -- hearing protection is mandatory at this level; at or above 115 dBA continuous exposure is prohibited; 140 dB peak is the absolute ceiling for impact/impulsive noise
• Audiometric testing in place if any employee is exposed at or above 85 dBA -- baseline within 6 months of first exposure, annual audiograms thereafter
• Audiometric records retained for the duration of employment; noise monitoring records retained for 2 years

For the full requirements, see 29 CFR 1910.95 and OSHA's noise overview page.

Section J: Air Quality -- Silica

Applies to: shops grinding or cutting concrete, masonry, brick, stone, tile, cast iron, foundry castings, or any material with crystalline silica content | Standards: 1910.1053 (general industry), 1926.1153 (construction)

Respirable crystalline silica is a serious, well-documented health hazard -- prolonged exposure causes silicosis, lung cancer, and other irreversible conditions. OSHA's silica standard has specific requirements that go well beyond general PPE and ventilation rules.

At a high level, if your operation triggers this standard, you'll need:

• An exposure assessment to determine whether employee exposures exceed the action level (25 µg/m³) or PEL (50 µg/m³)
• Engineering and work-practice controls to reduce exposure to or below the PEL
• A written exposure control plan
• Medical surveillance for employees exposed above the action level for 30 or more days per year
• Training on silica health hazards, tasks that create exposure, and controls in place

Construction sites have a shortcut: 1926.1153 Table 1 lists specified controls -- such as vacuum dust collection on handheld grinders and wet methods for cutting -- that, when followed correctly, satisfy the standard without requiring an independent exposure assessment.

This standard is detailed enough that it warrants its own dedicated review. OSHA's silica resources for both general industry and construction are at osha.gov/silica-crystalline.

Section K: Air Quality -- Other Substances

Applies to: shops grinding stainless/chrome alloys, painted/coated surfaces, aluminum, magnesium, titanium, or any substrate with regulated substances in the SDS | Standards: 1910.1026 (hex chrome), 1910.1025 (lead), substance-specific standards as applicable

A few substances that come up often in abrasive work:

Hexavalent chromium (1910.1026): Generated when grinding or cutting stainless steel, chrome alloys, chrome-plated surfaces, or chromate-coated materials. Has its own PEL (5 µg/m³), action level (2.5 µg/m³), written program requirements, and medical surveillance obligations. See OSHA's hex chrome page for the full standard.

Painted and coated surfaces: The hazard depends entirely on what's in the coating. Lead-based paint is common on older infrastructure and industrial equipment -- grinding it triggers 1910.1025. Chromate primers trigger 1910.1026. Pull the SDS and test for lead if the coating age or origin is unknown before any grinding work begins.

Combustible metal dust (aluminum, magnesium, titanium): Grinding these metals produces fine dust that can ignite or explode under the right conditions. There's no single OSHA standard that covers all combustible metal dust scenarios -- enforcement is typically through the General Duty Clause, with NFPA 484 as the recognized industry standard. Wet dust collection is the common control. This area is nuanced enough that a safety professional familiar with your specific metals and processes is the right resource.

The bottom line for all of these: check the SDS for every material you grind or cut. If a substance has a listed PEL and your employees could be exposed above that level, there's likely a standard that applies.

Section L: Training

Applies to: all shops

For each training event, document the employee name, date, topic, and how competency was verified.

Section M: Recordkeeping

Applies to: all shops

One More Thing

This checklist covers the core requirements -- but OSHA compliance in a real shop has variables that a guide like this can't fully account for. State-plan states (California, Michigan, and Washington among others) have their own standards that are at least as stringent as federal OSHA and sometimes more so. Multi-employer worksites have their own rules about which employer is responsible for what. Any time you add a new process, material, or piece of equipment, the compliance picture can shift.

OSHA's On-Site Consultation Program offers free, confidential visits for small and mid-sized businesses -- the consultant's job is to help you find and fix hazards, not write citations.

For questions about the abrasive products themselves -- what wheels, discs, or accessories are right for a given application -- contact us or browse our full product line.

About the Author

Mike Germade

Mike is the Content Specialist for Empire Abrasives, where he has spent over five years researching and writing expert resources on sanding, grinding, and polishing tools. He regularly tests products on his own woodworking and metalworking projects, combining hands-on experience with a passion for clear content that helps makers and DIYers succeed. He continually updates his work to reflect the latest products, safety standards, and industry best practices.

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Last Update: 5/14/2026