ASTM F2413 Safety Boots are boots tested against a performance specification, not boots approved by a government agency. Buying one is a paperwork exercise as much as a product one.
- The current edition is ASTM F2413-24, published 1 June 2024. It replaced F2413-18.
- Baseline is I/75 impact (about 101.7 J) and C/75 compression (about 11.1 kN). Every other code is optional.
- OSHA sets the legal duty. ASTM sets the number. No boot is “OSHA approved”.
- Nothing inside the standard covers water or chemicals.
What Are ASTM F2413 Safety Boots?
ASTM F2413 Safety Boots are work boots built and tested to the ASTM F2413 specification, the American performance standard for protective toe footwear. The document sets minimum requirements for design, performance, testing and classification. It is short, and it is the reference every US-bound purchase order should name.
Two documents work as a pair. ASTM F2412 is the lab manual, describing how each test is run. ASTM F2413 is the scorecard, stating what performance is required and how the finished pair gets labelled. Only F2413 appears on the boot. A supplier whose paperwork cites F2412 alone has proven nothing about the product.
The standard is deliberately narrow. It covers impact, compression, metatarsal, puncture, electrical, static and slip behaviour. It does not cover ankle support, thermal insulation, water penetration or chemical resistance. Safety shoes standards elsewhere fill those gaps differently, which is why ASTM F2413 Safety Boots and a European S3 mark do not promise the same thing.
ASTM F2413-24: What Buyers Need to Know
The edition that matters today is ASTM F2413-24, approved and published 1 June 2024. Two changes carry real weight for anyone writing a specification.
Slip resistance moved inside the specification. SR and SRO are now formal codes, tested to ASTM F3445-21 using the whole-shoe method in F2913. Before 2024, “slip resistant” was largely a marketing adjective with no defined pass mark behind it. Now it has a number, and a supplier claiming SR without a test report is guessing.
Gender marking changed too. M and F are joined by U for unisex, which matters to anyone running a mixed size range off one last. The protection thresholds did not move. A pair certified to the 2018 edition is not suddenly unsafe, and there is no recall clause buried in the 2024 text.
What has not changed is the paperwork discipline. Ask for a Certificate of Conformance naming the laboratory, the edition, the size range tested and every code printed on the label, then photograph the tongue tag on the first shipment and file it beside the certificate. The same trail has to exist at the plant, which is what separates an ASTM F2413 compliant factory from a trading desk holding a certificate.
ASTM F2413-18 vs ASTM F2413-24
The comparison procurement teams ask for most often is the 2018 edition against the 2024 one. Less changed than the marketing implies, which is the useful part of the answer.
| Area | ASTM F2413-18 | ASTM F2413-24 |
|---|---|---|
| Slip resistance | Claimed, not in the specification | SR and SRO formalised via ASTM F3445-21 |
| Gender marking | M and F only | U (unisex) added alongside M and F |
| Impact / compression | I/75 and C/75 | I/75 and C/75, unchanged |
| Puncture | PR, single classification | PR, unchanged |
| Definitions | 2018-era wording | Updated for composite toes and polymer builds |
| Status in 2026 | Withdrawn; still in older inventory | Current edition |
One practical rule follows. New specifications should name the current edition. Stock labelled to the older edition can usually keep being issued, because the protection behind the label never got weaker; tendering from a twenty-year-old spec sheet is a different matter.
ASTM F2413 vs OSHA: What’s the Difference?
OSHA is a regulator. ASTM is a standards body. One creates legal duty, the other creates a testable definition of performance.
The osha safety shoes requirements live in the general industry rule at 29 CFR 1910.136, which requires protective footwear where employees face foot hazards from falling or rolling objects, piercing items, or electrical hazards. It leans on 1910.132 for the bigger duty: assess the workplace, select PPE from that assessment, train workers, and ensure it is worn. Construction work carries parallel provisions in 1926.95 and 1926.96.
OSHA does not name ASTM F2413 in the general industry text, and it does not approve products, so there is no such thing as an OSHA-approved boot. In practice a citation follows an injury, the employer must show the footwear suited the assessed hazard, and an ASTM F2413 label is the defensible way to do that.
| Question | OSHA | ASTM F2413 |
|---|---|---|
| What is it | Federal regulation with enforcement | Voluntary consensus standard |
| Who writes it | US Department of Labor | ASTM International, Subcommittee F13.30 |
| What it requires | Hazard assessment, provision, training, use | Design, performance, testing, labelling |
| Gives approval | No product approval exists | No approval, only test results |
| Revision cycle | Slow, rulemaking | Roughly every five to six years |
| Payment | Employer pays, with narrow exceptions | Silent; not its scope |
Two details worth carrying into your programme. Employers generally must pay for PPE, though non-specialty safety-toe footwear sits inside the exception in 1910.132(h)(2) when employees may wear it off the job site. And fit became a compliance item: OSHA’s construction PPE fit requirement took effect in January 2025, so a single-width boot is now a specification problem.
ASTM F2413 Safety Boot Markings Explained
The label sits on the tongue or is stamped inside the collar, and it reads line by line. Line 1 carries the standard and edition. Line 2 carries gender plus the mandatory impact and compression ratings. Later lines carry optional protections, and only those the pair actually passed.
ASTM F2413-24
M / I / 75 / C / 75
PR
SR
| Code | What it covers | What the test asks |
|---|---|---|
| I/75 | Toe impact | Withstands about 75 ft-lbf, roughly 101.7 J |
| C/75 | Toe compression | Withstands about 2,500 lbf, roughly 11,121 N |
| Mt/75 | Metatarsal | Guard over the top of the foot, measured by residual wax height |
| PR | Puncture resistant sole | Sole resists nail penetration per ASTM F2412 |
| EH | Electrical hazard | 18,000 V at 60 Hz for one minute, dry, leakage under 1 mA |
| SD 10 / 35 / 100 | Static dissipative | Resistance held inside a defined band so charge drains without arcing |
| Cd | Conductive | Fast grounding for explosive atmospheres |
| SR | Slip resistant | Coefficient of friction of at least 0.40 on wet and dry quarry tile |
| SRO | Slip resistant, oily | Same floors, plus at least 0.33 on oily-wet surfaces |
| CS | Chainsaw cut resistance | Referenced to ASTM F1818 for forestry work |
Three traps in reading ASTM F2413 Safety Boots. The electrical codes are mutually exclusive: a boot is EH, SD or Cd, never two, and a label claiming otherwise is a counterfeit signal. EH assumes dry conditions, so standing water ends the promise. And the standard’s scope warns that altering original components, including aftermarket footbeds or resoling, can void the marking, which makes fitting an orthotic a compliance decision.
How to Choose ASTM F2413 Safety Boots for Different Industries
Specify against the hazard assessment, not the catalogue. These are the code sets we see working for ASTM F2413 Safety Boots across programmes in 2026.
| Industry | Usual code set | What gets missed |
|---|---|---|
| Construction and demolition | I/C + PR, Mt/75 where drops occur | SRO beats SR wherever plant runs on hydraulic fluid |
| Warehousing and logistics | I/C + SR | Fit and weight drive wear rates more than any code |
| Oil, gas and refining | I/C + SRO + SD or Cd | Pick one electrical code; EH and SD cannot share a label |
| Utilities and electrical | I/C + EH, or dielectric footwear | EH is dry-condition protection, not wet-weather protection |
| Food and beverage | I/C + SRO | Floors carry fat, not water, so insist on SRO |
| Foundry and hot work | I/C + Mt/75 | Metatarsal guards need their own fit trial |
| Forestry | I/C + CS to ASTM F1818 | Chainsaw protection sits outside F2413 itself |
Then hold the source to it. A dependable safety shoes supplier produces the Conformance certificate with the quote rather than after the third email, and established safety shoes manufacturers keep test reports current across the whole size run rather than one sample pair. With a China safety shoes supplier, add two checks: confirm the laboratory holds accreditation for the F2412 methods you rely on, and inspect tongue tags on the first production container instead of trusting the pre-production sample.
FAQs About ASTM F2413 Safety Boots
Q1: Is ASTM F2413-18 still acceptable in 2026?
A1: Usually yes for stock already issued, because the impact and compression thresholds carried forward into the 2024 edition. New specifications should name ASTM F2413-24. If a spec sheet lists tiered ratings such as I/50 or C/50, it predates 2018.
Q2: Are ASTM F2413 Safety Boots OSHA approved?
A2: No. OSHA does not approve footwear. The osha safety shoes requirements sit in 29 CFR 1910.136 and 1910.132: assess the hazard, provide foot protection where foot hazards exist, and make sure it is worn. ASTM F2413 is the specification that shows a boot clears a recognized performance bar.
Q3: What should a Certificate of Conformance show?
A3: The lab that ran the tests, the edition of the standard, the size range tested and every code printed on the label. A document naming ASTM F2413 without the year says nothing about which edition applies.
Q4: How do I vet a China safety shoes supplier for US orders?
A4: Confirm the lab holds accreditation for the ASTM F2412 methods you rely on, then inspect tongue tags on the first production shipment instead of trusting the pre-production sample. Photograph the label and file it with the certificate.
Q5: What is the MOQ for ASTM F2413 safety boots?
A5: Our minimum order quantity (MOQ) for safety boots orders varies depending on the specific style and production process. Standard styles typically require 300 to 500 pairs, while certain specialty styles may have higher minimum order requirements.
Q6: What are the time, costs, and shipping fees for sample production?
A6:
- Production Lead Time: Sample production time depends on product complexity and factory scheduling. Standard safety shoes typically require 7 to 10 days.
- Sample Fees: The first pair of samples is provided free of charge. Additional samples will incur fees, which are refundable upon placing a bulk order.
- Shipping Costs: Customers are responsible for sample shipping fees.
👉 Contact MK Safety Shoes directly for bulk pricing, OEM options, and sample requests.
