What OSHA requires from your welding PPE program
Two federal standards govern hand protection for welding: 29 CFR 1910.132 (the general PPE rule) and 29 CFR 1910.252(b)(3) (the welding-specific protection clause). Together they require a documented hazard assessment, written PPE selection rationale, employee training records, and an enforced replacement schedule.
29 CFR 1910.132(d) mandates the written hazard assessment. The employer must "assess the workplace to determine if hazards are present, or are likely to be present, which necessitate the use of personal protective equipment." This assessment must be certified in writing and identify the workplace evaluated, the date, and the person certifying.
29 CFR 1910.252(b)(3) requires "suitable" protective clothing during welding operations but does not specify glove construction. OSHA Letters of Interpretation have clarified that the employer determines what is "suitable" based on the documented hazard assessment, not by following a prescribed product list.
The compliance pattern that gets cited is not "we provided gloves" but "we documented why these gloves match this hazard." Procurement programs that pass audit can produce the assessment, the supplier spec sheets, the training record, and the replacement log on request.
The five questions every welding glove supplier should answer
A supplier that cannot answer all five of these in writing cannot support an OSHA-defensible PPE program. Each question maps to an ANSI/ISEA 105 performance attribute and an ASTM test method.
| Question | Standard referenced | What "defensible" looks like |
|---|---|---|
| What is the ANSI/ISEA 105 cut resistance level? | ASTM F2992 (TDM-100) | A3 or higher for general welding; A4+ for rebar handling |
| What is the contact heat resistance rating? | ASTM F1060 | 500°F minimum at 15-second pain threshold |
| What is the puncture resistance rating? | ASTM F1342 | Level 2 or higher on the ANSI/ISEA 105 scale |
| What is the abrasion resistance level? | ANSI/ISEA 105 abrasion method | Level 3 or higher for production environments |
| What welding-specific performance specification does the glove meet? | ASTM F2675 | Test reports for all performance attributes published in the spec sheet |
ASTM F2675 is the consensus performance specification for welding gloves and requires documented test results for each attribute. Spec sheets without these numbers are marketing material, not procurement documentation.
How to read a supplier's spec sheet
A defensible welding glove spec sheet names the manufacturer, the ASTM test method used, the result level, and the testing laboratory. Three things to verify on every spec sheet:
- The test laboratory is named and accredited. ANSI/ISEA 105 results without a named ISO/IEC 17025 accredited lab cannot be defended in an audit. Ask for the lab name and the test report number.
- The leather grade and thickness are specified. "Cowhide" is not a specification. Grain-leather cowhide, split-grain cowhide, and side-split cowhide perform very differently under thermal cycling and abrasion. A defensible spec lists the grade and thickness in millimeters.
- The construction method is documented. Sewn-in liner versus glued-in liner, single-row palm stitching versus double-row, and Kevlar thread versus cotton thread all change service life under repeated exposure.
If the spec sheet does not name an accredited lab, does not name the leather grade and thickness, and does not document construction methods, the supplier is providing a brochure. A procurement file built on brochures fails audit.
Bulk pricing structure in welding PPE
Bulk pricing tiers for industrial PPE typically break at multiples of case quantities (12, 24, 48 pairs and up). The cost per pair drops at each tier, with the largest single drop usually at case-quantity volumes where logistics costs amortize across more units.
The procurement trap most programs hit is optimizing for unit price instead of total annual cost. The annual cost equation is unit price multiplied by replacement frequency. A low-cost split-leather pair replaced every two weeks costs more per welder per year than a mid-tier grain-leather pair replaced every six weeks. Replacement frequency is the dominant variable, not unit price.
Procurement managers running a defensible total-cost-of-ownership (TCO) analysis should request the supplier's documented mean service life under specified use conditions. A supplier who cannot provide a mean service life under any defined use condition has not characterized their product to a procurement standard.
The hazard assessment template for welding
The 29 CFR 1910.132(d) hazard assessment for welding glove selection should document four elements per task: the welding process (MIG, stick, TIG, flux core), the duration and frequency, the materials being welded, and the environmental conditions.
| Task element | Documentation required | Drives glove selection how |
|---|---|---|
| Process | MIG, stick (SMAW), TIG (GTAW), or flux core (FCAW), with typical amperage range | Heat exposure → ASTM F1060 contact heat rating minimum |
| Duration | Hours per shift and shifts per week | Replacement frequency → bulk tier selection |
| Materials | Steel grade, surface condition, edge characteristics | Cut and abrasion exposure → ANSI/ISEA 105 cut and abrasion levels |
| Environment | Indoor or outdoor, ambient temperature range, dry or wet conditions | Liner type and leather treatment requirements |
A welder doing 6 hours of MIG per day on rebar in an indoor precast plant has a different hazard profile than a welder doing 2 hours of stick per week on structural steel in winter outdoor conditions. The hazard assessment makes that explicit so the glove selection is defensible per task, not per worker.
Where uSetGo fits in a procurement program
Our cowhide welding gloves are documented to the specifications most precast and general fabrication PPE programs require: 1.2mm grain-leather cowhide, 14-inch gauntlet, sewn-in liner, ASTM F1060 contact heat tested to 500°F. The Brown Cowhide Welding Gloves and Gray Cowhide variant share the spec sheet, so a procurement program can list a single SKU and rotate colors across the workforce.
What we don't make: short-cuff TIG gloves rated for low-amperage precision work, aluminized gloves for heat-treating ovens, or insulated cold-weather pairs rated for sustained outdoor work below 32°F. If your hazard assessment identifies any of those tasks, you need a second supplier for them. We will tell procurement that up front rather than supply a glove that fails the assessment.
For procurement managers building or revising a welding glove PPE program, our spec sheets and the supporting ASTM test reports are available on request. Email support@usetgo.com with your hazard assessment summary and we will return the documentation for inclusion in your PPE file.