| Structural Load | Static load capacity | Verify the declared load for the complete cabinet, shelves, drawers, runners, and base. The unit should sustain the specified load without permanent deformation, cracking, loss of alignment, or unsafe operation. | ANSI/BIFMA X5.9, Office Storage Products. Use the applicable edition and product category test procedure. | Third-party test report identifying the exact model, configuration, loading method, test duration, acceptance criteria, and observed deformation. | 15% |
| Drawer Performance | Opening, closing, and cycle durability | Drawers should open smoothly under the declared working load, remain properly guided, and complete the specified durability cycles without runner failure or detachment. | ANSI/BIFMA X5.9 drawer operation and durability provisions, where applicable. | Laboratory report, runner specification, cycle count, working-load condition, and maintenance requirements. | 10% |
| Tip-Over Safety | Stability with drawers extended | The cabinet should remain stable when drawers are opened in the prescribed sequence and when loaded according to the applicable test procedure. An interlock should prevent simultaneous opening of incompatible drawers. | ANSI/BIFMA X5.9 stability and interlock provisions; applicable local safety requirements should also be reviewed. | Stability test report, interlock drawings, anti-tip mechanism description, and installation instructions. | 15% |
| Lock Security | Locking function and key control | All intended drawers or compartments should lock reliably. The lock should resist normal forced operation, key removal should function as designed, and replacement keys or cylinders should be controllable. | ANSI/BIFMA X5.9 locking-related provisions where applicable; use a recognized security test specification for higher-security applications. | Lock test report, cylinder or electronic-lock specification, key-differentiation information, master-key policy, and failure-rate records. | 12% |
| Corrosion Resistance | Salt-spray and coating durability | For indoor office use, require a documented coating system and a corrosion test appropriate to the environment. Any salt-spray duration must be stated together with the substrate, pretreatment, coating thickness, scribe method, and acceptance rating. | ASTM B117 or ISO 9227 for neutral salt-spray exposure. These are corrosion-test methods, not ANSI/BIFMA performance standards. | Coating supplier data, pretreatment process, dry-film thickness records, test photographs, exposure hours, and evaluation method such as ASTM D610 or ISO 4628. | 12% |
| Fire Performance | Fire-resistance rating and temperature protection | Do not treat a standard steel office cabinet as fire-rated. For document protection, specify a tested fire-resistance class, such as a 1-hour or 2-hour rating, only when the complete cabinet model has been tested and certified for that rating. | UL 72 for record-protection equipment; ASTM E119 or equivalent fire-resistance methods may apply to building assemblies. ANSI/BIFMA does not by itself establish a fire-resistance rating for file cabinets. | Certification listing, full-scale test report, rating class, internal temperature limit, document-media classification, door/lock configuration, and installation restrictions. | 16% |
| Material and Fabrication | Steel grade, thickness, welds, and dimensional control | Require traceable material specifications and consistent panel thicknesses for the intended load. Welds, folded edges, spot-weld spacing, drawer fit, and surface preparation should be verified by incoming and final inspection. | Manufacturer-controlled drawings and inspection plans; relevant material and coating standards should be stated in the technical file. | Bill of materials, steel mill certificates, approved drawings, weld inspection records, dimensional inspection reports, and change-control procedure. | 10% |
| Ergonomics and Usability | Handle force, noise, clearances, and accessibility | Handles should be free from sharp edges; drawers should move without binding; clearances should prevent finger-trap hazards; labels and operating instructions should be durable and legible. | ANSI/BIFMA product-safety and usability provisions where applicable; review local accessibility and workplace-safety requirements. | Ergonomic inspection checklist, force measurements, edge-radius or sharp-edge inspection, user instructions, and representative production samples. | 8% |
| Factory Quality System | Process control and product consistency | The factory should control incoming materials, welding, pretreatment, powder coating, assembly, final inspection, nonconforming products, and corrective actions using documented procedures. | ISO 9001 certification may support the evaluation but does not replace product testing or factory verification. | Valid certification scope, process flow chart, control plan, inspection records, calibration certificates, corrective-action reports, and production traceability samples. | 7% |
| Compliance Documentation | Report validity and model traceability | Test evidence should match the supplied model, dimensions, materials, hardware, lock type, drawer configuration, and manufacturing site. Reports should be issued by an identifiable competent laboratory. | Applicable ANSI/BIFMA, UL, ASTM, ISO, or national standards must be identified by title, edition, and test scope. | Signed test reports, laboratory accreditation details, product photographs, serial-number traceability, technical drawings, and a declaration of unchanged construction. | 5% |
