Metal Drums Grading Guide
Understand condition grades for used metal drums. Compare grades, pricing, and find the right quality level for your needs.
| Grade | Summary | Price Context | Lifespan |
|---|---|---|---|
| New | New metal drums are freshly manufactured steel containers with maximum integrity and clean interiors. | New 55-gallon steel drums typically cost $80-150 depending on lining, certification, and configuration. | New drums can typically be reconditioned 2-4 times over 10-20 years of service. |
| Reconditioned | Reconditioned metal drums have been professionally cleaned, tested, and certified for reuse. | Reconditioned 55-gallon steel drums typically cost $35-70, about 40-60% of new drum prices. | Reconditioned drums typically have 1-3 reconditioning cycles remaining. |
| Used | Used metal drums are as-is containers suitable for non-critical storage or reconditioning feedstock. | Used metal drums vary from $10-40 depending on condition and previous contents. | Varies |
| Damaged | Damaged metal drums have structural issues and are sold for scrap metal value only. | Damaged drums sell for scrap value, typically $5-15 per drum depending on weight and steel prices. | Varies |
New
Verify lid type matches your application (open vs closed head)
Check interior lining compatibility with your contents
Confirm UN/DOT certification if transporting hazmat
Verify capacity (typically 55 gallon standard)
Check closure type and gasket specifications
Compare with reconditioned for cost savings
Volume orders significantly reduce pricing
Specify lining type based on chemical compatibility
Factor in return/disposal logistics
Standard sizes offer best pricing and availability
First-fill of sensitive chemicals
Applications requiring full traceability
UN/DOT regulated hazmat transport
Food-grade applications
Long-term storage where integrity is critical
Reconditioned
Request cleaning method documentation
Verify compatible previous contents
Check for reconditioning certification
Inspect exterior for dents or corrosion
Verify closure function and gasket condition
Confirm UN/DOT recertification if needed
Best value for most industrial applications
Specify previous contents compatibility
Request test reports for sensitive applications
Build relationship with quality reconditioners
Volume purchasing ensures consistent quality
Industrial chemical storage and transport
Non-food industrial applications
Waste collection and disposal
Applications where reconditioned is acceptable
Cost-conscious operations
Used
Previous contents (critical for compatibility)
Structural condition (dents, corrosion)
Interior condition (residue level)
Closure function and seal condition
Assess reconditioning feasibility
Best for reconditioning operations or same-product reuse
Factor in cleaning costs for total expense
Inspect in person when possible
Document previous contents for safety
Negotiate based on condition and cleaning difficulty
Drum reconditioning feedstock
Same-product reuse
Non-critical storage
Waste collection
DIY projects and non-commercial use
Damaged
Assess scrap value based on weight
Check for hazardous residue requiring special disposal
Identify any secondary use potential
Verify safe handling is possible
Consider logistics costs vs. scrap value
Only purchase for scrap or secondary non-container use
Never use for liquid storage
Negotiate on volume and logistics
Consider cleanup costs if contaminated
Local scrapyards may offer better value
Scrap metal recycling
DIY projects (burn barrels, planters)
Non-liquid storage
Secondary containment
Any liquid storage or transport
Applications requiring container integrity