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All Metal Scrap

Lead Scrap (Soft Scrap Lead, Sheets, Plates & Cable)

ISRI RACKS, RADIO, RELAY, chemical sheet and secondary smelter feed under HS 7802.00 & Basel compliance

Lead scrap breaks down into distinct industrial categories defined by melting characteristics, recovery yields, and regulatory classification. Clean unalloyed soft lead scrap — comprising sheet lead, lead pipe, hospital radiation shielding, roof flashing, marine keel ballast, and chemical vessel linings (ASTM B29) — assays at ≥ 99.0% to 99.94% Pb. In the secondary rotary or reverberatory furnace, soft lead exhibits an exceptionally low melting point of 327.5°C (621.5°F) and delivers net metal recovery rates exceeding 95–98%, requiring minimal fluxing or dross skimming. Under ISRI specifications, RACKS covers clean soft lead free from foreign materials, drosses, battery plates, collapsible tubes, aluminum, zinc, and iron. Cable strippings (ISRI RELAY) provide pure lead sheathing stripped from decommissioned subsea and underground power cables, typically testing at ≥ 99.5% Pb with ultra-low antimony (Sb < 0.05%). By contrast, ISRI RADIO encompasses mixed hard and soft scrap, containing antimonial lead from industrial valves, type metal, and castings, traded on a certified assay recovery basis with structured penalty deductions for antimony, tin, and copper. ISRI ROPES (lead wheel weights) carries steel spring clips, yielding ≈ 80–85% recoverable metal after magnetic clip separation or sweat-melting.

A critical commercial and compliance boundary separates metallic lead scrap from spent battery waste. Solid clean scrap lead, sheet, pipe, and stripped cable sheathing are classified under HS 7802.00 and operate under the OECD / Basel Convention "Green List" of wastes (Annex IX, entry B1020). These non-hazardous metallic shipments require no multi-month Prior Informed Consent (PIC) notifications and can be exported directly from licensed scrap yards in the UK, Europe and Africa into industrial smelting clusters and Free Trade Zones (such as the Alexandria Public Free Zone in Egypt, Sohar Freezone in Oman, or European secondary smelters) with ordinary commercial invoices, packing lists, Certificate of Analysis (CoA), and radiation-free inspection certificates. In stark contrast, whole drained lead-acid batteries (RSLAB under HS 8549.11) and battery paste/plates are classified under Basel Annex VIII (entry A1160) as hazardous waste. Transboundary movements of RSLAB require formal bilateral state-to-state notification, written consent from exporting, transit, and importing national competent authorities, and strict facility licensing. CBIL enforces this regulatory gate mechanically: Green list non-battery scrap is mobilized on fast-turn containerized schedules, while battery scrap is contracted only when complete Basel consents are legally perfected.

Because elemental lead has an extraordinary specific gravity of 11.34 g/cm³, freight logistics demand rigorous structural handling. A standard 20ft dry container carries a payload rating of 21.5 to 26.5 MT. At this weight, 23 MT of solid lead scrap occupies merely ≈ 2.03 m³ — less than 6% of the container's interior volume. Concentrating this mass on an isolated section of the plywood floor can crack steel crossmembers, cause catastrophic floor failure, and breach road axle-weight regulations during inland transport. Every container load of sheet, pipe, or bundled lead scrap must be strapped to reinforced hardwood skid pallets with longitudinal timber dunnage laid across the floor corrugations to spread point loads evenly across the bottom side rails. Palletized stacks are banded with heavy-duty high-tensile steel strapping and secured with timber blocking and chocking to prevent cargo shifting during heavy sea motion. Shipments are surveyed at stuffing with pre-shipment radiation monitoring (≤ 0.20 µSv/hr background clearance), weighing on calibrated weighbridges, and XRF multi-point scanning.

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Excluded origins are not offered, including product re-exported, blended or re-processed through a third country. Every lot moves with a certificate of origin naming the producing plant, mine or grower country, and nothing is quoted before the seller and loading point are known.

Indicative reference

$1,450–1,950 USD / MT

as at September 2026

IncotermsFOB · CFR · CIF
OriginsUnited Kingdom (licensed non-ferrous yards), European Union (Germany, Netherlands, Spain), Oman, North Africa & Egypt (Free Zone processing), South Africa (ITAC non-ferrous export permits), North America (USA & Canada)
PackagingHardwood skid pallets strapped with high-tensile steel bands and timber dunnage load-spreading across 20ft container floor; ingots on strapped skids; loose sheet/pipe strapped in 1–1.5 MT bundles
HS Code7802.00 (batteries & cells 8549.11)

Reference level only — not an offer, and reviewed quarterly. Levels shown are as at September 2026. Firm pricing is quoted per RFQ, subject to volume, terms and inspection.

United Kingdom (licensed non-ferrous yards) · European Union (Germany, Netherlands, Spain) · Oman · North Africa & Egypt (Free Zone processing) · South Africa (ITAC non-ferrous export permits) · North America (USA & Canada)

Typical Specification

Soft Lead Purity≥ 99.0% to 99.94% Pb (ISRI RACKS / ASTM B29)
Impurity LimitsSb ≤ 0.05% · Sn ≤ 0.02% · Cu ≤ 0.03% · Bi ≤ 0.025%
Melting Point & Yield327.5°C (621.5°F) · 95–98% recovery in rotary furnace
Regulatory StatusHS 7802.00 Green List non-hazardous · Free Zone cleared
Loadability & Dunnage22–25 MT per 20ft box · timber load-spreading dunnage
Safety & RadiationRadiation < 0.20 µSv/hr · oil/moisture < 0.5% · dross-free

Specifications are indicative and adjusted to the agreed contract and destination requirements. Final spec confirmed on COA / SGS.

Available Grades

ISRI RACKS — Clean Soft Scrap Lead (≥ 99.0% Pb, Dross-Free)ASTM B29 — Chemical & Radiation Lead Sheet / Plate Scrap (≥ 99.90% Pb)ISRI RELAY — Lead-Covered Cable Sheathing Scrap (≥ 99.5% Pb)ISRI RADIO — Mixed Hard & Soft Scrap Lead (Assayed Recovery Basis)ISRI ROPES — Lead Wheel Balancing Weights (≈ 80–85% Metal Yield)RSLAB — Whole Drained Lead-Acid Batteries (Basel PIC Required, HS 8549.11)Lead Pipe & Demolition Roofing Lead Scrap

Applications

  • Secondary lead rotary & reverberatory smelting
  • Refined pure lead ingot production (99.97% / 99.99% Pb)
  • Lead-acid battery grid & plate manufacturing
  • Radiation shielding (medical X-ray & nuclear facilities)
  • Chemical-resistant vessel linings & acoustic barriers
  • Counterweights, ballast & marine keel casting

Category

Metals & Recycled Scrap

Incoterms

FOB · CFR · CIF

Pricing basis

USD / MT

Inspection

SGS / Intertek at load port

Lead Scrap (Soft Scrap Lead, Sheets, Plates & Cable) — buyer questions

What is the difference between ISRI RACKS soft lead and ISRI RADIO mixed scrap?

ISRI RACKS consists strictly of clean, soft lead scrap free from drosses, battery plates, cable sheathing, collapsible tubes, type metals, and all foreign metals (iron, zinc, aluminum). It assays at 99.0%+ Pb with negligible antimony (Sb < 0.05%), melting cleanly at 327.5°C with 95–98% furnace recovery. ISRI RADIO is mixed hard and soft lead containing antimonial lead from valves, castings, and battery parts. RADIO requires pricing on an assayed metal recovery basis with contractual deductions for antimony, tin, and copper separation.

Why do secondary lead smelters in Free Zones (e.g. Alexandria Public Free Zone) prefer soft scrap over spent batteries?

Spent lead-acid batteries (RSLAB under HS 8549.11) are classified as hazardous waste under Basel Annex VIII, requiring months of bilateral state-to-state notifications and permits before shipping. In contrast, non-battery lead scrap (sheet, plate, pipe, stripped sheathing under HS 7802.00) is non-hazardous Green List metal scrap. Smelters in export processing zones can import it duty-free on rapid container transit schedules, melt it at low energy consumption, and immediately refine it into pure 99.97% ingots or battery alloys for global re-export.

How is a 20ft container protected from structural failure when loading 23–25 MT of dense lead?

Lead has a density of 11.34 g/cm³, meaning 23 MT occupies only about 2.03 cubic meters. Placing this concentrated mass in the center of a container floor can break crossmembers and puncture the floor. We enforce strict load-distribution protocols: lead sheets and bundles are strapped to heavy-duty hardwood skid pallets, and longitudinal wooden dunnage timbers are placed underneath to distribute point loads across the container floor sills. Heavy-duty steel banding and wooden chocking prevent cargo shifting during maritime transit.

What chemical impurities attract penalties or furnace rejection?

Secondary lead refiners closely monitor antimony (Sb), tin (Sn), copper (Cu), bismuth (Bi), arsenic (As), and zinc (Zn). For soft lead smelting into 99.97% pure lead, high antimony and tin require extensive oxidative refining (drossing) with caustic soda and sodium nitrate, creating metal loss and slag waste. High copper (>0.05%) requires sulfur addition for dross removal, while bismuth cannot be easily removed pyrometallurgically and remains in the final lead. Attachments of iron clips, oil, grease, or dirt above 0.5% are deducted directly from payable weight.

What documents are required to clear HS 7802.00 lead scrap at destination?

Standard shipments of non-hazardous lead scrap clear customs with: 1) Commercial Invoice stating exact ISRI grade and net metal weight; 2) Packing List with individual pallet and container weights; 3) Clean Bill of Lading; 4) Certificate of Origin; 5) Pre-shipment Certificate of Analysis (CoA / XRF assay); and 6) Radiation-Free Inspection Certificate confirming background radiation < 0.20 µSv/hr issued by an independent surveyor (e.g. SGS, Intertek, or Cotecna) at the loading yard.

How do you verify payable metal weight on mixed lead scrap?

Payable weight is established through double weighbridge scale tickets at origin (gross and tare) and certified moisture/attachment assays. For lots with potential inclusions (such as wheel weights with steel clips or cable sheathing with minor bitumen/tar), representative samples are melted under laboratory supervision to determine net recoverable lead yield (typically 80–85% for wheel weights), and the commercial contract prices net metal recovered rather than gross receiving weight.

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