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Marketplace/Ferrous/#1 Heavy Melting Steel (HMS)
#1 Heavy Melting Steel (HMS)
Ferrous

#1 Heavy Melting Steel (HMS)

Grade: 201High Tier

Steel scrap 1/4 inch and over in thickness. Clean steel plates, structural shapes, beams, etc.

Market Price EstimateUpdated Daily
$425/ MT
+12 (2.9%)vs yesterday
Verified specifications & market data

Chemical Composition

Elemental breakdown by percentage weight.

Standard composition limits
Values represent maximum allowed percentage unless otherwise noted.

Physical Properties

Material form, density, and contamination specifications.

Premium grade steel plates, structural shapes (I-beams, angles, channels), beams, rolled sections, clean steel from demolition/fabrication

Acceptable Inclusions
  • Light mill scale (inherent to rolled steel)
  • Light surface rust <5% (oxidation layer; unavoidable outdoors)
  • Minimal grease residue from fabrication <0.5%
Prohibited Materials
  • Copper and copper alloys (>0.1% copper limit)
  • Stainless steel components (>0.05% limit)
  • Non-ferrous metals: aluminum, brass, bronze, lead, zinc (>0.5% combined limit)
  • Radioactive materials (any detectable)
  • PCB/hazardous electronics (any visible)
  • Asbestos-containing materials (any detectable)
  • Mercury components or switches (any detectable)
  • Tin plate coating (distinguishes #2 HMS; not acceptable in #1)
  • Paint or surface coatings >1%
  • Whole batteries or battery components

Quality Assurance

Testing protocols, sampling methods, and acceptance criteria.

Sampling Protocol
frequencyContinuous visual inspection + random testing throughout load
layerSamplingFor pile loads >50 tonnes, sampling from top, middle, and bottom layers
maximumQuantityNo maximum; continuous sampling for very large loads
minimumQuantity1 tonne absolute minimum
notesStrict sampling reflects premium grade requirement; zero-defect quality mandate
percentage5% of lot or 1 tonne minimum, whichever is
Acceptance Limits
all Criteria Must Passcriteria must simultaneously meet thresholds; single criterion failure triggers rejection or credit
copper LimitCu <0.1%
iron ContentFe ≥98.0%
moisture<2%
non Ferrous Total<2.0% combined contaminants
particle Integrity100% solid pieces; no fragmentation or hollow components
stainless Steel<0.05%
surface Condition≤5% light rust acceptable; coatings, tin plate, heavy scale
visual Contaminants≤1% prohibited items observed
Weight Tolerance
notesSolid steel density variation permits ±3% tolerance; measured by truck/container scale
variance±3% acceptable from purchase order weight

Required Test Methods

Visual Inspection

Method 1
Purpose
  • Detect obvious non-ferrous materials, stainless steel, hazardous items
  • identify contamination not visible to
Acceptance Criteria
  • ≤5% visible rust acceptable
  • NO copper, stainless, non-ferrous metals visible
  • <1% prohibited items
Procedure
  • 100% visual scan of load
  • mandatory inspection of top surface, sides, and representative samples from depth

XRF Spectrometry

Method 2
Purpose
  • Elemental composition analysis
  • verify Fe ≥98%, Cu <0.1%, non-ferrous <2%
Acceptance Criteria
  • Fe ≥98.0%, Cu <0.1%, non-ferrous contaminants <2.0%, stainless <0.05%

Magnetic Test

Method 3
Purpose
  • Confirm ferrous nature
  • detect non-magnetic stainless steel contamination
  • identify sorting effectiveness
Acceptance Criteria
  • All material pieces respond strongly to hand magnet
  • NO dead zones or non-responsive pieces
Procedure
  • Apply strong neodymium hand magnet to random samples
  • all pieces must be attracted immediately

Moisture Content Testing

Method 4
Purpose
  • Verify moisture <2%
  • detect potential hazardous water-reactive materials
Acceptance Criteria
  • <2% moisture content via Karl Fischer titration or gravimetric analysis
Procedure
  • Test on sub-sample if lot appears wet or recently handled in wet conditions

Surface Condition Assessment

Method 5
Purpose
  • Verify no coatings, paint, tin plate present
  • confirm clean material
Acceptance Criteria
  • No visible paint chips, tin plate residue, or heavy oxide coating
Procedure
  • Scratch test on representative sample
  • visually inspect cut edges for coating layers
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