Product Names, Grades, Specifications & Applications
A verified metallurgical register of secondary refined lead and engineered lead alloys produced under strict pyrometallurgical refining, optical spectrometry analysis, and custom alloy casting to meet industrial, battery, and radiation protection standards.
≥ 99.98%
High Purity Lead
Optical spectrometer verified
1% – 12%
Antimony Range
Controlled Pb-Sb alloying
Sn · Ca · Cu
Custom Additions
Tailored down to required ppm
Ingots & Blocks
Physical Forms
Industrial pallets for dispatch
| Product Name | Product / Alloy Grade | Lead (Pb) | Antimony (Sb) | Other Alloying Elements | Physical Form | Typical Applications | Action |
|---|---|---|---|---|---|---|---|
Refined Lead Ingots Pure Metal | Standard Refined Lead | ≥ 99.98% | Controlled / Trace | As per specification | Ingots | Lead-acid batteriesRadiation shieldingIndustrial products | Enquire |
High-Purity Lead Ingots Pure Metal | High Purity Lead | ≥ 99.98% | Trace | Controlled impurities | Ingots | Specialised industrial applicationsEngineering applications | Enquire |
Antimonial Lead Alloy Binary Alloy | Low Antimony Pb-Sb | Balance | 1–3% | As per customer specification | Ingots | Battery componentsIndustrial castings | Enquire |
Antimonial Lead Alloy Binary Alloy | Medium Antimony Pb-Sb | Balance | 3–6% | As per customer specification | Ingots | Lead-acid battery componentsCastings | Enquire |
Antimonial Lead Alloy Binary Alloy | High Antimony Pb-Sb | Balance | 6–12% | As per customer specification | Ingots | Specialised battery componentsEngineering applications | Enquire |
Lead–Antimony–Tin Alloy Multi-Alloy | Pb-Sb-Sn Alloy | Balance | As specified | Tin (Sn) – controlled | Ingots | Battery applicationsSpecialised casting applications | Enquire |
Low-Antimony Lead Alloy Multi-Alloy | Customer-Specified Pb-Sb | Balance | Customer-specific | Sn / As / Cu etc. as required | Ingots | Battery gridsIndustrial components | Enquire |
Custom Lead Alloy Multi-Alloy | Customer-Specified Grade | Balance | As required | Sb / Sn / Ca / As / Cu etc. | Ingots / Blocks | Specialised industrial applications | Enquire |
Standard Refined Lead
Lead (Pb)
≥ 99.98%
Antimony (Sb)
Controlled / Trace
Other Alloying Elements
As per specification
Typical Applications:
High Purity Lead
Lead (Pb)
≥ 99.98%
Antimony (Sb)
Trace
Other Alloying Elements
Controlled impurities
Typical Applications:
Low Antimony Pb-Sb
Lead (Pb)
Balance
Antimony (Sb)
1–3%
Other Alloying Elements
As per customer specification
Typical Applications:
Medium Antimony Pb-Sb
Lead (Pb)
Balance
Antimony (Sb)
3–6%
Other Alloying Elements
As per customer specification
Typical Applications:
High Antimony Pb-Sb
Lead (Pb)
Balance
Antimony (Sb)
6–12%
Other Alloying Elements
As per customer specification
Typical Applications:
Pb-Sb-Sn Alloy
Lead (Pb)
Balance
Antimony (Sb)
As specified
Other Alloying Elements
Tin (Sn) – controlled
Typical Applications:
Customer-Specified Pb-Sb
Lead (Pb)
Balance
Antimony (Sb)
Customer-specific
Other Alloying Elements
Sn / As / Cu etc. as required
Typical Applications:
Customer-Specified Grade
Lead (Pb)
Balance
Antimony (Sb)
As required
Other Alloying Elements
Sb / Sn / Ca / As / Cu etc.
Typical Applications:
Require a Custom Lead Alloy or Specific Elemental ppm?
Our Dewas refining facility formulates custom lead alloys controlled with Antimony (Sb), Tin (Sn), Calcium (Ca), Copper (Cu), and Arsenic (As). Batch-wise Certificate of Analysis (CoA) provided with each dispatch.
Recovered lead, refined and cast into ingots of uniform weight and shape, cooled, stamped and batch-coded so every unit remains traceable to its production record.
Where a customer's application calls for a specific composition, the refining route is tailored to achieve the required alloy grade rather than a single standard product.
Manufactured through controlled refining to deliver consistent chemical composition and mechanical strength. By precisely controlling antimony content, we produce alloys for demanding industrial applications.
Verified specifications for procurement, QA and engineering teams. Each field below is published only once the company has internally verified the value.
All technical values, standards and certifications are verified internally before publication.
Environmentally compliant lead recycling
End-to-end recycling of used lead-acid batteries and lead-bearing scrap under statutory, environmental and safety regulations.
Customised alloy development
Refining routes adapted to reach the purity or alloy composition a specific application requires.
Scrap sourcing & processing
Sourcing, assessment and processing of lead-bearing material from authorised suppliers, aggregators and corporate generators.
Secure disposal of hazardous by-products
By-products routed through authorised recyclers and disposal channels in line with regulatory requirements.
Nine controlled stages between a scrapped battery and a stamped, batch-coded ingot.
Material arrives with a history. We establish it before anything else.
Objective — Ensure safe, compliant and traceable raw material sourcing.
One object becomes four material streams.
Objective — Efficient segregation of recoverable materials.
The part of recycling nobody photographs, and the part that matters most.
Objective — Prevent environmental contamination and ensure zero liquid discharge.
Controlled heat. The only place on this site where things glow.
Objective — Recover molten lead efficiently with minimal loss.
Purity is not found. It is engineered, one impurity at a time.
Objective — Achieve customer-specified lead purity and alloy grades.
Liquid becomes inventory.
Objective — Produce standardised, market-ready lead products.
A batch leaves with a chemistry, not an assurance.
Objective — Ensure consistent quality and regulatory compliance.
What we do not send out is as engineered as what we do.
Objective — Maintain strict environmental and safety standards.
The material leaves to begin its next working life.
Objective — Safe handling and timely delivery.
Quality
From incoming material to finished ingot, quality should be traceable — not assumed.
Every batch has a story. A QR code on the Certificate of Analysis linking to a secure batch-verification page is planned as a future capability.
Chemical analysis
Batch ID
Assigned at casting; stamped on the ingot.
Production Date
Date the batch was cast and coded.
Raw Material Category
Source category of the input material.
Refining Route
The refining path used to reach the target composition.
Laboratory Test
Chemical analysis of lead content and impurities.
Chemical Composition
Measured composition against the agreed specification.
Certificate of Analysis
Issued against the batch record.
Dispatch
Packed, stored and dispatched through approved channels.
Share the composition, form and volume you require and our team will respond with what we can supply.
