Refined Nickel (99%+)

Description

Product Overview
Refined Nickel (99%+) is a high-purity, low-impurity nickel cathode engineered for critical industrial applications requiring superior corrosion resistance and thermal stability. It serves as a foundational input for stainless steel production, high-performance alloys, and electroplating, enabling tighter process control and reduced waste. The value proposition centers on batch-to-batch consistency, minimizing rework and metallurgical defects. As global supply chains face nickel volatility, this product offers strategic inventory security for buyers prioritizing yield optimization.

Competitive Advantage Spotlight
Tighter impurity controls (C, S, P, Fe) than standard LME grades ensure stable melt chemistry, directly lowering downstream rejection rates while our contract-for-volume model guarantees fixed-territory allocation.

Key Specifications & Technical Characteristics

• Chemical composition: Ni ≥99.0%; impurities: C ≤0.02%, S ≤0.003%, P ≤0.002%, Fe ≤0.20%, Co ≤0.15%

• Purity grade: LME-registered full-plate cathode (Grade 1 equivalent)

• Physical form: Cut cathodes (25–50 mm pieces) or full plates; silver-bright surface; bulk density 2.5–3.0 g/cm³

• Packaging: Steel-strapped pallets (1 MT each), shrink-wrapped for moisture protection, or 250–500 kg drums

• Shelf life: ≥24 months in dry, covered storage (no special humidity control required)

Core Industrial Applications

• Stainless steel mills (300-series): Used as charge nickel in electric arc furnaces; higher purity reduces slag formation and improves final product ductility.

• Nickel-based superalloys (aerospace & power generation): Provides tight lattice stability for turbine blades and heat exchangers, outperforming lower-grade nickel that causes creep failure.

• Electroplating (sulfamate and Watt’s baths): Delivers uniform anode dissolution without passivation, cutting bath filtration downtime by up to 30% compared to secondary nickel.

• Battery precursor manufacturing (limited use for 99%+ purity – note: battery grade typically requires >99.8%): Suitable as a cost-efficient additive for conductive pastes where ultra-high purity is not mandated.

Competitive Advantages

• Quality consistency – ISO 9001:2025 certified with statistical process control (SPC) on every batch; certificate of analysis (CoA) included.

• Supply reliability – Annual take-or-pay contracts available; buffer stock held in Rotterdam, Singapore, and Houston.

• Logistics – Containerized loading coordinates with vessel bookings; lead time 14 days ex-warehouse Rotterdam.

• Price competitiveness – LME-linked pricing with fixed premium; volume rebates above 1,000 MT/year.

• Sustainability – Low-carbon nickel available upon request (Scope 1&2 emissions verified by third-party audit, <6 t CO₂e per t Ni).

• Technical support – In-house metallurgists available for melt optimization and impurity control modeling.

Commercial & Supply Information

• Minimum order quantity (MOQ) – BULK 20MT (one full 20’ container equivalent)

• Loading capacity – 20 MT net per 20’ standard dry container (palletized and strapped for sea freight)