Graphitized Petroleum Coke (GPC) – Low Sulfur Grade

The price of Graphitized Petroleum Coke (GPC Fines) depends mainly on fixed carbon level, sulfur content, particle size stability, and current raw material conditions in the petroleum coke and graphite markets.

Logistics, packaging type, and order volume also have a direct impact on final delivery cost.

For the Eurasian market, GPC prices are typically quoted on a non‑binding basis and adjusted based on furnace performance requirements and consistency of quality rather than carbon percentage alone.

Indicative Price Range (Non‑Binding)

The following prices reflect typical market indications for high‑purity, low‑sulfur GPC fines suitable for steelmaking and foundry applications. Final pricing is subject to specification confirmation and commercial terms.

Pricing Factors Buyers Should Consider

• Sulfur and nitrogen control (critical for precision steel)
• Carbon recovery efficiency in induction furnaces
• Particle size consistency (less fines loss = better value)
• Packing quality and moisture protection
• Shipment size and delivery port
• Market movements in petroleum coke and energy costs

In 2025, the price of Graphitized Petroleum Coke (GPC) in the Eurasian market is shaped by a combination of upstream petroleum coke availability, energy costs for graphitization, and regional demand from steelmakers and aluminium producers.

Unlike generic carbon additives, GPC pricing reflects performance stability rather than carbon percentage alone.

For Eurasia, indicative prices for GPC fines (1–5 mm) with fixed carbon above 99.0% and sulfur below 0.05% typically fall within the USD 480–750 per metric ton range.

Lower‑sulfur grades (≤0.03% S) operate in the upper band due to tighter supply and stricter furnace requirements.

Pricing dynamics in 2025 show three clear trends. First, sulfur control is commanding a premium, as steel producers increasingly optimize melt quality and emission compliance.

Second, particle size consistency has become a commercial differentiator, reducing losses during injection and improving carbon recovery.

Third, logistics and energy volatility continue to influence regional spreads between FOB and CFR levels.

In the Eurasian corridor, buyers tend to prioritize supply reliability and batch consistency over spot discounts.

As a result, long‑term supply arrangements with qualified producers often achieve better net value than short‑term low‑price sourcing.

All prices should be considered indicative, non‑binding, and subject to confirmation based on specification, shipment size, packaging, and delivery terms.

Direct Producer – No Middlemen

As a direct producer, we maintain full control over raw material selection, graphitization parameters, quality consistency, and final pricing. This eliminates intermediary margins and ensures that buyers receive stable, verifiable, and traceable product quality from batch to batch.

Expertise in Eurasian Supply Chain

We operate with deep experience in the Eurasian supply chain, including port handling, customs processes, inland logistics, and market‑specific technical requirements. This enables smooth shipment planning, predictable lead times, and reliable delivery to steel and foundry clients across the region.

Reliable & Consistent Supply

Our production capacity, quality assurance protocols, and long‑term feedstock security allow us to offer consistent supply throughout the year. Even during periods of market volatility, buyers benefit from steady availability, uniform specifications, and dependable commercial support.

What is the difference between GPC and CPC?

Graphitized Petroleum Coke (GPC) is produced by graphitizing calcined petroleum coke (CPC) at very high temperatures, resulting in higher fixed carbon, lower sulfur, and a more ordered carbon structure. Compared to CPC, GPC offers better carbon absorption efficiency and more stable performance in steelmaking and foundry applications.

What particle size is most suitable for steelmaking?

For most steel and foundry operations, GPC fines in the 1–5 mm range provide the best balance between reactivity and handling efficiency. Controlled sizing reduces dust loss and ensures consistent dissolution during carbon injection or ladle addition.

How does sulfur content affect furnace performance?

Sulfur directly impacts steel quality and downstream processing. Low‑sulfur GPC (≤0.03%) helps minimize sulfur pickup, reduces refining costs, and supports stable furnace operation, especially in high‑quality or specialty steel grades.

What is the typical lead time for shipment?

Standard lead time is typically 14–21 days after order confirmation and commercial terms agreement. Actual timing may vary depending on order volume, packaging requirements, and port availability.

Do you provide samples for testing and qualification?

Yes. Representative laboratory samples can be provided for qualified buyers to conduct furnace or production trials before placing a commercial order.

How is GPC packaged and shipped?

GPC is usually supplied in 1‑MT jumbo bags or in bulk, depending on customer preference and logistics requirements. Packaging is designed to protect the material from moisture and contamination during transport.

Are the listed prices fixed or negotiable?

All prices shown are indicative and non‑binding. Final pricing depends on technical specifications, order quantity, packaging, delivery terms (FOB/CFR), and prevailing market conditions at the time of confirmation.

Selecting the right Graphitized Petroleum Coke (GPC) is less about headline price and more about the underlying technical qualities that drive real furnace performance.

Small variations in sulfur, ash content, or particle size distribution can translate into significant differences in carbon absorption, melt stability, and overall production cost.

For professional buyers, the priority should be measurable technical parameters, supply consistency, transparent sourcing, and alignment with the operational realities of the steel or foundry process.

High‑carbon, low‑sulfur GPC—when produced and handled correctly—provides reliable carbon recovery and minimizes operational risk.

Ultimately, the best purchasing decision comes from evaluating laboratory analysis, end‑user furnace behavior, delivery conditions, and regional market dynamics together not merely the listed price per metric ton.

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