Executive Summary

The global Carbon Black Prices recorded predominantly upward movements across the assessed regions in September 2026, with the Middle East experiencing the strongest increase, followed by Africa, Europe, and Northeast Asia. The Middle East reported USD 1.82/KG, up 24.7% ↑ Up, while Africa reached USD 2.01/KG, increasing by 19.6% ↑ Up. Europe recorded USD 1.87/KG, up 15.4% ↑ Up, and Northeast Asia registered USD 1.46/KG, up 10.6% ↑ Up. In contrast, North America recorded USD 2.11/KG, down -0.5% ↓ Down. These movements may reflect differences in feedstock costs, production economics, inventory positions, and regional demand.

Carbon black is an important industrial material used in tire manufacturing, rubber products, plastics, coatings, and inks. Regional price assessments help manufacturers and procurement teams evaluate raw material expenses, compare supplier offers, and plan purchasing commitments. The IMARC Price Index provides a framework for monitoring price direction and understanding how feedstock availability, energy costs, logistics, and downstream manufacturing requirements influence regional procurement conditions.

For detailed insights, charts, and forecasts, explore: https://www.imarcgroup.com/carbon-black-pricing-report/requestsample

Regional Carbon Black Prices Outlook – September 2026: Where Are Prices Highest?

• Africa: USD 2.01/KG (19.6% ↑ Up)
• Northeast Asia: USD 1.46/KG (10.6% ↑ Up)
• Europe: USD 1.87/KG (15.4% ↑ Up)
• Middle East: USD 1.82/KG (24.7% ↑ Up)
• North America: USD 2.11/KG (-0.5% ↓ Down)

North America recorded the highest reported carbon black price in September 2026 at USD 2.11/KG, followed by Africa at USD 2.01/KG and Europe at USD 1.87/KG. The Middle East recorded USD 1.82/KG, while Northeast Asia had the lowest reported price at USD 1.46/KG. Four regions recorded upward movements, with the Middle East showing the strongest increase, whereas North America registered a marginal decline.

Regional differences in carbon black pricing can be influenced by the cost and availability of feedstocks, including heavy aromatic oils and other suitable hydrocarbon streams, as well as production efficiency, energy expenses, transportation, and inventory conditions. Demand from tire manufacturers, automotive suppliers, rubber-product producers, and plastics processors can also affect purchasing requirements. The supplied figures establish regional price differences and reported movements but do not identify the specific causes of each change.

Regional Price Analysis of Carbon Black Prices – September 2026

Africa

Africa recorded carbon black prices of USD 2.01/KG in September 2026, reflecting an increase of 19.6% ↑ Up. Regional pricing can be influenced by access to suitable feedstocks, the availability of domestic production and imported material, transportation costs, and distribution infrastructure. Demand from tire manufacturing, rubber products, plastics, and industrial applications can affect procurement requirements. Buyers may need to account for supplier lead times, import arrangements, and inventory coverage when evaluating purchases. Although the reported movement was strongly upward, the supplied data does not establish whether the increase resulted primarily from feedstock costs, logistics, stronger demand, or other factors.

Northeast Asia

Northeast Asia recorded carbon black prices of USD 1.46/KG in September 2026, representing an increase of 10.6% ↑ Up. Pricing conditions can be influenced by feedstock availability, refinery-linked input costs, carbon black production capacity, and demand from tire and rubber manufacturers. Plastics, coatings, and other industrial applications can also contribute to regional consumption. Procurement teams may review supplier quotations, stock levels, and contract terms to manage the impact of rising prices. The available observation confirms an upward movement but does not establish a specific production disruption, demand surge, or change in inventory levels.

Europe

Europe recorded carbon black prices of USD 1.87/KG in September 2026, increasing by 15.4% ↑ Up. Regional pricing may reflect feedstock procurement costs, energy consumption, environmental compliance requirements, production efficiency, and transportation expenses. Demand from tire manufacturing, automotive components, industrial rubber, and plastics applications can influence purchasing activity. Manufacturers may evaluate supplier diversification, delivery schedules, and inventory policies to manage cost exposure. The reported increase indicates firmer pricing during the assessment period, although the supplied data does not identify a particular event or market factor responsible for the movement.

Middle East

The Middle East recorded carbon black prices of USD 1.82/KG in September 2026, marking an increase of 24.7% ↑ Up, the strongest upward movement among the assessed regions. Regional prices can be influenced by the availability and cost of hydrocarbon feedstocks, plant operating conditions, processing economics, and distribution requirements. Demand from tire production, rubber manufacturing, plastics, and industrial applications may also affect purchasing patterns. Buyers may reassess inventory coverage and contract arrangements when faced with a sharp reported increase. However, the available figures do not establish whether the movement was driven by supply conditions, demand, logistics, or a combination of factors.

North America

North America recorded carbon black prices of USD 2.11/KG in September 2026, the highest reported regional price, despite a decline of -0.5% ↓ Down. Pricing can be influenced by feedstock availability, refinery operations, production costs, transportation, and demand from tire manufacturers and other rubber-product producers. The modest downward movement indicates a slight easing in the reported price assessment, but it does not independently confirm an improvement in supply or weaker demand. Procurement teams should evaluate current supplier offers, delivery terms, and inventory requirements before adjusting purchasing schedules.

Supply and Demand Overview – September 2026

Carbon black supply depends on the availability of suitable hydrocarbon feedstocks, production capacity, processing efficiency, plant operating conditions, and the cost of energy and other inputs. Manufacturers must manage feedstock procurement, production yields, equipment utilization, inventory levels, and product specifications to maintain consistent supply. Imports, exports, transportation costs, and regional distribution infrastructure can influence the availability of material to downstream buyers. The September 2026 price observations show predominantly upward regional movements, but no production, inventory, or trade-volume data has been supplied to quantify the contribution of individual supply factors.

Demand intensity varies across the major consuming industries:

• Tire manufacturing: Demand linked to tire production and the use of carbon black as a reinforcing and performance-enhancing material.
• Industrial rubber products: Demand associated with hoses, belts, seals, and other rubber components.
• Plastics manufacturing: Demand for carbon black used in pigmentation, reinforcement, and selected functional applications.
• Coatings and inks: Demand influenced by the requirements for black pigmentation and product performance.
• Automotive and industrial components: Demand connected to manufacturing activity and the production of rubber and plastic parts.

The reported increases across four regions indicate a broadly firmer pricing picture, while North America recorded a marginal decline. However, the regional data alone cannot establish whether global supply tightened or demand strengthened. Buyers should monitor feedstock costs, production availability, logistics, and downstream manufacturing requirements to assess the implications for procurement budgets.

Key Factors Affecting Prices – Monthly Perspective

- Raw Material Availability: Carbon black production relies on suitable hydrocarbon feedstocks, including heavy aromatic oils and other petroleum-derived streams. Changes in feedstock availability, quality, or procurement costs can affect production economics and selling prices.

- Downstream Demand: Tire manufacturing, industrial rubber, plastics, coatings, and inks influence carbon black consumption. Changes in production schedules and purchasing requirements across these industries can affect supplier pricing and order volumes.

- Logistics: Transportation costs, storage arrangements, and distribution infrastructure influence the delivered cost of carbon black. Supply-chain constraints or longer delivery times can increase procurement complexity and affect regional availability.

- Energy Costs: Carbon black production involves energy-intensive processing and thermal operations. Changes in fuel, electricity, and operating expenses can influence manufacturing costs and the prices suppliers seek from industrial buyers.

- Trade Dynamics: Imports, exports, regional production availability, and international sourcing arrangements influence market balance. Differences in trade flows and supplier access may contribute to regional price variations and affect procurement flexibility.

Recent Developments (September 2026 Highlights)

- Industry developments: Carbon black remains an essential input for tire manufacturing, rubber products, plastics, coatings, and inks. Its role in reinforcement, pigmentation, and product performance keeps material quality and supply reliability important to industrial buyers.

- Supply developments: Feedstock availability, processing efficiency, and plant operating conditions remain important determinants of carbon black supply. The supplied September assessment does not identify a specific production interruption, capacity expansion, or inventory change.

- Logistics developments: Transportation and distribution arrangements influence the cost and availability of carbon black across regional markets. Buyers may consider supplier reliability, delivery schedules, and inventory planning when managing procurement risk.

- Demand and production developments: Tire and rubber manufacturing, automotive production, and plastics processing are relevant sources of carbon black demand. The reported regional movements do not establish specific changes in output, consumption, or purchasing volumes during September.

Carbon Black Price Chart Analysis – Monthly Movement

The September 2026 assessment shows upward price movements in Africa, Northeast Asia, Europe, and the Middle East, while North America recorded a marginal decline. The strongest reported increase occurred in the Middle East at 24.7% ↑ Up, whereas North America recorded -0.5% ↓ Down. These figures establish the reporting-period direction but do not provide a daily or weekly price series.

• Early September: No separate early-month price observations are available to establish the direction or magnitude of price changes.
• Mid-September: The supplied data does not include distinct mid-month observations or verified movements for the assessed regions.
• Late September: The reporting-period assessment records Africa at USD 2.01/KG, Northeast Asia at USD 1.46/KG, Europe at USD 1.87/KG, the Middle East at USD 1.82/KG, and North America at USD 2.11/KG. These are period-level figures, not verified late-month observations.

Price charts help procurement managers monitor price direction, compare supplier quotations, and identify changes in regional purchasing costs. When consistent historical observations are available, chart analysis can support inventory management, contract negotiations, budgeting, and decisions about purchasing schedules. Buyers should compare equivalent carbon black grades and delivery terms to ensure that observed price differences are commercially meaningful.

Carbon Black Price Index & Historical Analysis

The September 2026 assessment indicates upward price movements across four regions and a slight decline in North America. The reported changes were 19.6% ↑ Up in Africa, 10.6% ↑ Up in Northeast Asia, 15.4% ↑ Up in Europe, 24.7% ↑ Up in the Middle East, and -0.5% ↓ Down in North America. No earlier price series or index baseline has been supplied, so a longer-term historical trend cannot be established from these figures alone.

Carbon black pricing can be influenced by the availability of suitable feedstocks, production economics, energy costs, distribution arrangements, and demand from tire and rubber manufacturers. Regional differences in sourcing and logistics may also contribute to price variation.

Three structural drivers are particularly relevant:

• Raw material availability: The supply and cost of hydrocarbon feedstocks influence production costs and the availability of carbon black.
• Production and processing capacity: Plant utilization, process efficiency, energy requirements, and product specifications affect output and manufacturing economics.
• Downstream manufacturing cycles: Changes in tire production, automotive activity, rubber manufacturing, and plastics processing can influence purchasing requirements.

For procurement planning, the September assessment highlights the importance of monitoring regional conditions separately. Additional monthly observations would help establish whether the upward movements persist or reverse. Buyers should track feedstock costs, supplier quotations, delivery schedules, and downstream demand when assessing future purchasing requirements.

What Is Carbon Black?

Carbon black is a finely divided form of elemental carbon produced primarily through the controlled thermal decomposition or incomplete combustion of hydrocarbon feedstocks. Commercial grades vary in particle size, structure, surface characteristics, and performance properties, which determine their suitability for different industrial applications. Its reinforcing, pigmentation, and functional characteristics make it an important material across rubber and plastics manufacturing.

Carbon black is especially important in applications where durability, wear resistance, color, conductivity, or other performance characteristics are required. Product specifications and manufacturing methods influence its commercial value and suitability for particular end uses.

Key applications include:

• Tire manufacturing: Carbon black reinforces tire rubber and contributes to wear resistance and durability.
• Industrial rubber products: It is used in hoses, belts, seals, and other rubber components requiring specific mechanical properties.
• Plastics manufacturing: Carbon black provides black pigmentation and can support selected performance requirements in plastic products.
• Coatings and inks: Certain grades are used as black pigments in industrial coatings, printing inks, and related formulations.
• Conductive materials: Specialized grades can be incorporated into applications requiring electrical conductivity or static-dissipation properties.

For manufacturers, distributors, and industrial buyers, carbon black is a strategically important input whose value depends on grade specifications, feedstock economics, production reliability, and downstream requirements. Understanding regional price conditions helps businesses assess suppliers, manage material costs, and align purchasing decisions with manufacturing schedules.

Carbon Black Price Forecast – Next 12 Months

Over the next 12 months, carbon black prices may remain sensitive to feedstock availability, energy expenses, production conditions, logistics, and demand from tire, rubber, and plastics manufacturers. The September 2026 assessment shows upward movements across four regions, while North America recorded a marginal decline. A single reporting period does not establish whether these movements will persist, so the following outlook is qualitative rather than a verified numerical forecast.

Key growth drivers include:

• Higher feedstock costs: Increases in the cost of suitable hydrocarbon feedstocks could raise carbon black production expenses and support firmer prices.
• Strong tire manufacturing demand: Higher purchasing requirements from tire producers could increase demand for reinforcing grades of carbon black.
• Industrial rubber production: Greater manufacturing activity involving hoses, belts, seals, and other rubber products could support consumption.
• Production constraints: Reduced operating rates or limited processing availability could tighten regional supply and increase competition among buyers.
• Higher energy and operating expenses: Rising energy and production costs could place upward pressure on supplier quotations.

Potential risks include:

• Improved feedstock availability: Greater access to suitable hydrocarbon inputs could ease production constraints and moderate prices.
• Lower energy costs: Reduced operating expenses could lower production costs and lessen upward price pressure.
• Weaker tire and automotive demand: Slower vehicle production or lower tire manufacturing activity could reduce demand for carbon black.
• Inventory accumulation: Higher stocks among producers or buyers could reduce immediate purchasing needs and soften prices.
• Improved production efficiency: Higher yields and more efficient operations could increase supply availability and reduce unit costs.

The overall outlook remains conditional on regional supply-demand conditions and changes in production economics. Prices may remain firm if feedstock costs or industrial demand strengthen, while improved supply availability or weaker downstream activity could moderate price pressure. Procurement teams should monitor feedstock quotations, supplier availability, energy expenses, delivery schedules, and subsequent monthly price assessments before making long-term purchasing commitments.

FAQs About Carbon Black Prices Insights & Market Analysis

What does the Carbon Black Price Index indicate in September 2026?

The September 2026 assessment indicates upward movements in Africa, Northeast Asia, Europe, and the Middle East, while North America recorded a decline. The reported prices were USD 2.01/KG, USD 1.46/KG, USD 1.87/KG, USD 1.82/KG, and USD 2.11/KG, respectively. Without previous-period observations or an index baseline, a longer-term historical trend cannot be established.

How does the Carbon Black Price Chart help procurement managers?

Carbon black price charts help procurement managers monitor regional price movements, compare supplier quotations, and assess changes in input costs. When supported by consistent historical data, charts can also inform inventory planning, contract negotiations, budget management, and purchasing schedules.

What is the carbon black price forecast for the next 12 months?

The qualitative outlook depends on hydrocarbon feedstock costs, production efficiency, energy expenses, logistics, and demand from tire and rubber manufacturers. Higher input costs or stronger industrial demand could support prices, while improved supply availability or weaker downstream activity could moderate them. The supplied data does not support an exact future price forecast.

How IMARC Pricing Database Can Help

The latest IMARC Group study, "Carbon Black Prices, Trend, Chart, Demand, Market Analysis, News, Historical and Forecast Data 2026 Edition," provides a detailed analysis of carbon black price trends and global market dynamics. The report covers price movements, regional developments, demand patterns, supply conditions, and the factors influencing current and future prices.

The analysis examines the relationship between raw material costs, production conditions, downstream demand, logistics, trade flows, and regional market developments. By exploring the interaction between supply and demand, the pricing analysis provides businesses with useful insights into current market conditions and future pricing dynamics.

Explore pricing intelligence across 500+ commodities: https://www.imarcgroup.com/pricing-intelligence

About Us:

IMARC Group is a global management consulting firm that provides a comprehensive suite of services to support market entry and expansion efforts. The company offers detailed market assessments, feasibility studies, regulatory approvals and licensing support, and pricing analysis, including spot pricing and regional price trends. Its expertise spans demand-supply analysis alongside regional insights covering Asia-Pacific, Europe, North America, Latin America, and the Middle East and Africa. IMARC also specializes in competitive landscape evaluations, profiling key market players, and conducting research into market drivers, restraints, and opportunities. IMARC's data-driven approach helps businesses navigate complex markets with precision and confidence.

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