1. Cyclohexanone Supply & Commercial Terms (Bouling Group)

1.1 Monthly Production Capacity & Inventory Status

• Monthly Capacity: Conventional monthly output of 3,000–5,000 metric tons (MT), flexible load adjustment based on orders; peak capacity reaches 6,000 MT in peak seasons, with stable and uninterrupted supply.
• Spot Inventory: 150–250 MT of industrial grade in stock (dual warehouses in Nanjing & Shanghai); 30–50 MT of high-purity/electronic grade in stock, produced on demand.
• Inventory Fluctuation: Sufficient inventory and immediate delivery in off-seasons; tight inventory in Q2/Q4 peak seasons for downstream industries, advance order locking recommended for guaranteed supply.

1.2 Lead Time & MOQ

• Lead Time: 3–5 days for domestic spot orders; 7–15 days for customized high-purity/electronic grade orders; 15–25 days for export orders (including customs declaration).
• Minimum Order Quantity (MOQ): 180 kg/drum for drummed goods, 10 MT for bulk truckload; 500mL–1L free samples available for conventional grades.

1.3 Packaging Specifications & Customization Options

• Standard Packaging: 180kg UN-certified galvanized steel drum (explosion-proof, dedicated for hazardous chemicals).
• Bulk Packaging: IBC tank (950kg), ISO tank, full tanker truck transportation.
• Custom Services: 25L/50L small packaging, anti-static packaging, food-grade/export-specific packaging; support custom labeling and exclusive COA/SDS reports with shipment.

1.4 Trade & Payment Terms

• Transport Terms: Domestic delivery via Class 3 hazardous chemical special trucks; export mainly under FOB Shanghai/Ningbo Port, with hazardous chemical customs declaration agency service.
• Payment Terms: Conventional TT payment with 30% advance deposit, balance settled before shipment; irrevocable sight L/C acceptable for exports; negotiable credit terms for long-term partners.

2. Pricing Structure & Core Influencing Factors

2.1 Volume Discount Policy

• 1–10 MT: Standard ex-factory price
• 10–50 MT: 2%–4% tiered discount
• 50–100 MT: 5%–7% bulk discount
• Over 100 MT: 8%–12% special price, annual contract pricing available

2.2 Grade Price Differential

2.3 Impact of Packaging & Certification on Pricing

• Packaging Premium: Standard steel drum as benchmark; IBC tank reduces unit freight cost (unit price -3%–5%); special explosion-proof/anti-static packaging increases unit price by +5%–10%.
• Certification Premium: REACH, RoHS, GMP compliant products +8%–15%; SGS/Intertek third-party test reports +3%–5%.

2.4 Core Factors Driving Market Volatility

1. Raw Material Cost (Core): Pure benzene accounts for 65%–75% of cyclohexanone production cost; pure benzene price fluctuations directly determine the cost bottom line of cyclohexanone, with highly linked price trends.
2. Supply-Demand Pattern: Domestic overcapacity, price under pressure when industry operating rate exceeds 80%; downstream caprolactam and nylon 6 industries account for 96% of cyclohexanone demand, and weak downstream operation directly drags down demand.
3. Environmental & Energy Policies: Power rationing, VOCs control, and dual energy consumption control restrict industry operation and push up production costs; shutdown of non-compliant small plants tightens supply periodically.
4. Logistics & Seasonality: Hazardous chemical transport control and regional freight differences lead to price spreads of ±3%–8%; prices rise temporarily by 5%–10% in Q2/Q4 downstream peak seasons.
5. International Trade & Macro Environment: Changes in export orders, exchange rate fluctuations, and overseas capacity changes affect domestic supply and demand, further impacting prices.

3. Global Market Analysis & 2026 Price Trend Forecast

3.1 Global Supply-Demand Pattern

• Global total capacity is approx. 7.5 million MT/year, with China accounting for 60%–65% (approx. 4.5 million MT), making it the world's largest producer and consumer.
• Global annual demand is approx. 7 million MT, 96% used for caprolactam and nylon 6 production, with a single demand structure.
• China is a net exporter, with annual exports accounting for 8%–10% of capacity, mainly shipped to Southeast Asia, India and other regions.

3.2 Market Analysis of Major Economies

• China: World's largest capacity, no large-scale new capacity in 2026; industry focuses on capacity reduction and load increase; weak domestic demand, exports become the core channel to digest excess capacity.
• US & EU: Mature markets with stable demand; local capacity focuses on high-end high-purity grades, relying on imports for conventional industrial grades; strict environmental control, high preference for low-VOC and compliant supply.
• Japan: High-quality but high-cost local capacity, relying on imports for conventional industrial grades; strong demand for high-end electronic and AR grades, with strict requirements for purity and impurities.
• India: Fastest downstream demand growth (6%–8% annual growth), insufficient local capacity, highly dependent on imports; price-sensitive, mainly purchasing industrial grade.

3.3 2026 Price Trend Forecast

• Annual Price Range: Domestic industrial grade average price 6,000–7,500 RMB/MT, central price approx. 6,900 RMB/MT.
• First Half: Supported by pure benzene cost + industry spring maintenance, tight supply, strong price operation, range 6,800–7,500 RMB/MT.
• Second Half: Sufficient capacity, no obvious demand recovery, price fluctuates downward, range 6,000–6,800 RMB/MT, overall controllable volatility.
• Risk Tips: Sharp rise in pure benzene and unexpected industry shutdowns may push up prices; sustained weak downstream demand and new capacity commissioning may further depress prices.

3.4 Data Sources & Analysis Methodology

• Data Sources: Zhuochuang Information, Longzhong Chemical, ICIS, Customs Import & Export Data, Industry Association Statistics.
• Analysis Dimensions: Multi-dimensional modeling and judgment combining raw material cost, industry operating rate, inventory data, downstream demand, policy control, and international trade.

4. Industry Dynamics, Policy Updates & Market Player Behavior

4.1 Recent Market Developments

• Cyclohexanone price fell by approx. 28% in 2025, mainly due to overcapacity, weak downstream nylon industry, and lower pure benzene prices.
• Price rebounded from the bottom in early 2026, rising to around 9,000 RMB/MT in March 2026, supported by rising pure benzene prices and industry maintenance production cuts.
• Industry Structure: Top 5 enterprises occupy 55% market share; small and medium-sized capacity continues to exit under cost and environmental pressure, and industry concentration is continuously improving.

4.2 Regulatory Compliance Updates

• Domestic: Stricter VOCs treatment, requiring online monitoring for manufacturers; intensified dual energy consumption control, only high-efficiency capacity can operate at full load; continuous tightening of hazardous chemical transport control.
• International: Upgraded EU REACH regulations with higher requirements for product impurities and odor; RoHS directive strictly controls heavy metal content in electronic grade products.

4.3 Supplier Countermeasures (Including Bouling Group)

• Strictly control production load, actively reduce load in loss-making status to ensure profit margin.
• Layout high-end high-purity and electronic grade capacity to enhance product added value and avoid low-price involution.
• Sign long-term pure benzene contracts to lock raw material costs, and hedge price fluctuation risks through hedging.
• Build regional warehousing centers to improve spot response speed and ensure stable supply for old customers.

4.4 Buyer Dynamics & Procurement Logic

• Multi-channel stocking to diversify supply risks and avoid production interruption caused by single supplier outage.
• Price-sensitive buyers prioritize industrial grade, avoid upgrading to high-purity grade unless necessary to control costs.
• Lock orders in advance in off-seasons, adopt small-batch and frequent procurement in peak seasons to avoid high price risks.
• Attach importance to product stability, compliance and traceability, prioritize suppliers with complete qualifications and perfect after-sales service.

5. Core Advantages of Bouling Group Against Market Volatility

• Stable Supply: Flexible capacity + dual-warehouse stocking, immune to industry maintenance and peak season shortages, ensuring continuous supply.
• Controllable Cost: Long-term raw material contracts + large-scale production, resisting price fluctuations and offering competitive quotations.
• Comprehensive Quality: Cover all grades including industrial, AR and electronic grades, matching diverse procurement needs.
• Full-Service Support: Free samples, technical guidance, 24-hour after-sales response, full-process compliant customs declaration and logistics.

6. Cyclohexanone Industrial Chain & Core Application Analysis

6.1 Upstream Core Raw Materials (Production End)

• Pure Benzene: The core upstream raw material of cyclohexanone, accounting for 65%–75% of production cost; mainstream processes (cyclohexane oxidation, cyclohexene hydration) start from pure benzene, and pure benzene price fluctuations directly transmit to cyclohexanone cost.
• Hydrogen: Essential reducing agent for benzene hydrogenation to cyclohexene/cyclohexane, a key auxiliary material in production.
• Cyclohexane/Cyclohexanol: Intermediate raw materials; some processes directly produce cyclohexanone via cyclohexane oxidation or cyclohexanol dehydrogenation.
• Auxiliary Materials: Catalysts, oxidants, acid-base regulators, purification reagents, etc., affecting product purity and process stability.

6.2 Downstream Core Products (Consumption End)

Cyclohexanone has a highly concentrated downstream consumption, with over 95% of demand used for chemical intermediate synthesis and a small amount as high-end solvent. Core downstream products are as follows:

• Caprolactam (CPL): Accounts for 70%–80% of total cyclohexanone demand, the largest downstream product; cyclohexanone is converted to caprolactam via oximation and rearrangement, the core monomer for producing nylon 6 chips and nylon 6 fibers.
• Adipic Acid (ADA): Accounts for 20%–25% of total demand, the second largest downstream product; cyclohexanone is oxidized to adipic acid, a key raw material for producing nylon 66, polyurethane and plasticizers.
• Fine Chemical Intermediates: Used to produce caprolactone, cyclohexanone formaldehyde resin, pharmaceutical/pesticide intermediates, rubber antioxidants, etc., with high added value.
• High-End Industrial Solvent: Excellent solvent for coatings, inks, adhesives, electronic cleaning, photosensitive materials, etc., with strong solubility and moderate volatility.

6.3 Core Application Markets (Terminal Fields)

1. Chemical Fiber & Textile Industry: Largest terminal application market; caprolactam is made into nylon 6 (polyamide fiber) for textile fabrics, industrial yarn, cord fabric, carpet yarn, etc., with rigid demand.
2. Engineering Plastics & New Materials: Nylon 6 and nylon 66 chips processed into engineering plastics, applied in auto parts, electronic appliances, rail transit, aerospace, film packaging and other high-end manufacturing fields.
3. Coatings & Inks Industry: Used as high-end solvent for epoxy resin, acrylic resin, nitro lacquer, improving film leveling and adhesion, mainly for industrial coatings and printing inks.
4. Adhesives & Synthetic Rubber: Used as solvent or modified monomer for high-end adhesives and synthetic rubber, improving bonding strength and weather resistance.
5. Pharmaceutical & Pesticide Field: Used to synthesize antibiotics, analgesic drug intermediates, pesticide additives, etc., requiring high product purity (mostly AR/high-purity grade cyclohexanone).

6.4 Core Characteristics of the Industrial Chain

• Highly bound upstream and downstream: Cyclohexanone price is strongly correlated with pure benzene (upstream) and caprolactam/adipic acid (downstream); single reliance on nylon industry leads to rapid demand fluctuation transmission.
• Industry integration trend: Leading enterprises mostly support the whole industrial chain of "pure benzene-cyclohexanone-caprolactam-nylon chips" to reduce costs and stabilize supply.
• Obvious quality grading: Industrial grade meets conventional chemical fiber and solvent demand; high-purity/electronic grade adapts to pharmaceutical and electronic precision manufacturing, with significant added value gap.

Contact Information

sales9@bouling-chem.com

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