Xylene Price per Ton 2026: FOB China, CFR and Domestic Bases Compared is a basis-differentiation task. The 2026 price per metric ton for mixed xylene and isomer-grade xylene is reported in USD/t for FOB China and CFR China, and in CNY/t for domestic China ex-tank. A comparison that does not separate freight, marine insurance, VAT, port charges, and quality grade will produce a false spread. FOB China and CFR China are international trade terms; domestic ex-tank is a domestic spot basis. The numerical price in USD/t is therefore not interchangeable with the numerical price in CNY/t without a landed-cost conversion and specification match.

What is actually transferred under FOB China, CFR China and the domestic ex-tank assessment?

Under INCOTERMS 2020, FOB China means delivery when the product is placed on board the vessel named by the buyer at the named loading port. The seller clears export customs. CFR China means the seller pays the cost and freight to bring the product to the named discharge port, but risk transfers on board at the loading port. Marine insurance is not included in CFR China; that is a CIF element and must be added separately by the buyer if required. Domestic East China ex-tank is not an INCOTERMS 2020 term. It is a surveyed physical spot assessment for product available from terminal storage in East China, typically quoted with VAT invoice and terminal handling included.

Price comparability also requires grade matching. Solvent-grade mixed xylene, isomer-grade xylene, and paraxylene feedstock are not identical. Domestic trades often reference GB/T 3406-2019, while import and p-xylene feedstock cargoes may be assessed against ASTM D5211. Full-year 2026 fixed-price transactions are thin; most contract discussions use monthly or quarterly averages of CFR China or domestic East China indices.

FOB China loading-port quotation constraints for 2026 forward cargoes

FOB China is structurally lower in nominal value than CFR China because it excludes ocean freight. The FOB China quote represents product loaded at a Chinese port such as Ningbo, Shanghai, Qingdao, or Huizhou. It includes product cost and export terminal handling but not destination charges. A 2026 comparison that subtracts an assumed freight rate from CFR China to infer FOB China without specifying vessel size, route, and laycan is not auditable.

Published data for full-year 2026 fixed FOB China cargoes is limited. Some market participants use formula pricing against CFR China minus a forward freight assessment. Chinese xylene export availability is constrained by refinery turnaround schedules, extraction unit utilization, and gasoline blending economics. When gasoline octane demand strengthens, xylene retained in the gasoline pool reduces export supply and can put upward pressure on FOB China quotes. The effect is more visible at smaller ports that cannot load large parcels; vessel size limits of 5,000–10,000 mt are common for clean petroleum and chemical parcel tankers, but specific berth restrictions vary.

FOB China as a 2026 benchmark is also affected by storage tank availability at load ports. Aromatics terminals with dedicated xylene tanks and nitrogen blanketing are required; if tank space is unavailable, the seller may need to postpone loading or pay floating storage, which affects the effective FOB price. The FOB quote does not include demurrage after the laycan expires; demurrage is separately assigned to the party responsible for delay. In tight shipping markets, demurrage can distort the base comparison even when the headline FOB number is unchanged.

For CFR China physical cargoes, the cost build-up is CFR China USD/t = FOB China USD/t + ocean freight USD/t. Marine insurance is not included in CFR. If a buyer requests an insured delivered quote, the term is CIF China, not CFR China. The freight component for intra-regional xylene parcel shipments is quoted on flat-rate or Worldscale-linked bases depending on vessel class. Routes from Ulsan, Yeosu, Kawasaki, Map Ta Phut, or Jurong Island to East China ports carry different voyage lengths, bunker surcharges, and demurrage exposure. Port-to-port distance, canal fees, and loading-port congestion alter the effective freight. In 2026 comparisons, the freight assumption should be tied to the named vessel and route; published data for specific forward freight fixtures may be limited to broker assessments, not exchange-listed quotes.

The CFR China quote is a destination-port value but not a landed cost. It excludes import duty, VAT, destination port charges, and customs brokerage. Buyers that treat CFR China as a delivered plant cost will understate the actual feedstock cost because the missing charges can exceed the freight spread. Marine insurance, if required, is usually a separate cost item and may be arranged by the buyer or agreed as a CIF variation. For 2026 budget models, a CFR China price should be mapped into a landed cost with the correct HS code and VAT treatment before comparison with domestic ex-tank.

When East China domestic ex-tank assessments diverge from CFR import parity

Domestic East China ex-tank is quoted in CNY/t. It includes VAT invoice value and terminal handling; it excludes downstream trucking to buyer. To compare domestic ex-tank with CFR China, the import parity formula is Import parity CNY/t = (CFR China USD/t × CNY/USD + customs duty CNY/t + port charges CNY/t) × 1.13. The 1.13 factor represents the general China import VAT of 13%. The applicable customs duty depends on HS code and trade arrangement; no single duty rate can be assumed for all xylene grades. Port charges include pilotage, berth, unloading, terminal storage, inspection, and customs brokerage. Marine insurance, if purchased, is added as a separate buyer cost before the VAT factor.

Divergence between domestic East China ex-tank and import parity creates an arbitrage signal. When domestic price rises above import parity plus financing and credit costs, buyers are incentivized to book CFR China cargoes. The practical arbitrage is slowed by 2–6 weeks of voyage time and customs release, plus tank availability. When domestic price falls below import parity, import inflows decelerate. The spread is not a pure profit signal because domestic contracts may include credit terms and location differentials that are absent in CFR assessments.

Domestic ex-tank also embeds a location premium. East China terminals in Ningbo, Shanghai, and Jiangsu have different logistics connectivity to downstream plants. A domestic ex-tank price in East China is not identical to a Shandong or South China ex-tank value; freight from East China to inland users adds cost. Therefore, the domestic basis comparison is specific to the terminal location, not just the molecule.

Physical quality boundaries and standard methods across the three price bases

Basis comparison fails if the xylene grade is not identical. Mixed xylene contains ethylbenzene, para-xylene, meta-xylene, ortho-xylene, and minor C7/C9 aromatics. The price per ton changes with para-xylene and ortho-xylene content because those isomers carry derivative value. A p-xylene feedstock buyer cannot compare a solvent-grade FOB China quote to a feedstock-grade CFR China quote; ASTM D5211 imposes specification limits for contaminants and heavy aromatics, while GB/T 3406-2019 defines Chinese petroleum xylene quality.

Typical mixed xylene density at 20°C falls between 0.86 g/cm³ and 0.87 g/cm³. The initial boiling point of a C8 aromatic mixture is near 137°C, with a dry point near 143°C, but exact limits are grade-specific and must be measured by ASTM D850-20 or equivalent GB/T 6536-2010. Sulfur content for solvent applications is measured by ASTM D5453-19a or ultraviolet fluorescence, and Pt-Co color is measured by ASTM D1209-05(2019). The relevant standard code must appear on the certificate of analysis for cross-basis comparison.

On an isomer-level basis, reformate-derived mixed xylene commonly contains para-xylene in the 18–22 wt% band, meta-xylene near 40–45 wt%, ortho-xylene near 20–25 wt%, and ethylbenzene near 12–20 wt%, depending on reformer severity and extraction configuration. A 2026 comparison that ignores isomer distribution will misprice the tonnage because downstream value is generated by para-xylene and ortho-xylene sales, not by the solvent-grade xylene pool. Cargoes with ethylbenzene above typical reformate levels incur additional isomerization cost in a paraxylene complex, which is adjusted as a quality premium or discount rather than shown in the headline price per ton.

For solvent-grade xylene sold into coatings or agricultural solvents, aromatic purity and color are dominant; for paraxylene feedstock, para-xylene content and ethylbenzene level are dominant. These two applications place different premiums on the same C8 aromatic stream. A single price per ton across FOB China, CFR China, and domestic ex-tank cannot capture these different premiums unless the application is fixed.

From production economics, the 2026 China domestic xylene price cannot be separated from paraxylene and orthoxylene spreads. Aromatics complexes extract para-xylene and ortho-xylene; mother liquor mixed xylene is sold into solvent and gasoline blending. The marginal ton of xylene on the domestic market is influenced by the paraxylene-naphtha spread and gasoline octane demand. On the import side, CFR China values product against international naphtha and reformate benchmarks. Thus the same per-ton xylene price may be interpreted as a petrochemical feedstock price, a gasoline blending price, or a solvent price depending on which base is used.

Price reporting agencies publish FOB China and CFR China xylene assessments in USD/t and domestic East China ex-tank in CNY/t, but the 2026 forward assessments are not exchange-settled. The quotes are survey-based or formula-derived from naphtha and paraxylene margins. Published data for full-year 2026 fixed-price xylene cargoes is limited; the available forward curves are usually monthly or quarterly. Market participants therefore treat the 2026 comparison as a forward netback model in which freight, exchange rate, and isomer premiums are independent variables rather than fixed constants.

For a downstream paraxylene unit evaluating a 2026 Chinese domestic contract, the relevant comparison is not the headline FOB China quote but the CFR China netback plus import duty and VAT, adjusted for para-xylene content. If the delivered import parity exceeds the domestic ex-tank quote by more than the terminal-to-plant trucking cost, the domestic cargo is the lower-cost feedstock; if the domestic quote exceeds import parity, the CFR cargo is preferred. The outcome depends on the exact grade specification, CNY/USD conversion, and vessel laycan, not on a single aggregate price.