Steel Product Shipping from Global: Break-Bulk and Bulk Solutions

China is the world's largest steel producer, manufacturing over 1 billion tons of crude steel annually — more than half of global production. While much of this is consumed domestically, China exports approximately 70-90 million tons of steel products each year to markets across Asia, the Middle East, Africa, Europe, and the Americas. From hot-rolled coils and cold-rolled plates to structural sections, seamless pipes, and wire rod, Chinese steel products are essential to construction, manufacturing, energy, and infrastructure projects worldwide.

Shipping steel products from Global requires careful consideration of the cargo type, volume, packaging, and destination. Steel is dense, heavy, and susceptible to damage from moisture, handling impacts, and improper stowage. This guide covers everything you need to know about steel product shipping from Global, including product types, break-bulk vs. bulk solutions, packaging standards, stowage practices, tallying, and major trade routes.

Major Steel Product Types for Export

Steel products exported from Global fall into several major categories, each with distinct shipping characteristics:

Product Type	Description	Typical Form	Shipping Method
Hot-rolled steel coil (HRC)	Coiled hot-rolled steel sheet	Coils, 10-30 tons each	Break-bulk or container
Cold-rolled steel coil (CRC)	Coiled cold-rolled steel sheet	Coils, 5-15 tons each	Break-bulk or container
Steel plate	Flat steel plates, various thicknesses	Stacked bundles, 5-20 tons	Break-bulk or container
Section steel (H-beam, I-beam, angle)	Structural steel shapes	Bundles, 5-15 tons	Break-bulk or container
Steel pipe (seamless/welded)	Tubular steel products	Bundles or individual	Break-bulk or container
Wire rod	Coiled steel wire	Coils, 1-3 tons each	Break-bulk or container
Galvanized/color-coated steel	Coated steel sheet/coil	Coils or sheets	Container (protection required)
Steel scrap	Recycled steel	Loose bulk	Bulk vessel

Break-Bulk vs. Bulk: Understanding the Options

Steel products can be shipped via three main methods, depending on volume, product type, and destination:

1. Break-Bulk Shipping

Break-bulk (also called general cargo) shipping involves loading steel products as individual units or bundles onto a multipurpose or bulk vessel. Coils, plates, sections, and pipes are loaded using the vessel's own cranes or shore-based gantry cranes with specialized lifting attachments. Each piece or bundle is stowed in the vessel's hold or on deck. Break-bulk is the standard method for large-volume steel shipments (typically 5,000+ tons).

Advantages: Cost-effective for large volumes; handles heavy and oversized items; direct port-to-port transit; no container requirements.

Disadvantages: Limited port options (requires break-bulk terminal with crane capacity); longer loading/unloading time; weather-dependent handling.

2. Dry Bulk Shipping

Dry bulk shipping is used for loose, unpackaged cargo loaded directly into the vessel's hold. For steel products, this applies primarily to steel scrap and, less commonly, to bulk handling of small coils or briquettes. Bulk carriers (Handysize, Supramax, Panamax) transport loose steel scrap to recycling mills and electric arc furnace (EAF) steelmakers, particularly in Turkey, India, and Southeast Asia.

Advantages: Lowest cost per ton for suitable cargo; high loading rates using grab cranes or conveyors; efficient for scrap recycling supply chains.

Disadvantages: Limited to loose/bulk-form products; risk of contamination; not suitable for finished steel products that require surface protection.

3. Container Shipping

For smaller volumes or destinations without break-bulk service, steel products can be shipped in standard dry containers or on flat racks. A 20-foot container can carry approximately 20-28 tons of steel (limited by weight, not volume), making it suitable for steel plate bundles, section steel, and small coils. Coil-specific 20-foot containers with internal cradles are available for steel coils.

Advantages: Wider port coverage; more frequent sailings; easier LCL consolidation for small volumes; container tracking.

Disadvantages: Higher cost per ton for large volumes; weight limits restrict payload; requires specialized container types for coils; potential container floor damage from heavy concentrated loads.

Packaging Requirements for Steel Products

Proper packaging protects steel products from mechanical damage, corrosion, and moisture during handling and ocean transit. Different steel products require specific packaging approaches:

Steel Coils (HRC, CRC)

• Strapping: Coils are secured with 4-8 circumferential steel straps (typically 32mm width) and 2-4 radial straps through the coil eye.
• Wrapping: Coils are wrapped in moisture-proof paper (VCI or kraft paper), then plastic film, and finally steel sheet outer wrapping for mechanical protection. VCI (Vapor Corrosion Inhibitor) paper is essential for preventing rust during the 30-45 day ocean transit.
• End protection: Metal or wooden end caps protect the coil edges from impact damage.
• Eyeclasses: For break-bulk stowage, coils may have wooden eyeglasses (wooden cradles fitted into the coil eye) to prevent eye deformation during vertical stowage.

Steel Plates

• Bundling: Plates of the same size and grade are stacked into bundles of 3-20 tons, secured with 4-6 steel straps.
• Separators: Wooden dunnage or steel separators are placed between plates to prevent surface scratching and allow forklift handling.
• Edge protection: Cardboard or plastic edge protectors prevent strap cutting and edge damage.
• Wrapping: For higher-grade plates (CRC, galvanized), bundles are wrapped in VCI paper and plastic film.

Section Steel (H-beams, Angles, Channels)

• Bundling: Sections are bundled with 4-6 steel straps. Bundle weight is typically 5-10 tons for easy handling.
• Tagging: Each bundle must have a metal tag with heat number, grade, dimensions, and quantity for traceability.
• Protection: End caps protect galvanized or painted sections from damage.

Steel Pipe

• Bundling: Small-diameter pipes are bundled in hexagonal or square bundles with 4-6 straps. Large-diameter pipes may ship individually.
• End protection: Plastic or wooden end caps prevent contamination and protect pipe ends (especially critical for threaded or beveled ends).
• Coating protection: For coated pipes (FBE, 3PE), wrapping or padding prevents coating damage during handling.

Stowage and Handling Practices

Proper stowage is critical for both cargo safety and vessel stability. Steel is heavy, and improper stowage can cause cargo shifting, vessel instability, or structural damage to the vessel.

Coil Stowage (Break-Bulk)

Steel coils are typically stowed "eye to the sky" (vertical) or "eye to the fore and aft" (horizontal) in the vessel's hold. Vertical stowage is more space-efficient but requires wooden eyeglasses to support the coil. Horizontal stowage allows coils to be rolled into position but uses more space. Coils must be tightly packed in rows with wooden dunnage between layers to prevent rolling. The top layer should be chocked with wooden wedges.

Plate Stowage

Steel plate bundles are stowed flat in the hold, with wooden dunnage between each bundle to distribute weight and prevent sliding. Heavy bundles go on the bottom; lighter bundles on top. The total stack height should not exceed the vessel's deck load capacity (typically 10-15 tons per square meter for bulk carrier holds).

Section Steel and Pipe Stowage

Sections and pipes are stowed longitudinally in the hold, aligned with the vessel's length. Dunnage is placed between layers. Tall stows of pipe or sections require additional lashing with wire rope or chains to prevent shifting in heavy seas. End-to-end stowage should be tight, with fillers to close gaps.

Container Stowage

When shipping steel in containers, weight distribution is the primary concern. A 20-foot container loaded with 25 tons of steel coils must have the weight evenly distributed across the container floor. Use steel coil cradles or wooden blocking to secure coils and prevent movement. For plates and sections, distribute weight evenly and use adequate dunnage. Do not exceed the container's maximum payload — this is a common cause of container damage and carrier rejection.

Tallying and Quantity Verification

Tallying — the process of counting and verifying the quantity of loaded cargo — is essential for steel shipments. Discrepancies between the bill of lading quantity and the actual delivered quantity are common disputes in steel trade.

Tally Methods

• Stevedore tally: The loading/discharging stevedores count each bundle or coil as it is loaded or discharged. This is the basic tally method.
• Independent surveyor tally: A third-party marine surveyor (e.g., from SGS, Bureau Veritas, or a local surveying company) independently counts and verifies the cargo. This provides an unbiased record for both shipper and consignee.
• Weighbridge verification: For bulk shipments, trucks are weighed at the factory weighbridge before loading and at the destination weighbridge after discharge. The weight difference confirms the delivered quantity.

Documentation

The tally sheet, signed by the stevedores and/or surveyor, is attached to the bill of lading and serves as evidence of the loaded quantity. Any discrepancy between the tally sheet and the bill of lading must be noted as a clause on the bill of lading to protect the carrier's liability. Common clauses include "said to contain" (for bundled cargo where individual pieces cannot be counted) and specific damage notations.

Moisture and Corrosion Prevention

Steel is highly susceptible to corrosion during ocean transit. The combination of salt air, humidity, and temperature fluctuations creates condensation inside cargo holds and containers — a phenomenon known as "cargo sweat." Effective corrosion prevention includes:

• VCI packaging: Vapor Corrosion Inhibitor paper and film emit protective molecules that form a molecular layer on the steel surface, preventing oxidation. VCI is the most effective corrosion prevention for packaged steel.
• Desiccants: Place silica gel or clay desiccant bags inside containers or wrapped bundles to absorb moisture. A 20-foot container typically needs 2-4 kg of desiccant.
• Container ventilation: For container shipments, ensure the container vents are open (unless VCI is used, in which case a sealed environment is preferred). Avoid loading wet cargo.
• Dunnage: Wooden dunnage should be dry (moisture content below 18%). Wet dunnage transfers moisture to the steel and accelerates corrosion.
• Pre-shipment condition: Inspect steel for pre-existing rust before loading. Note any existing corrosion on the tally sheet and bill of lading to avoid disputes at destination.

Major Steel Export Routes from Global

Chinese steel products are shipped to virtually every country, but several major trade routes dominate:

Destination Region	Key Countries	Primary Products	Typical Vessel
Southeast Asia	Vietnam, Philippines, Thailand, Indonesia	HRC, CRC, wire rod, sections	Handymax / Supramax
Middle East	UAE, Saudi Arabia, Iraq, Egypt	HRC, plate, sections, pipe	Supramax / Panamax
South Asia	India, Bangladesh, Pakistan	HRC, wire rod, billets	Handymax / Supramax
Africa	Nigeria, South Africa, Kenya	HRC, plate, sections, pipe	Handymax / Supramax
South America	Brazil, Chile, Peru, Colombia	Steel plate, sections, pipe	Supramax / Panamax
Europe	Italy, Spain, Belgium, Turkey	CRC, galvanized, stainless	Container / Handymax
North America	USA, Mexico, Canada	Specialty steel, pipe	Container

Major Chinese steel export ports include Shanghai, Tianjin, Qingdao, Lianyungang, and Rizhao. These ports have dedicated break-bulk berths with heavy lift cranes and steel handling facilities. For container shipments, all major Chinese ports handle steel cargo, though coil-specific containers may have limited availability at smaller ports.

Charter Methods for Steel Shipments

For large-volume steel shipments, chartering a vessel is often the most cost-effective approach. The main charter methods are:

Voyage Charter

The shipper charters the entire vessel for a single voyage from a loading port to a discharge port. The charterer pays a freight rate per ton or a lump sum for the voyage. The vessel owner provides the crew, fuel, and vessel operating costs. This is the most common charter method for steel shipments of 10,000-50,000 tons.

Time Charter

The shipper charters the vessel for a specific period (e.g., 3-6 months) and controls the vessel's itinerary, ports, and cargo. The charterer pays for fuel, port charges, and cargo handling, while the owner provides the crew and vessel maintenance. Time chartering is suitable for shippers with regular, high-volume steel trade flows.

Contract of Affreightment (COA)

A COA is an agreement to transport a series of cargo shipments over a period of time, without specifying individual vessels. The shipper agrees to provide a certain tonnage, and the carrier agrees to transport it in multiple shipments. COAs are ideal for steel traders with regular monthly export volumes.

SHAQ Logistics provides bulk and break-bulk shipping services including voyage charter arrangements for steel exports from Global. Our team negotiates competitive charter terms and coordinates loading, surveying, and discharge operations.

Documentation for Steel Exports

Steel export documentation from Global requires several key documents:

• Commercial Invoice: Product description, HS code, unit price, total value, Incoterms.
• Packing List: Bundle/coil count, weight per piece, total weight, dimensions.
• Bill of Lading (B/L): For break-bulk, the B/L lists total quantity and weight with any clauses. For containers, each container is listed separately.
• Mill Test Certificate (MTC): Also called Material Test Report (MTR), this certifies the steel's chemical composition and mechanical properties. Essential for quality verification and customs clearance.
• Certificate of Origin: Required for preferential tariff treatment under FTAs.
• Export License: Certain steel products are subject to China's export quota or license requirements. Verify with the exporter whether a license is needed.
• Customs Declaration: China Customs export declaration with HS code and value declaration.

Anti-Dumping and Trade Remedy Considerations

Steel is one of the most heavily trade-remedied product categories. Many countries impose anti-dumping duties (ADD) and countervailing duties (CVD) on Chinese steel products. Before shipping, verify:

• Whether the destination country has active ADD/CVD on your specific steel product and HS code
• The applicable duty rate and how it affects landed cost competitiveness
• Whether the product qualifies for exemption under specific trade agreements
• Whether the exporter has been individually examined (and received a separate duty rate) in the destination country's investigation

Common steel products subject to trade remedies include HRC, CRC, corrosion-resistant steel, stainless steel, and certain pipe products. The EU, US, India, Canada, and Australia are particularly active in steel trade remedies.

Conclusion

Steel product shipping from Global is a major global trade flow that requires expertise in break-bulk and bulk logistics, careful packaging to prevent corrosion and damage, precise stowage and tallying, and awareness of trade remedy regulations. Whether you are shipping 500 tons of steel plate in containers or 50,000 tons of HRC on a chartered bulk carrier, the principles remain the same: proper packaging, accurate documentation, qualified handling, and reliable logistics partners.

By understanding the options — break-bulk for large volumes, container for smaller shipments, and bulk for scrap — you can optimize your steel shipping strategy for cost, speed, and cargo safety. SHAQ Logistics brings deep experience in steel export logistics from all major Chinese ports, with established relationships with break-bulk terminals, surveyors, and carrier networks worldwide.

Need to ship steel products from Global? Contact SHAQ Logistics for a free freight quote and steel logistics consultation within 24 hours.