How to Ship a Block Machine to Latakia Port: Packing, Loading and Vessel Choice

How to ship a block machine to Latakia port is settled long before a vessel is booked, because mass and outline decide almost everything that follows. A QST1800 moulding host weighs 34 t and measures 15,500 x 5,500 x 3,200 mm, while a QST1500 frame is 20 t at 11,500 x 4,550 x 2,800 mm. Neither figure travels inside a closed container, and both force the same three questions before any freight rate is quoted: which pieces come off, how they are crated, and where the ship is loaded.

Does the machine travel whole, or on an open top or flat rack?

Take the largest single piece first and measure it against the box. A 34 t host at 15,500 mm long, 5,500 mm wide and 3,200 mm high does not agree with a closed container, so it goes on a flat rack or an open top and is craned on and off at both ends. The class below behaves differently. A QSMT500 unit at 5,800 x 1,800 x 2,750 mm and about 8,000 kg, or a QT5-15 host at 6,900 kg and 9,450 x 3,300 x 2,700 mm, still fits an enclosed container once the hopper and the control cabinet are removed.

Cuber and curing frames decide the rest. A QS-1200A cuber covers a floor area of 12,000 x 3,000 mm at about 18,000 kg, and a QS-1000G-B reaches about 19,000 x 6,000 x 5,500 mm at about 9,000 kg. A frame of that length does not enter a container upright, so it is split at bolted joints into transport sections, each one short enough for the rack and light enough for the crane booked at the discharge port. Splitting adds bolted flanges, matching marks and a re-assembly drawing, and it removes the need for a heavy lift vessel.

Which parts must come off the frame and ship in their own crates?

Four groups come off every machine. The electrical cabinet goes first, because it carries the PLC, the contactors and the sensors, and damp air is what destroys it: the panel is sealed, a desiccant is placed inside, and the case is fitted with a shock indicator. Hydraulic cylinders come next. A machine rated at 31.5 MPa with a main cylinder bore of 500 mm on a QS800 or 720 mm on a QS1500 ships with the rod retracted, the ports plugged and the barrel blocked against movement.

Hoppers and the batching group travel separately, because a hopper is thin plate that deforms under its own load once it loses support. The QS-1200 pallet feeder at 3,300 x 1,700 x 2,100 mm and about 1,300 kg is small enough to crate whole, while the CMP mixer and the PL batching machine are broken into skip, frame and weighing sections. Moulds are packed in their own cases, since a QS1500 mould set is wear-resistant alloy steel machined to micron level, and one knocked edge means rejected blocks on site.

Rust and moisture control that survives a sea passage

Sea air attacks three surfaces hardest: machined faces, hydraulic rods and mould plates. Each one gets a film of anti-rust grease, unpainted steel gets a VCI wrap, and the machine gets a shrink hood over a stretch film layer. Painted panels are covered by the film alone, because grease on paint collects grit during handling. Inside sealed cases the moisture is controlled with desiccant rather than with ventilation, and the number of desiccant bags is counted against the case volume.

Crates are built on a steel base, not on a softwood pallet, because a 6,900 kg host or an 18,000 kg cuber section will crush timber during lifting. Wood is used as blocking between the base and the machine and as diagonal bracing that stops the case from racking when a crane turns it. Every case carries its own weight, its own centre of gravity mark and a case number that matches the packing list.

Where do the lashing chains go, and what does the centre of gravity change?

Lashing goes over the base frame and through the points the frame was designed to take, never over a cylinder, a guard or a hydraulic line. Chain is used on the 20 t and 34 t machines instead of webbing, because a steel edge cuts a fabric strap within a few hundred kilometres of road. Timber dunnage sits between the machine and the rack deck, and the chains run at a shallow angle against the deck so a braking load is resisted in shear rather than in tension.

Centre of gravity decides the order of loading. The heaviest single piece is placed centrally over the deck, and smaller crates are built around it rather than on top of it. Tall crates go to the door end so they can be lifted out first at the discharge port. Machine model, serial number and case count are painted on the outside of every case, and the same list travels with the bill of lading.

Five checks before the container doors are sealed

• Confirm the lifting points on the machine and the rated capacity of the crane at each end.
• Block the machine against fore and aft movement with timber, not with rope or webbing.
• Photograph every case closed, and photograph the load plan after lashing is finished.
• Keep the desiccant bags and the case numbers visible in those photographs.
• Send the load plan and the case weights to the buyer or the import agent before the vessel sails.

What the buyer and the import agent must send before booking

Booking starts with names, not with freight rates. Before a slot is reserved we need the consignee's full legal name and address, a notify party reachable at the discharge port, the name and contact of the import agent or customs broker, the port of discharge written exactly as it should appear on the bill of lading, and the goods description the buyer wants declared. All of it comes from the buyer or from his import agent, and a consignee line is corrected before loading, not after.

Documents follow the same route. The commercial invoice, the packing list with case numbers and case weights, the certificate of origin, the insurance certificate and the bill of lading instruction, whether an original set or an electronic release, are issued here but driven by the buyer's instructions. When the buyer works with his own freight forwarder, the load plan, the case weights and the photographs go to that forwarder and the machine record stays on our side.

Tell us the port, the crane and the machine class

A loading plan needs four facts: the discharge port and the import agent you will use, the machine class you are ordering with its weight and outline, the lifting equipment available at the discharge port expressed as a rated capacity, and the wood packaging your forwarder expects. With those four we return a case list with individual weights, a lashing sketch and a load plan you can hand to a crane operator, and we confirm which parts travel assembled and which travel as crates.