Block Making Machine Price in Basra: Sizing, Freight and Coastal Site Work
17 October 2026 · 7 min read
Quick answer
Block making machine price in Basra is a stack of countable blocks rather than one figure: the frame class, the mould set, the pallet fleet, the curing and cubing package, a corrosion package for humid salt air, and a packing grade set by how the plant is split for shipping. A 34 t frame needs a thicker drained pad than a 14 t frame. Frame, moulds and handling are quoted separately, which is why two shipping methods produce two prices.
Block making machine price in Basra is a stack of cost blocks rather than one figure: frame class, mould set, pallet fleet, curing and cubing package, moisture and salt protection, and the way the plant is divided for shipping. A coastal yard buys two items an inland yard can leave out, corrosion protection on cabinets, terminals and bare steel, and packing that survives a moist container.
Weights run from 12 t on a QST6-15 and 14 t on a QST8-15 up to 20 t on a QST1500 and 34 t on a QST1800, and the curing side can outweigh the press it serves: a QS-1200A cuber alone is about 18,000 kg on a 12,000 x 3,000 mm footprint.
What does a coastal site change in the machine specification?
Humidity and salt air reach three places first: the electrical cabinet, the terminal blocks and every bare steel face that is not painted. Specify sealed gland entries and anti-condensation heating in the cabinet, corrosion-resistant terminals instead of plain brass, and a coating schedule agreed before fabrication starts. On a QST1800 the electrical package carries a 104 kW installed load and a 280 kN vibration system through that same cabinet.
A mould from the QS1500 class is wear-resistant alloy steel, CNC machined to micron level and heat treated, and its faces must never cross a humid voyage bare. A corrosion-inhibiting film and a careful wipe-down cost a fraction of re-machining a cavity edge.
How do output tier and pallet count set curing turn and yard area?
Pallet count is arithmetic, and it is the part buyers misjudge. A cycle of 15 to 23 seconds on a QST8-15, or 15 to 25 seconds on a QST1200, decides how many pallets leave the press, but each of them must be emptied, cured and returned before the next is filled. Push the whole target through a single shift and the peak pallet demand rises; spread the same tonnage over two shifts and the fleet follows the lower rate.
The published output sits on the same arithmetic: up to 90,000 standard bricks per 8-hour shift on a QST8-15, up to 120,960 on a QST1200 and up to 220,000 on a QST1800.
Yard area follows the pallet size rather than the block count, because the open area for cured product is fixed by the boards in the fleet. A 1,400 x 1,400 x 30 mm board needs storage and a stacking plan built around that size. On a tight or soft plot the pallet-free route drops the boards altogether: a QSMT1000 moulds over a 1,150 x 1,100 mm area and cubes the wet product online to a 1,100 mm height, ten layers of standard brick.
- QST8-15: pallet 980 x 860 x 22 mm, machine 9,800 x 3,600 x 2,800 mm, weight 14 t.
- QST1200: pallet 1,350 x 880 x 25 mm, weight 17 t, installed capacity 57.6 kW.
- QST1800: pallet 1,400 x 1,400 x 30 mm, machine 15,500 x 5,500 x 3,200 mm, weight 34 t.
- QS-1200A cuber: 12,000 x 3,000 mm floor area, about 18,000 kg, 15 to 18 seconds per layer, about 3,800 pallets per shift.
- QS-1000G-C double-station cuber: 19,000 x 7,500 x 5,500 mm, about 12,000 kg, 12 to 15 seconds per layer.
- QS-1000G-A fixed cuber: 7,500 x 7,000 x 5,500 mm, about 6,200 kg, 15 kW, about 1,700 pallets per shift.
Why does the same machine carry two quotations?
A block machine travels as a machine only when the frame fits the loading plan. A QST1800 frame measures 15,500 x 5,500 x 3,200 mm and a QS-1000G-C cuber measures 19,000 x 7,500 x 5,500 mm, so that cuber is quoted with agreed cut lines on bolted flanges, match-marked and re-aligned on site by our engineers.
The packing grade is the second divergence. A frame that ships nearly assembled, such as the QSMT1000 at 5,800 x 1,800 x 2,750 mm and about 8,000 kg, needs lashing only. A machine that stays inside a closed container for a humid voyage needs barrier bagging, desiccant, a vapour-corrosion inhibitor and a braced timber cradle. Two quotations for one frame are two packing specifications, not a pricing trick.
How does salt-bearing aggregate change batching and mould wear?
Sand and gravel from a coastal source carry salt and a high fines content, and both land in the mix design. Salt holds moisture and shifts the effective water demand, so a blend that reaches strength inland can leave the mould soft and sticky at the coast. Batching answers it: a PL-series batching machine weighs against a pre-set aggregate mix ratio with three-point induction sensors and fast plus slow dosing, and a vibration device keeps the hopper flowing.
Washing and draining the aggregate is the other half, and it changes the mixer duty. A twin-shaft mixer with 500 to 1,500 litres of discharge capacity runs dry-hard and plastic mixes, with a maximum aggregate size of 80 mm for pebbles and 60 mm for crushed stone. Salt also attacks the mould, so a high-chloride mix makes cavity-edge wear the deciding factor between two otherwise equal moulds.
Site work: hardened pad, unloading lane and lifting
The civil side belongs in the quotation because it belongs to the load. A 34 t frame and a cuber of about 18,000 kg on a 12,000 x 3,000 mm footprint are point loads that have to stay level through a wet season, and a curing rack that tilts crushes the bottom layer. Plan a hardened, drained pad under every heavy position, with the fall running away from the electrical room.
Access follows the same logic. Heavy vehicles have to reach the unloading position and turn without grounding, so the lane and the lifting area are fixed before the equipment list. If the water table sits high on your plot the pad thickens and the drainage needs more care. Where no pad can be built, a crawler-mounted cuber at about 5,000 kg walks at about 2 km/h and cubes up to 20 layers of solid brick.
What makes up the price beyond the machine frame?
Every item above is a quantity you can count, which is why a price request is answered with a configuration list rather than a number: frame class, moulds for your mix, pallet fleet, curing and cubing package, corrosion treatment, packing specification and the site preparation the load demands. Send the product mix, the plot dimensions, the aggregate source and your destination, and the quotation comes back in the same blocks.
- Mould set: a QST6-15 mould returns 6 hollow blocks, 32 to 36 standard bricks or 21 to 24 coloured floor tiles per stroke.
- Pallet fleet: boards from 980 x 680 x 20 mm up to 1,400 x 1,400 x 30 mm, plus the storage and handling that the board size demands.
- Curing and cubing: a pallet feeder with a 13 second cycle at the low end, a double-station cuber at about 3,800 pallets per shift at the high end.
- Corrosion package: cabinet sealing, terminal material, the coating schedule and protection on the mould faces.
- Packing specification: barrier bagging, desiccant, cradle bracing, or a bolted cut line where the frame is longer than the loading space.
Frequently asked questions
What makes a block making machine cost more on a coastal site than inland?
Two items an inland yard can leave out: a corrosion package and a heavier packing specification. Sealed cabinets, corrosion-resistant terminals, a coating schedule on exposed steel and protected mould faces cover the first, while barrier bagging, desiccant and a braced cradle cover the second. A 34 t frame also needs a thicker drained pad, and that cost lands in the civil budget rather than on the machine itself.
How many pallets do I need for a given shift output?
Size the fleet on the pallets that must be in curing at once, not on the blocks you sell. A pallet feeder returns an empty board in about 13 seconds, and a QS-1200A cuber clears about 3,800 pallets per shift, so the fleet follows the curing turn you choose. Give us the shift target, the board size and the curing time you plan, and the board count comes back.
Why does the same machine come with two different quotations?
Because the packing specification and the number of cut lines differ. One quotation ships the frame nearly assembled with lashing only. The other splits it at agreed bolted flanges and packs it in barrier film with desiccant for a closed container. The second carries machining, joint hardware and site reassembly, and it protects a frame that arrives after a humid voyage.
Does salt-bearing aggregate damage the moulds?
High-chloride mixes accelerate wear on cavity edges, so mould steel and its heat treatment decide how long a cavity holds its dimensions. A wear-resistant alloy steel mould, CNC machined to micron level and given a hardening cycle, keeps its accuracy through high-pressure cycling far longer than an untreated one. Washing the aggregate and locking a stable water demand protects the block face and the mould together.
What site preparation does a 34 t block machine need?
A hardened, drained pad under every heavy position, sized for point loads rather than for average load. A QST1800 frame weighs 34 t, and a QS-1200A cuber adds about 18,000 kg over a 12,000 x 3,000 mm footprint. Add a lane that heavy vehicles can enter and leave without grounding, plus standing room for the lifting equipment and a clear unloading position.
Can a plant start with a small machine and add capacity later?
Yes, and on a coastal plot it is often the cheaper route because the civil work carries more of the cost. A QST8-15 at 44.9 kW moulds up to 90,000 standard bricks per 8-hour shift, and handling equipment such as a cuber can be retrofitted onto a line that is already running. Start with the frame tier you can staff and fill.
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