Concrete Grey RTA Kitchen, 3 Metre Run, Flat-Pack in 13 Cartons
0.92 m3 and 116 kg for a 3 m run, about 66 runs to a 40HQ — the number that matters is the cost per linear meter landed, not the door style
This program is priced by the linear meter and shipped by the cubic meter. Eight units make a 3.0 m base run, a 2.4 m wall run and a 600 mm pantry: 18 mm EN 312 P3 carcass in concrete grey super-matte melamine, 5 mm HDF back panels, 1 mm ABS laser edges, DTC clip-on hinges and 30 kg tandem drawers. Everything ships knock-down in 13 cartons at 0.92 m3 and 116 kg gross, so a 40HQ carries about 66 runs and a 20GP about 30. Assembly is cam-and-dowel, 25 minutes a unit, no glue and no specialist tool.
- ModelFAME-KC-RTA-CG
- Program scope3.0 m base run, 2.4 m wall run, one 600 mm pantry; 8 units per run
- Carcass18 mm EN 312 P3 melamine-faced board, E1 emission class, 5 mm HDF back panel
- Doors18 mm MFC, concrete grey super-matte, 0.6 gloss units, 3 mm reveal, 1 mm ABS laser-fused edge on four sides, 128 mm matt aluminum bar handle
- HingesDTC 110 degree clip-on, 3D cam adjustment, 40,000 cycles
- DrawersDTC 30 kg tandem box, soft close, 50,000 cycles, 16 mm base panel
Trade inquiry only — this is a B2B catalog with no online checkout. Our team replies within 24 hours.
Full Specification
- ModelFAME-KC-RTA-CG
- Program scope3.0 m base run, 2.4 m wall run, one 600 mm pantry; 8 units per run
- Carcass18 mm EN 312 P3 melamine-faced board, E1 emission class, 5 mm HDF back panel
- Doors18 mm MFC, concrete grey super-matte, 0.6 gloss units, 3 mm reveal, 1 mm ABS laser-fused edge on four sides, 128 mm matt aluminum bar handle
- HingesDTC 110 degree clip-on, 3D cam adjustment, 40,000 cycles
- DrawersDTC 30 kg tandem box, soft close, 50,000 cycles, 16 mm base panel
- WorktopNot included — 28 mm laminate or 20 mm compact option quoted separately
- AssemblyCam and dowel, 25 minutes per unit, hardware bag per carton, no glue
- Packing13 cartons, 0.92 m3 total, 116 kg gross per 3 m run
- Carton dimensionsLargest carton 1,180 x 560 x 95 mm; all cartons fit a 1,200 x 800 pallet
- Loading quantityAbout 66 runs per 40HQ, about 30 runs per 20GP
- MOQ20 sets (3 m run) per finish
- Lead time25-30 days after deposit and cutting list confirmation
- Loading portNingbo / Shanghai, FOB
Why Buyers Choose This Model
- 3.0 m base, 2.4 m wall and a 600 mm pantry in eight units — one purchase order, one cutting list, no separate minimum order per unit width
- 18 mm EN 312 P3 board for humid conditions in E1 emission class, edge banded on all four sides with 1 mm ABS so a damp kitchen does not open at the seam
- Concrete grey super-matte melamine at about 0.6 gloss units, the surface that hides fingerprints in a working kitchen without the sheen of a high-gloss finish
- DTC 110 degree clip-on hinges with 3D cam adjustment, tested to 40,000 cycles, so a door that drops after two years is a screwdriver job rather than a claim
- DTC 30 kg tandem drawer boxes with soft close, rated to 50,000 cycles, running on a 16 mm base panel rated for the same load
- 13 cartons at 0.92 m3 and 116 kg gross for the whole run — about 66 runs per 40HQ against roughly 24 assembled at 2.6 m3
- Cam-and-dowel assembly at 25 minutes a unit with a hardware bag per carton, so a dealer assembles against a confirmed order instead of stocking built boxes
- Every panel is machined on a nesting program, so a 900 mm base becomes a 600 mm base by cutting-list change rather than by new tooling or a new minimum
Specification Questions Buyers Ask
Is 18 mm EN 312 P3 board genuinely different from standard chipboard?
P3 is a performance class, not a marketing word. EN 312 classifies particleboard by load case and by humidity exposure, and P3 is the class for load-bearing boards used in humid conditions, which is why it is the specification a kitchen carcass in a German or Dutch apartment should name. Standard interior board in the same thickness will hold a shelf; the difference appears when a dishwasher leaks under a base unit for a week. Ask for the board supplier's declaration showing the EN 312 class and the E1 emission class together, because one document without the other does not answer either question.
Why ship 13 cartons when an assembled unit is one box?
Because the container is the product. An assembled 3 m run occupies about 2.6 m3 and cannot be nested, so a 40HQ holds roughly 24 of them; the same run knocked down is 0.92 m3 and the container holds about 66. That is not a small difference in freight per meter, it is the difference between a program that works at a landed cost target and one that does not. The trade is assembly time, which is 25 minutes a unit with a cam-and-dowel system and a hardware bag per carton, and a dealer who assembles against confirmed orders rather than stocking built boxes.
What exactly is inside the 0.92 m3, and what is not?
Inside: eight carcasses, all doors and drawer fronts, the 5 mm back panels, shelves, plinth boards, hinges, runners, handles and the hardware bags. Outside: the worktop, the sink and tap, and any appliance, because those are chosen by the buyer and specified to the local market rather than to the carcass. The carton list ships with the quotation, per carton dimensions and gross weight, and it is the same list the forwarder needs for a booking and the packaging declaration needs for tonnage by material.
Can the program ship mixed widths in one container?
Yes, and it normally does. Because every panel is cut on a nesting program rather than from a fixed mould, a 900 mm base becomes a 600 mm base on the cutting list, and the minimum applies to the program rather than to each width. The practical constraint is not tooling but carton packing: mixed widths mean more part-filled cartons, so the cube per run rises slightly against a single-width order. A typical mixed order of 30 percent 600 mm, 50 percent 900 mm and 20 percent tall units still loads at about 0.95 m3 per run, which is inside the same container planning.
How is the price per linear meter actually built, and what moves it?
Four things: board consumption per meter, hardware count per meter, carton cube per meter, and finishing. A run with three drawer boxes per meter costs more in hardware than one with doors only, and a super-matte decor costs more per square meter of board than a standard melamine print, but neither changes the cube much. What changes the landed cost most is the cube, because freight, port charges and inland delivery are charged on it. That is why a factory quoting per meter without a per-carton list is quoting half a number.
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