Ceiling T-Bar Roll Forming Machine Manufacturers
Main tees, cross tees and wall angle for suspended ceiling grids in 0.3 – 0.8 mm steel — 24 / 32 / 38 mm sections, inline continuous slot die, 12 – 16 stations at 20 – 35 m/min.
A ceiling T-bar roll forming machine makes the grid that holds a suspended ceiling up — main tees, cross tees and the wall angle around the perimeter. What you are actually buying is a system rather than a profile: the tee has to interlock with its neighbours on site, to a module your market uses, and the continuous slot along the main tee web is what makes that possible.
ZTRFM builds the line around 0.3 – 0.8 mm galvanised or pre-painted steel at 12 – 16 forming stations, with the slot die inline on the flat strip and roll sets covering 24, 32 and 38 mm sections. Everything below is the specification we quote from.
What a ceiling T-bar line produces
One ceiling needs every member on this list, which is why the member list — not the machine — is the first thing to settle. The running slot in the tee web is what defines the machine: it is the reason a clip can be positioned anywhere along the tee, and therefore the reason a grid can be adjusted around a column or a light fitting on site.
| Member | What it does |
|---|---|
| Main tee | The load-carrying member that spans between the hangers — 24, 32 or 38 mm section height. The continuous slot runs along its web. |
| Cross tee | The shorter member that spans between main tees and carries the tiles only — normally 24 or 32 mm. |
| Wall angle | The L-section that trims the room perimeter. It can share the main frame if a roll set is added for it, and plenty of grid producers still keep it on its own smaller machine instead. |
| Ceiling channel | The perimeter and hanger sections, cut from the same thickness range. |
Machine specifications
| Material | Galvanised steel, pre-painted steel |
|---|---|
| Thickness | 0.3 – 0.8 mm |
| Profiles | Main tee, cross tee, wall angle, ceiling channel |
| Section height | 24 / 32 / 38 mm |
| Forming speed | 20 – 35 m/min |
| Forming stations | 12 – 16 |
| Drive | Gearbox chain drive, 5.5 – 11 kW |
| Punching | Continuous slot die, inline |
| Cutting | Flying cut to length |
| Control | PLC + HMI, batch counter |
| Certification | CE Declaration of Conformity |
| Lead time | 40 – 55 days |
Section heights are listed as the sizes the roll sets are made for rather than a continuous range, because each member is formed against fixed roll positions. Thickness runs 0.3 – 0.8 mm across the range, with the upper end reserved for the heavier duty described below.
How to choose a ceiling T-bar machine manufacturer
Is the slot die on the frame, and does it act on the flat strip?
This one unit is the difference between a genuine ceiling line and a machine that only looks like one. The slot has to be cut into the web before the section closes, because once the tee is formed there is no clean line for a punch to reach. A proposal that omits the die is quoting a line that cannot turn out a main tee anyone can hang a grid from.
Does the proposal treat the tee as part of a system, or as a profile?
What the installer receives is a grid, and a grid only works if the pieces interlock — to the module your market actually designs to, most commonly 600 × 600 mm. That makes the end geometry of the cross tee a specification item, not a detail. A supplier quoting on the section alone has skipped the part that decides whether the ceiling goes up straight.
Is the gauge matched to what the grid will carry?
How heavy the section is answers a question about the job, not about the machine: thin material is enough where the members only hold tiles, and the heavier end of the range is what you need once the tiles are dense or services are run in the void above. A proposal that names one gauge for every project has not asked what the ceiling is supporting.
Is the perimeter trim planned as a roll set or as a separate unit?
The perimeter L-section can be put on the main frame by adding a roll set, or bought as its own small machine — and a good number of producers choose the second route because the trim runs at a different natural speed than the tee. Either way it belongs in the plan from the start, since it is a small share of the spend and a large share of what you can offer.
Will the finished tee lie flat enough to join its neighbours?
A ceiling is judged in the plane of the grid, so a member that comes off the line slightly curved is not a tolerance detail — it is a visible fault, and it will not sit level with the members beside it. Because the strip is thin and the tolerances tight, that curvature is usually introduced at the coil end rather than in the rolls, which makes the handling equipment a quality decision.
Does the control keep one ceiling set together?
A single ceiling needs members in several different lengths, and those members have to reach site as a matched set. That is what a batch counter is for, and what the bundling at the discharge end has to respect. It is a small operational point, and a telling one: it shows whether the supplier has equipped a ceiling producer before.
What has to be settled before the rolls are cut
- Which members the line carries
- Main tee, cross tee, ceiling channel — and the perimeter trim, which calls for one more roll set on top.
- Section height
- 24 / 32 / 38 mm. The height follows from which member it is and how much it has to hold, so it is part of the roll design.
- Gauge
- 0.3–0.8 mm across the range, and the heavier half of it is where you go once the tiles are dense or the void above carries services.
- Slot and end geometry
- The running slot in the tee web, plus the mating profile on the cross tee, cut to suit the grid system you are supplying into.
- Module
- 600 × 600 mm is the usual assembly. Any other module changes the cross-tee cut length and its end profile with it.
- Finish
- Plain galvanised, or pre-painted if the grid is going to be left on show.
- Supply voltage
- 380 V / 50 Hz / 3-phase as standard, built to match your site otherwise.
These are the points buyers most often change, and each one is settled before the rolls are cut rather than adjusted afterwards. The slot pattern and the end geometry decide whether your grid assembles, and the member list decides how many roll sets the line carries.
Line configuration and options
| Decoiler and leveler | The sections are thin and unforgiving, and the grid is judged by how flat it ends up — so strip handling is where that is won or lost. |
|---|---|
| Forming machine | A 12–16 station frame on a gearbox chain drive of 5.5–11 kW, running at 20–35 m/min. |
| Inline slot die | Cuts the running slot into the flat strip ahead of the closing stations, which is the only point at which it can be positioned reliably. |
| Cut with batch counter | One ceiling calls for members in several lengths, so the counter is what assembles a matched set rather than a heap. |
| PLC with HMI | Slot pattern, height and cut length come from the recipe on screen rather than from a manual setup. |
| Discharge and bundling | Lengths are packed by member type, so the site receives tees and trim as separate bundles. |
A working line quoted as one package. On a T-bar line the item to check hardest is the inline slot die, followed by whether the wall angle roll set is in the number — those are the two that turn a low quote into a line that cannot make the product you sell.
Ceiling T-bar machine price — what drives it
- Which members the line has to make
- Main tee, cross tee, ceiling channel and wall angle are the range, and wall angle needs an additional roll set. The member list you sell is the first thing that moves the price.
- Section heights
- 24 / 32 / 38 mm, selected by which member it is and the load it carries — so the height list decides the roll sets rather than being a setting on one set.
- Gauge, and which end of the range you build for
- The range runs 0.3 – 0.8 mm, and where you sit in it is a design consequence rather than a preference: thin strip suits members that only hold tiles, and the heavy half of the range is what a dense tile or a services void demands. Building at the heavy end carries through to the tooling and the drive.
- Slot and mating geometry
- The running slot in the tee web and the profile that mates with it are cut to match your grid system and module. That is engineering work on your section rather than a line item off a catalogue.
- Frame size and drive
- 12–16 stations over a 5.5–11 kW gearbox chain drive. The count stays modest because the section is small and thin — what adds the complexity here is the slot die and the geometry that has to interlock, not the number of passes.
- Cut and control
- A flying cut working to the batch, with a PLC and HMI that pull the slot pattern, the height and the length from the recipe on screen instead of a manual setup.
We quote the configuration rather than publish a number, because a line built for cross tees alone and a line carrying main tee, cross tee, ceiling channel and wall angle roll sets are not the same machine.
Factory, certification and lead time
ZTRFM builds cold roll forming lines for the framing, drywall, roofing, cladding, floor deck, cable containment and highway barrier markets, and every line is assembled, wired and run on our own shop floor before it is packed. The ceiling T-bar line carries a CE Declaration of Conformity, runs on 380 V / 50 Hz / 3-phase as standard with other voltages built to your site, and lead time is 40 – 55 days. Machines ship FOB Tianjin and enquiries are answered within 24 hours.