In today’s rapidly developing building and decoration industry, ceiling systems, as the core vehicle for both aesthetic and functional space, place ever-higher demands on the precision, efficiency, and cost of keel components. Traditional T-shaped ceiling keel production suffers from issues like poor manual cutting precision, low forming efficiency, and poor material compatibility, which not only hinder project progress but also pose safety risks such as deformation and detachment of the ceiling. The advent of the High Effective Suspended Ceiling T Bar Roll Forming Machine, leveraging cold-bending technology, has completely broken through this industry bottleneck, becoming a key tool for renovation companies to reduce costs, increase efficiency, and improve quality.

Empowering All Scenarios: An All-Round Partner from Home Improvement to Industrial Design

T-shaped ceiling keel machines, with their high efficiency, precision, and flexibility, have become a popular choice in the building and decoration industry. They are widely used in:

• Home Improvement:
  Providing lightweight T-shaped keels for commercial housing and villas, combined with gypsum board to create simple and aesthetically pleasing ceiling designs. Easy to install and durable, they are highly favored by home improvement companies and homeowners.
• Industrial Design:
  Producing high-strength, load-bearing T-shaped keels for large spaces such as hotels, shopping malls, and office buildings. They support multi-layer ceilings and complex lighting layouts, meeting the dual requirements of stability and aesthetics for industrial design projects.
• Prefabricated Construction:
  Adapting to the standardized and modular requirements of prefabricated construction, keels can be prefabricated in advance, requiring only on-site assembly and installation, significantly reducing on-site construction time and facilitating the widespread adoption of prefabricated construction.
  

  Intelligent Configuration Makes Production Easier and More Worry-Free

  We understand that the practicality of equipment lies not only in performance but also in ease of operation and stability. The T-shaped ceiling keel machine is equipped with an intelligent CNC operating system and a touch screen, allowing one-touch parameter setting and automatic fault diagnosis. Even novice operators can operate it independently after just one hour of training.

  1.Customized Production:
  The keel height (20-50mm), width (30-80mm), and length (1-6 meters) can be flexibly adjusted. Custom specifications are supported without the need to change molds, meeting the ceiling design requirements of various spaces such as villas, hotels, and office buildings.

  2.Upgraded Safety:
  The machine is equipped with an emergency stop button, protective cover, and overload protection device to meet safety standards and eliminate production accidents at the source.

  3.Low Consumption and Easy Maintenance:
  The enclosed gearbox and lubrication-free bearings reduce maintenance frequency, resulting in a service life of 8-10 years and a return on investment of as little as 6 months.

  

  Product Attributes ：

  1.Formed Material	PPGI,GI,AI		Thickness:0.2-0.6mm
  2.Decoiler	Hydraulic automatic decoiler		Manual decoiler(will give you as free）
  3.Main body	Roller station		16 rows(As your requirement)
  	Diameter of shaft		50mm solid shaft
  	Material of rollers		45# steel, hard chrome plated on the surface
  	Machine body frame		Metal steel welded
  	Drive		As your requirement
  	Dimension(L*W*H)		5500*800*1200(customize)
  	Weight		About 5T
  4.Cutter	Automatic		cr12mov material, no scratches, no deformation
  5.Power	Motor Power		5.5KW
  	Hydraulic system power		11KW
  6.Voltage	380V 50Hz 3Phase		As your requirement
  7.Control system	Electric Box		Customized(famous brand)
  	Language		English(Support multiple languages)
  	PLC		Automatic production of the whole machine. Can set batch, length, quantity, etc.
  18.Forming Speed	20-25m/min(customized)		The speed depends on the shape of the tile and the thickness of the material.

  Machine image: