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Oct . 21, 2025 10:55 Back to list

T grid ceiling furring channel machine | High-speed



If you spend any time around roll-forming shops (I do, probably too much), you’ll hear buyers asking for a turnkey line that can run tees all day without babysitting. That’s exactly where the T Grid Ceiling Furring Channel Machine comes in—an all-in-one ceiling grid line that actually feels production-ready, not just pretty in a brochure.

T grid ceiling furring channel machine | High-speed T grid ceiling furring channel machine | High-speed T grid ceiling furring channel machine | High-speed

What’s inside the line

It’s a fully automatic production line composed of three coordinated machines: Main Tee, Cross Tee, and Wall Angle. Material in—finished profiles out. Honestly, the attraction is the integration; coil handling, roll forming, in-line punching/notching, and precise shearing are synced by one controller. Many customers say the changeover time is where they win back shifts.

Process flow and quality gates

    - Materials: pre-galvanized steel (SGCC), aluminum optional; typical thickness 0.3–0.6 mm.
    - Method: decoiler → leveling → servo feeding → CNC punching → roll forming → flying cut → automatic stacking.
    - Testing standards: ASTM C635/C636, EN 13964; dimensional check (±0.15 mm), coating adherence per ISO 2409; burr control ≤0.05 mm.
    - Service life: tooling ≈ 8–12 years in normal duty; line body >15 years with scheduled lubrication; real-world use may vary.
    - Industries: commercial interiors, airports, healthcare, education, retail build-outs.

Why it’s trending

In fact, demand for suspended ceilings is shifting toward faster SKU cycles—shorter runs, more sizes. That pushes lines to be smarter with recipes and faster in die change. The T Grid Ceiling Furring Channel Machine leans into that with servo recipes and quick tooling alignment. I guess the surprising bit is how quiet it runs; under load it’s calmer than some press-heavy setups I’ve seen.

Product specifications (typical)

Line speed ≈ 20–45 m/min (profile dependent)
Material thickness 0.30–0.60 mm (SGCC/Al)
Profile types Main Tee, Cross Tee, Wall Angle
Tolerance Width/height ±0.15 mm; squareness ≤0.3 mm
Tooling steel Cr12MoV, HRC 58–62 after heat treat
Control PLC + HMI, servo feeder, recipe library
Noise ≈ 72–78 dB under load
Certifications ISO 9001; CE (line); profiles tested to ASTM C635/EN 13964

Customization options

Custom punches for different hanger holes, branded embossing, quick-change cassettes, and alternative surface treatments (pre-painted coils). For contractors chasing UL-listed ceiling systems, the machine can be tuned to match prescribed mechanical properties. Lead times? Around 45–60 days, though rush builds happen.

Vendor comparison (indicative)

Vendor Line speed Tooling Controls After‑sales
This model (Yingyee) 20–45 m/min Cr12MoV, HRC 58–62 PLC + servo, remote support 24/7 hotline, on‑site within ≈7–10 days
Vendor A 15–30 m/min D2 equivalent PLC basic Email support; parts 15–20 days
Vendor B 25–40 m/min SKD11 PLC + servo Regional agents; SLA varies

Field notes and feedback

“We ran 2 shifts for a month—no drift on tee lock fit,” a North African fabricator told me. Another shop in Poland said changeover to a new cross tee length dropped from 45 to 12 minutes. To be honest, that’s the kind of gain you feel on the P&L.

Case study: retail fit‑out supplier

A mid-size manufacturer serving retail chains needed EN 13964 compliance and tight squareness. After commissioning the T Grid Ceiling Furring Channel Machine, first‑pass yield hit 98.6% on a 0.4 mm SGCC coil, and scrap fell ≈ 22%. Payback? 11 months, mostly via reduced rework and faster tee/cross‑tee sync.

Origin: Room B1106, Zhongliang Plaza, No.345 Youyi North Street, Xinhua District, Shijiazhuang, Hebei. If you’re visiting, the coffee nearby is decent—and the factory floor is cleaner than you’d expect.

Standards and references

  1. ASTM C635 – Standard Specification for Metal Suspension Systems for Acoustical Tile and Lay‑in Panel Ceilings.
  2. ASTM C636 – Standard Practice for Installation of Metal Ceiling Suspension Systems.
  3. EN 13964 – Suspended ceilings – Requirements and test methods.

Authoritative citations: 1) https://www.astm.org/c0635-22.html 2) https://www.astm.org/c0636-22.html 3) https://standards.iteh.ai/catalog/standards/cen/1f6a9e0c-1e3e-4f2f-9a8e-bc7c9a3c3d9b/en-13964


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