GENTLE TT T-Type Quick Coupler｜Three-Way Inline Push-to-Connect

• Inline T Layout: Two push-in ports remain inline with a perpendicular threaded branch—compact tubing and tidy routing.
• Hex-Wrench Locking + Pre-Sealed Threads: Factory-applied sealant provides airtight, vibration-resistant joints; wrench flats above the thread enable precise tightening. After repeated reassembly or in high-vibration sites, add a light wrap of PTFE tape as needed.
• Single Inlet, Dual Outlets: Split one source into two lines, reducing adapters and run length to lower pressure drop and leak paths.
• Tool-Free Service: Push-in ends enable quick insertion/removal, cutting downtime.
• Full Range: 4–12 mm tubing; threads M5, RC1/8–RC1/2; available in black and grey-white (-GW).
• Applications: Valve-island and cylinder branching, in-cabinet distribution, dual feeds for fixtures/test stations, and parallel end-tooling—using an inline trunk with a perpendicular branch to shorten runs and speed maintenance.

Q1: What's the difference between TT and TB?
A: Both are tees. TT has an inline trunk with a perpendicular threaded branch. TB forms the T with one elbowed trunk end plus a perpendicular thread—useful where direction change and branching are both needed in tight spaces.

Q2: What sizes and threads are available?
A: Push-in ports cover 4–12 mm; threads include M5 and RC1/8–RC1/2. See the model table for exact pairings.

Q3: Can the push-in ends rotate?
A: No. TT is a fixed tee. If angle compliance after tightening is required, choose a series with a swivel mechanism.

Q4: Do I need PTFE tape?
A: Typically no—the thread is pre-sealed. After multiple cycles or in heavy vibration, apply a thin PTFE wrap as needed while keeping sealant out of the flow path.

Q5: Any flow-direction constraint?
A: None. Assign inlet/outlets per your circuit's flow and sizing.

Q6: Does a T-branch increase pressure drop?
A: Any split adds ΔP. For high trunk flow, upsize the tube or minimize fittings; for high branch flow, match tube OD to the fitting's effective area (see specs).

Q7: Advantage vs. a straight fitting plus separate tees?
A: Fewer connections and shorter runs—less pressure loss, fewer leak points, and faster service.

Q8: Key installation tips?
A: Tighten via the wrench flats to seating; ensure the tube end is cut square and burr-free, then insert fully; observe minimum bend radius in routing.

Q9: How to troubleshoot a minor leak?
A: Confirm full insertion and a clean, square cut; check thread seating; add a light PTFE wrap if needed and inspect sealing faces/threads.

Q10: Where does TT fit best?
A: Valve islands and cylinder branching, in-cabinet distribution, fixture/test stations, and parallel end-tooling where a single source must split into two lines.