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

• T-Shaped Inline Layout: Two push-in ports stay inline, with a perpendicular threaded branch for clean three-way routing.
• Hex-Wrench Locking + Pre-Sealed Threads: Factory pre-applied sealant delivers airtight, vibration-resistant joints. Wrench flats above the thread enable precise tightening with a hex spanner. After repeated re-assembly or in high-vibration areas, add PTFE tape as needed to maintain peak sealing.
• Efficient Branching: One inlet, two outlets—fewer adapters, lower pressure drop, fewer leak paths.
• Tool-Free Push-In: One-touch tube installation/removal reduces downtime.
• Full Range: 4–12 mm tubes; threads M5, RC1/8–RC1/2; available in black and grey-white (-GW).
• Application Scenarios: Perfect for assembly lines, valve islands, and cylinder branching. With its inline T layout, TT lets you split branches efficiently from the main line and thread the branch port directly into cylinders or solenoid valves, cutting extra adapters and tube length to reduce pressure drop and leak points. Also ideal for in-cabinet distribution, fixture/test station dual feeds, and parallel end-tooling, keeping layouts neat and maintenance fast.

Q1: Difference between TT and TB?
A: Both are T-type tees. TT has two inline push-in ports with a perpendicular threaded branch. TB places the two push-in ports at 90° (elbowed path) and, with the perpendicular threaded branch, forms the T—ideal where you need direction change + branching in tight spaces.

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

Q3: Can the push-in ends rotate?
A: No. TT is a fixed T-fitting. If you need post-tightening angle compliance, consider the SL swivel series.

Q4: Do I need PTFE tape?
A: Typically no—the thread is pre-coated for sealing. After repeated re-assembly or in high-vibration environments, add PTFE tape as needed to maintain peak sealing.

Q5: Any flow-direction constraint?
A: No. The tee is non-directional—assign inlet/outlets according to your circuit's flow and sizing.

Q6: Does a T-branch increase pressure drop?
A: Any split introduces extra ΔP and potential eddies. Best practices:

• For high main-line flow, upsize the main tube or minimize fitting count;
• Match branch flow with tube size and the fitting's Effective Area (see table).

Q7: Typical applications?
A: Valve islands & cylinder branching, in-cabinet distribution, fixture/test stations, and dual-tool feeds where a single source must split into two lines.

Q8: Can it be panel-mounted?
A: TT isn't a bulkhead type. For panel mounting and neat passthroughs, use the UK/UKM bulkhead series.