GENTLE TBY Y-Type Quick Coupler｜Threaded Manifold Air Splitter

• Symmetric Same-Size Outlets: Dual equal push-in ports for balanced distribution and lower pressure loss.
• Bottom Thread + Hex for Wrenching: Threaded inlet at the bottom; the hex just above allows precise tightening and outlet orientation.
• Y-Branch for Smooth Flow: Natural split angle reduces bend resistance for higher flow stability.
• One-Touch Push-In: Tool-free connect/disconnect shortens maintenance time.
• Pre-Applied Thread Sealant: Provides leak-tight assembly without PTFE tape; after repeated re-use, apply PTFE tape as needed to maintain sealing.
• Application Scenarios: Valve islands/manifolds, twin-station fixtures, parallel end-tool feeds, and neat in-cabinet distribution.

Q1: How does a Y-type differ from a T-type?
A: T-type splits at a right angle for flexible routing; Y-type uses a natural angle, enabling smoother airflow and lower pressure drop over distance.

Q2: Are the two push-in ports the same size? Can I make a reducer split?
A: Yes—TBY uses symmetric, equal-size outlets. For size changes, use dedicated reducer unions/adapters to preserve sealing and flow.

Q3: How do I tighten the thread? Can I use a wrench?
A: The hex above the thread is designed for a wrench, allowing firm tightening and easy outlet alignment. Use appropriate torque and avoid over-tightening.

Q4: Do I need PTFE tape?
A: Pre-applied sealant provides leak-free assembly without tape. If the fitting is re-used multiple times, add PTFE tape as needed to maintain sealing.

Q5: Recommended flow direction?
A: For best stability, use the threaded port as inlet and the dual push-in ports as outlets.

Q6: Operating conditions and durability?
A: 0–0.9 MPa, 5–60 °C. Keep tubes square-cut and fully seated; add tube clamps in high-vibration setups to reduce pull loads.

Q7: Which tube types are supported?
A: Compatible with PU and nylon tubing in the specified sizes.