Stainless Steel Push-In Reducer Tee Fitting | Pneumatic Push Fit Connector

Keine Bewertungen

Preis:
Sonderpreis$14.40 USD
Lagerbestand:
Verfügbar (500 Stück), versandbereit

Payment & Security

Ach Direct Debit Amazon American Express Apple Pay Bancontact Diners Club Discover Google Pay iDEAL Wero Mastercard PayPal Shop Pay USDC Visa

Deine Zahlungsinformationen werden sicher verarbeitet. Wir speichern keine Kreditkartendaten und haben auch keinen Zugang zu deinen Kreditkartendaten.

Quantity Discount Promotion
🎯 BULK DISCOUNT: Buy More, Save More!
Buy 2 Items
5% OFF
Buy 4 Items
10% OFF
Buy 6 Items
15% OFF
Expert

DIY Expert Support

Get fitment advice & recommendations

Mon-Fri, 8:30AM-8PM
24-Hour Fast Ship
🚚
Arrives in 3-14 days
🌍
Global Reach
↩️
30-Day Returns
🌱 1 tree planted with every purchase

Beschreibung

 

Stainless Steel Push-In Reducer Tee Fittings — Split Your Air Line Without Leaks or Tools

If you've ever wrestled with a leaking tee junction in a pneumatic system — or spent time hunting for a reducer fitting that actually holds pressure — you know how frustrating mismatched connectors can be. Machinists, automation technicians, workshop builders, and DIY pneumatic enthusiasts all face the same problem: splitting a compressed air or fluid line into a branch of a different diameter, cleanly and reliably. These stainless steel push-in reducer tee fittings solve that problem with a secure collet-grip mechanism that locks tubing in place the moment it's inserted.

Each fitting is machined from stainless steel and features three push-in ports in a tee configuration. The two run ports and one branch port accept metric OD tubing, with sizes ranging from 6mm (≈1/4") up to 16mm (≈5/8") on the run side and 4mm (≈5/32") up to 12mm (≈1/2") on the branch side — available in multiple size combinations to match your specific line diameters. Choose from 1, 2, or 5-piece quantities depending on your project scope.

Typical use cases include splitting a compressed air main line to feed two tools at different hose sizes, routing pneumatic control signals in automated machinery, and building clean fluid distribution manifolds in workshop or light industrial settings. The reducer tee design is especially useful for connecting a smaller instrument or sensor line off a larger supply trunk — a common need in pneumatic push-in connector installations and DIY air compressor plumbing projects.

🔵 Compatibility Note: These fittings accept standard metric OD pneumatic tubing (PU, PA, PE). Size listed = tubing outer diameter. Not compatible with imperial tubing or threaded pipe connections. Verify your tubing OD before ordering.

✅ Key Features of These Stainless Steel Push-In Reducer Tee Fittings

  • 🔩Stainless Steel Construction — Machined from corrosion-resistant stainless steel for long service life in humid, outdoor, or chemically exposed pneumatic environments.
  • Tool-Free Push-In Connection — Insert tubing with one hand; the internal collet grips and seals instantly. Release by pressing the collet ring — no wrenches, thread tape, or fittings compound needed.
  • 🔀Reducer Tee Design — Three-port tee with two equal run ports and one smaller branch port, letting you tap a branch line of a different diameter off your main pneumatic push-in connector run.
  • 📐10 Size Combinations Available — From 6×6×4mm up to 16×16×12mm, covering the most common metric tubing reducer tee configurations used in workshop air systems and light industrial automation.
  • 🔄Reusable and Reconfigurable — Tubing can be released and reinserted multiple times without damaging the fitting, making these ideal for prototyping pneumatic circuits or reconfiguring air line layouts.
  • 📦Flexible Quantity Options — Available in 1, 2, or 5-piece sets so you can order exactly what your project requires, whether it's a single repair or stocking a full pneumatic push fit connector kit.

📐 Technical Specifications — Pneumatic Push-In Reducer Tee Fittings

Fitting Type Push-In Reducer Tee (3-port)
Material Stainless Steel
Connection Method Push-to-connect (collet grip, tool-free)
Port Configuration 2× equal run ports + 1× reduced branch port
Available Sizes (Run × Run × Branch) 6×6×4mm, 8×8×4mm, 8×8×6mm, 10×10×6mm, 10×10×8mm, 12×12×6mm, 12×12×8mm, 12×12×10mm, 14×14×12mm, 16×16×12mm
Tubing OD Compatibility Metric OD: 4mm (≈5/32"), 6mm (≈1/4"), 8mm (≈5/16"), 10mm (≈3/8"), 12mm (≈1/2"), 14mm (≈9/16"), 16mm (≈5/8")
Tubing Type PU, PA (Nylon), PE pneumatic tubing
Working Pressure Typically up to 150 PSI (≈10 bar) — contact us to confirm for your application
Working Temperature See variant options / Contact us to confirm
Finish Natural stainless steel (no coating)
Quantity per Order 1 Pcs / 2 Pcs / 5 Pcs (select above)
Thread / Body Connection Push-fit only — no external threads
Country of Origin See variant options
⚠️ Sizing Tip: The three numbers in each size option (e.g., 10mm × 10mm × 6mm) refer to the outer diameter of the tubing each port accepts — not the port thread size. Always measure your tubing OD before selecting a variant.

❓ Frequently Asked Questions

How do I choose the right size reducer tee fitting?

Match the two larger ports to your main line tubing OD and the smaller port to your branch line OD. For example, a 10mm × 10mm × 6mm fitting connects a 10mm main run to a 6mm branch. Always measure your tubing outer diameter before ordering — sizes listed are OD in millimeters (e.g., 10mm ≈ 3/8", 6mm ≈ 1/4"). Do not confuse OD with ID or nominal pipe size.

What pressure rating do these push-in fittings typically handle?

Stainless steel push-in fittings of this type generally handle working pressures up to approximately 150 PSI (≈10 bar) at room temperature. Actual ratings depend on tubing material, wall thickness, and temperature. For high-pressure or safety-critical applications, contact us to confirm suitability before ordering.

Can these fittings be used outdoors or in corrosive environments?

Yes. Stainless steel construction provides strong resistance to rust, oxidation, and mild chemical exposure. These fittings are generally suitable for outdoor pneumatic systems, marine-adjacent environments, and food-processing adjacent applications where corrosion resistance is a priority. For highly aggressive chemical environments, contact us to confirm compatibility.

What tubing standards are compatible with these push-fit connectors?

These fittings are designed for metric OD tubing (6mm, 8mm, 10mm, 12mm, 14mm, 16mm). They are generally compatible with standard pneumatic polyurethane (PU), nylon (PA), and polyethylene (PE) tubing of the matching outer diameter. They are not designed for NPT or BSP threaded pipe connections, and are not suitable for imperial-sized tubing without verification.

Do I need any tools to install or remove the tubing?

No tools are required for insertion — simply push the tubing straight into the port until it seats fully and you feel it lock. To release, press the collet ring inward while pulling the tubing out. This tool-free push-fit design speeds up assembly and allows easy reconfiguration of pneumatic circuits without damaging the fitting or tubing.

Can I use these fittings for water or liquid lines, not just compressed air?

These push-in fittings are primarily rated for pneumatic (compressed air) applications. They can generally handle clean water and non-aggressive fluids at low to moderate pressures, but suitability depends on the specific fluid, temperature, and pressure involved. Contact us to confirm compatibility before using in liquid line applications.

What is the difference between size options like 8×8×4mm and 8×8×6mm?

The three dimensions represent the outer diameter of tubing each port accepts. The first two numbers are the two in-line (run) ports; the third is the branch port. An 8×8×4mm tee connects an 8mm main line to a 4mm branch, while an 8×8×6mm connects the same 8mm main line to a larger 6mm branch. Choose based on the OD of your branch tubing.

Is it possible to reuse these fittings after removing the tubing?

In most cases, yes. The collet mechanism is designed to release and re-grip tubing multiple times without significant wear under normal operating conditions. However, if the tubing or collet shows signs of deformation or damage, the fitting should be replaced to maintain a reliable seal. These are generally not intended for high-cycle industrial applications requiring thousands of insertions.

🛒 Select your size and quantity above, then add to cart — ships from our US warehouse.

You may also like

Recently viewed