U-PVC Plastics Pipe Fittings Adhesive Fittings 45° Bend, Tee, 90° Elbow,coupler

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In stock (500 units), ready to be shipped

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Description

U-PVC Pipe Fittings — Solvent-Weld Elbows, Tees & Couplers for Reliable Flow Control

Leaking joints and mismatched fittings are a constant headache for plumbers, irrigation installers, and DIY homeowners alike. These U-PVC adhesive pipe fittings are engineered to deliver a chemically bonded, watertight seal that holds under sustained pressure — no threading, no gaskets, no guesswork. Whether you are roughing in a drainage run or extending a garden irrigation loop, the right fitting is here.

Each fitting is manufactured from unplasticized PVC (U-PVC), a rigid, impact-resistant thermoplastic with excellent chemical resistance. The range covers four fitting types — 90° Elbow, 45° Elbow, Tee, and Coupling — across nine inner diameter sizes from 20 mm (approx. 0.79 in) to 110 mm (approx. 4.33 in). Wall thickness and pressure rating vary by diameter; see variant options for full dimensional data.

Typical applications include residential and light-commercial cold-water supply lines, underground drainage and sewer laterals, drip and sprinkler irrigation manifolds, and aquaponics or pond recirculation systems where a solvent-cement U-PVC pipe fittings solution outperforms push-fit alternatives in long-term reliability.

🔗 Compatibility: Designed for solvent-cement bonding with Schedule 40 / DIN 8061 U-PVC pipe of matching inner diameter. Not suitable for CPVC, ABS, or pressure-rated hot-water lines.

✅ Key Features of These U-PVC Pipe Fittings

🔩 Four Fitting Types in One Listing

Choose from 90° Elbow, 45° Elbow, Tee, and Coupling — covering direction changes, branch connections, and straight joins without sourcing from multiple suppliers.

📏 Nine Inner Diameter Options

Available in 20 mm, 25 mm, 32 mm, 40 mm, 50 mm, 63 mm, 75 mm, 90 mm, and 110 mm to match the most common U-PVC pipe schedules used in plumbing and irrigation.

🧪 Rigid U-PVC Construction

Unplasticized PVC resists chlorine, mild acids, alkalis, and most common fertilizers — making these fittings suitable for both potable-water and chemical-dosing applications (verify fluid compatibility before use).

💧 Solvent-Cement Socket Design

Smooth socket ends accept standard PVC solvent cement for a molecular-bond joint that typically exceeds the burst strength of the pipe itself once cured.

⚖️ Lightweight Yet Dimensionally Stable

U-PVC's low density keeps installed weight minimal while maintaining tight dimensional tolerances, ensuring consistent fit across the full diameter range.

🛠️ Tool-Free Assembly

No pipe wrenches or threading dies required. Cut pipe square, deburr, apply primer and cement, and push to depth — installation is straightforward for both professionals and confident DIYers.

📐 Technical Specifications — U-PVC Pipe Fittings

Material Unplasticized PVC (U-PVC)
Fitting Types 90° Elbow, 45° Elbow, Tee, Coupling
Inner Diameter Range 20 mm – 110 mm (0.79 in – 4.33 in)
Connection Method Solvent cement (adhesive) socket
Color See variant options
Wall Thickness See variant options
Pressure Rating See variant options
Temperature Range 0 °C – 60 °C (32 °F – 140 °F) for cold-water service
Standards Compliance Contact us to confirm
Package Contents 1 fitting per order (quantity selectable)

❓ Frequently Asked Questions

Which fitting type should I choose for a 90-degree direction change?

Both the 90° Elbow and the 90Deg Elbow variants make a right-angle turn. They are functionally equivalent; select the one listed for your preferred inner diameter. If you need a gentler sweep to reduce flow turbulence in larger-diameter runs (50 mm and above), consider using two 45° Elbows instead.

How do I select the correct inner diameter for my pipe?

Measure the outer diameter of your existing pipe, then cross-reference with the nominal U-PVC pipe schedule you are using (e.g., DIN 8061 or Schedule 40). The fitting's inner diameter should match the pipe's nominal bore. When in doubt, bring a pipe sample to compare against the listed sizes: 20, 25, 32, 40, 50, 63, 75, 90, or 110 mm.

Are these fittings strong enough for pressurized water lines?

U-PVC solvent-weld fittings are widely used in cold-water pressure systems. Once the solvent cement has fully cured (typically 24 hours before pressure testing), the joint is generally stronger than the pipe wall itself. Exact pressure ratings depend on diameter and wall thickness — see variant options or contact us to confirm the rating for your specific size.

Can these fittings be used for hot water or steam lines?

No. U-PVC is rated for cold-water service up to approximately 60 °C (140 °F) under reduced pressure. It is not suitable for hot-water supply lines, steam, or HVAC condensate above that threshold. For higher temperatures, consider CPVC or copper fittings instead.

What solvent cement should I use, and do I need a primer?

Use a PVC solvent cement rated for U-PVC (rigid PVC) pipe. In most regions, a purple or clear PVC primer is recommended before applying cement to ensure a clean, solvent-receptive surface. Follow the cement manufacturer's cure time instructions — typically 15 minutes handling strength and 24 hours before full pressure.

Are these fittings compatible with ABS or CPVC pipe?

No. These fittings are designed exclusively for U-PVC (rigid PVC) pipe using PVC solvent cement. ABS requires ABS cement, and CPVC requires CPVC-rated cement and fittings. Mixing materials or cements can result in joint failure. Always match fitting material to pipe material.

Can I use these fittings for irrigation or aquaponics systems?

Yes. U-PVC is inert to most fertilizers, pH adjusters, and common irrigation chemicals, making it a popular choice for drip irrigation manifolds, sprinkler laterals, and recirculating aquaponics or pond systems. Verify compatibility with any specific chemical additives before installation.

🛒 Select your fitting type and inner diameter above, then add to cart.

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