Ashirvad Flowguard Plus CPVC Reducing Male Adapter Plastic Threaded - MAPT

Product Highlights

• Material: CPVC with plastic male threads
• Function: Size reduction + CPVC to thread transition
• Temperature Rating: Up to 93°C (200°F)
• Pressure Rating: PN 15 (15 kg/cm²)
• Connection: Socket (solvent weld) + Male plastic thread (MPT)

Product Description

Ashirvad Flowguard Plus CPVC Reducing Male Adapter Plastic Threaded combines two functions in one fitting: reducing pipe diameter and transitioning to threaded connections. This specialized fitting features a socket connection for a smaller diameter CPVC pipe and male plastic threads sized for a larger female threaded component, eliminating the need for separate reducer and adapter fittings.

The all-plastic construction ensures uniform thermal expansion and corrosion immunity, while the integrated design reduces installation time and potential leak points. Ideal for connecting smaller distribution pipes to larger tank outlets or equipment connections where both size change and threaded access are needed. The cost-effective plastic threading provides adequate strength for residential applications.

Recommended Applications

• Tank Connections: Connecting smaller pipes to larger tank outlet threads in single fitting
• Equipment Hookups: Reducing pipe size while transitioning to threaded equipment connections
• Space-Efficient Installations: Combining reduction and threading where space is limited
• Cost Optimization: Eliminating separate reducer and adapter fittings
• Manifold Outlets: Creating reduced-size threaded outlets from larger manifolds
• Renovation Projects: Adapting smaller new pipes to larger existing threaded connections

Installation Guidelines

FAQs

1) How do I read reducing adapter sizes?

Reducing adapters are typically written as "socket size x thread size". For example, 1/2" x 3/4" means a 1/2" socket for the pipe and 3/4" male threads. The socket is usually the smaller size, allowing you to connect a smaller pipe to a larger threaded component.

2) Can I use a reducing adapter instead of separate reducer and adapter?

Yes, a reducing adapter combines both functions, saving installation time, reducing material costs, and eliminating one potential leak point. It's the preferred solution when you need both size reduction and threaded transition.

3) What's the advantage of plastic threads over brass in reducing adapters?

Plastic threaded reducing adapters offer lower cost, corrosion immunity, and uniform thermal expansion. However, brass threaded versions provide superior thread strength and durability for high-stress applications or frequent assembly/disassembly.

4) How tight should I make plastic threaded connections on reducing adapters?

Hand-tighten firmly, then use wrench for only 1/2 to 1 turn. Plastic threads are fragile and can crack with over-tightening. The connection should be snug and leak-free with minimal force.

5) Can reducing adapters be used in any orientation?

Yes, reducing adapters can be installed horizontally, vertically, or at any angle as long as the installation meets your layout requirements. Ensure proper pipe support on both sides of the fitting.

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