Loading...
__translate_sentinel__
Koopman Lumber - Sharon

Pipe Fitting, Nylon Insert Coupling, 1-1/4-In.

SKU #6885396 Model #53714-20 UPC #719852911876
Pipe Fitting, Nylon Insert Coupling, 1-1/4-In.

Anderson Metals

Regular Price
$ 7.39
Koopman Lumber - Sharon Sharon, MA
Quantity: 1
Will you be going in-store to purchase this product?

In-store Pickup

.
Available for Special Order. Pickup In store in 3-8 days.

Description

AI Robot
Descriptions are AI-generated. For accurate measurements, please call the store to confirm.

Discover the Anderson Metals 1-1/4" nylon insert coupling, a precision‑engineered pipe fitting designed to join polyethylene tubing quickly and securely. Crafted from durable polymer, this connector features a reinforced nylon sleeve that guarantees a tight, leak‑free seal while resisting corrosion and chemical attack.

Why choose this coupling? Its smart design eliminates the need for additional sealants, delivering a hassle‑free installation that saves time on any residential or commercial plumbing project. The robust construction ensures long‑term performance even in demanding water‑distribution systems.

Key Features & Benefits:
  • Nylon Insert Sleeve: Provides a friction‑fit connection that prevents leaks and enhances durability for poly‑to‑poly applications.
  • 1-1/4" Size Compatibility: Perfectly matches standard 1-1/4" polyethylene pipe dimensions for seamless integration.
  • Corrosion‑Resistant Material: Made from high‑grade polymer that withstands moisture, chemicals, and UV exposure.
  • Easy, Tool‑Free Installation: Slide‑on design allows quick assembly without clamps or adhesives.
  • Versatile Plumbing Use: Ideal for irrigation, water supply, and HVAC systems where reliable poly pipe connections are essential.

Upgrade your piping system today: With Anderson Metals' nylon insert coupling, you gain a trustworthy, maintenance‑free solution that keeps water flowing smoothly. Its engineered fit and resilient construction make it the go‑to choice for professionals seeking efficiency and reliability in every joint.