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Antelco Threaded Tee 19 mm Line x 3/4" BSPM

Antelco Threaded Tee 19 mm Line x 3/4" BSPM

In Stock: 42

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Regular price £1.03 GBP (tax excl.)
Regular price Sale price £1.03 GBP
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Specifications

  • Product: Threaded Tee 19 mm x 3/4" BSPM
  • Inlet: 19mm
  • Outlet: ¾” BSP Male
  • Colour: Black
  • Material: PP
  • Available pack sizes: 1, 25

  • Weight per unit: 10 grams
  • SKU: A45215-TEE19B-34BSPM
  • MPN: 45215
  • EAN:
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Description

The Threaded Tee 19 mm Line x 3/4" BSPM branch is an essential component in low pressure irrigation systems, meticulously designed to regulate and direct water flow with precision and efficiency. Crafted from durable polypropylene, this fitting exemplifies reliability and longevity, crucial for sustained performance in agricultural and landscaping applications. Its primary function is to manage water distribution, offering capabilities to control, disperse, slow, and divert water effectively through its robust construction.

Ideal for use alongside low density polyethylene (LDPE) tubing, the Threaded Tee features a tapered entry on all barbed fittings, simplifying installation processes even in challenging environments. The material is UV stabilized, ensuring resilience against prolonged exposure to sunlight and outdoor elements, thereby extending its operational lifespan. With an impressive operating pressure range of up to 300 kPa, this fitting guarantees reliable performance under varying conditions, making it a trusted choice for both professional landscapers and agricultural operators seeking dependable irrigation solutions.

Engineered to meet the demands of modern irrigation systems, the Threaded Tee 19 mm Line x 3/4" BSPM branch stands as a testament to functionality and durability. Its design facilitates seamless integration into existing setups, providing versatility in water management strategies. Whether used in small-scale garden projects or expansive agricultural fields, this polypropylene fitting upholds superior standards in efficiency and performance, making it indispensable for achieving optimal water distribution and conservation goals.