+38 (068) 400 - 00- 15
-thumb-p.webp)
Reducing threaded plastic nipple Irritec 1" x 1/2" ZR (external thread) Italy
The Irritec 1" x 1/2" ZR reducing nipple is a high-quality premium-class transition element from a leading Italian manufacturer. It is designed for direct connection, adaptation, and transition between pipeline elements, valves, or automation nodes with different internal thread diameters (1" and 1/2") in automatic irrigation, drip irrigation, and water supply systems. The fitting has an external thread on both sides, is designed for a working pressure of up to 10 bar, is easy to install, and guarantees a long service life.
-
Delivery and Payment
-
Warranty
-
Return and Exchange
Full Product Description
Reducing nipple Irritec 1" x 1/2" ZR: Reliable and compact transition between main threads
Italian company Irritec(Iritec) is a recognized world leader in the production of components for irrigation and water supply. The constant introduction of innovative technologies, high qualification of engineers, and strict quality control allow the brand to create fittings that serve flawlessly for years, significantly exceeding the official warranty period.
The plastic transition nipple with an external thread of 1" x 1/2" is a universal connecting element that allows you to quickly and hermetically combine the components of the irrigation system with internal threads of different diameters without accumulating unnecessary bulky adapters, providing a direct transition from the main line to equipment of a smaller diameter.
Key advantages of Irritec fittings:
Ease of installation for each: A thoughtful design with a hexagon under the key in the center allows you to easily and conveniently screw the fitting into the system. No complex professional equipment is required for installation — any unprepared person can install the necessary part with minimal effort.
High-strength materials: The product is made of primary technical polyethylene (PE) of high density, which stably withstands the working pressure up to 10 bar. The material is resistant to hydraulic shocks, mechanical loads, and prolonged stay in a humid environment.
Resistance to external factors: The plastic has a reliable UV stabilization, thanks to which it is not destroyed by direct sunlight, is not subject to corrosion, and is chemically inert to mineral fertilizers that are supplied with water in drip irrigation systems.
Ideal thread accuracy: Standard thread pitches greatly simplify installation, guaranteeing 100% compatibility with both plastic nodes (electromagnetic valves, collectors, filters) and metal elements of plumbing or pumping stations.
Scope of application:
Transition from a main collector or node with a diameter of 1" to equipment, sensors, valves, or fittings with a thread of 1/2" (and vice versa).
Connecting disk or mesh filters, manometers, and automation controllers to plastic collectors of a larger diameter.
Installation of shut-off valves and collector blocks into a single hermetic water distribution line.
Modernization, repair, and seasonal maintenance of main lines of automatic irrigation and water supply.
Technical characteristics:
Manufacturer
Irritec
Country of origin
Italy
Fitting type
Reducing nipple (adapter)
Thread type
External (ZR) / External (ZR)
Connection sizes
1" x 1/2"
Working pressure
up to 10 bar (atm)
Body material
High-strength technical polyethylene (PE)
Purpose
Automatic irrigation and water supply systems
Installation tip from Agras.ua:To ensure maximum tightness of the connection, be sure to use sealing materials, such as FUM tape or plumbing thread. Wind the sealant onto the nipple threads in a clockwise direction (in the direction of screwing the fitting). Avoid over-tightening with metal keys with a large lever — the strength of Irritec polymers is quite enough to achieve ideal tightness with moderate hand effort or standard tools.
All Specifications
Product Reviews
Leave a review
Join our newsletter
Subscribe to our newsletter to get a discount.
Subscribe to our newsletter to get a discount.By subscribing, you agree to the processing of personal data.
