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Valvola PG 16mm Rain 695.0495000

di

RAIN

€ 1,81


€ 2,43 IVA incl.


Prezzo Promo € 0,00


Offerta di benvenuto - 10€ di sconto nel carrello sul tuo primo ordine - Acquisto minimo 99€

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Valvola PG 16mm Rain 695.0495000


Una gamma completa di raccordi in acetalica con innesto doppio per ala gocciolante. Gli innesti affilati permettono una tenuta sicura e un collegamento senza perdite.

Possono essere utilizzati senza fascette. Indicati per sistemi di microirrigazione a bassa pressione come giardini residenziali, serre e orti.

Caratteristiche tecniche:

  • CORPO: POM stabilizzato UV 
  • MANIGLIA: PP stabilizzato UV 
  • GUARNIZIONE: NBR 
  • Temperatura minima di funzionamento: 4 
  • Temperatura massima di funzionamento: 50
Di questo prodotto abbiamo 35 quantità a disposizione nella nostra esposizione, in alcuni casi possiamo venderti il prodotto ad un prezzo scontato che dobbiamo valutare di volta in volta in base all'usura.
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Irrigazione interrata: da dove iniziare per progettare un impianto perfetto
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
Continua a leggere
Condividi: