Français Deutsch English Italiano Español Nederlands
English (English)
0

Free shipping on equipment from €69*

Free shipping on equipment from €69* Coral and Fish update every Friday at 6 pm

Runoff plate 15 x 15 cm Aqua Medic

€23.90
Ships within 5 to 10 working days
Quantity :


4x Paypal Crédit Agricole

23 loyalty points for 0.46 € in savings

Refer your friends Your referral: -8€   You: 5 €*
24h shipping
Dedicated Customer Support
Guaranteed Delivery

15×15 cm splash plate from Aqua Medic: water distributor for square PVC pipe, uniform distribution, compatible with nitrate, limestone, multi reactors filters.

Delivery methods
Living
UPS France Express
Equipment
GLS DPD
For your zone France, delivery fees are 7,80 € with carrier Colis sur pré-commande
Prices include 20% VAT. Log in and go to the shipping step to see the cost based on your address.
new
In stock - Dispatched within 24 hours
€9.90
Platinum aqua-medic  line plus (24V)
Currently unavailable
€334.90
new
In stock - Dispatched within 24 hours
€6.90
DensiMeter Aqua medic
In stock - Dispatched within 24 hours
€33.90
new
In stock - Dispatched within 24 hours
€1.40
X-Flow 3001 Aqua Medic
In stock - Dispatched within 24 hours
€70.90
pipette 60 Aqua medic
In stock - Dispatched within 24 hours
€10.00

Specific References

EAN13
4025901100945
Weight
0.134 kg

En savoir plus

Runoff Plate 15 × 15 cm

Description

The 15 × 15 cm runoff plate from Aqua Medic is designed to ensure an even distribution of water over a square pipe made of transparent PVC. Ideal for the construction of filtration components (trickle filter, limestone reactor, nitrate filter, etc.), it guarantees a steady flow without dead zones in your system.

Technical Specifications

Property Specification
Dimensions 15 × 15 cm
Material Food-grade transparent PVC
Thickness 3 mm
Usage water distribution on 15 × 15 cm square pipe
Compatibility trickle filter, limestone reactor, nitrate filter, multi reactor, etc.
Installation to be embedded or glued onto the square pipe
Advantage prevents stagnant zones and localized overflows