AXEON HF5-4040 RO Membrane 80 PSI 2500 GPD 4 x 40-Inch, 200394

Name: AXEON HF5-4040 RO Membrane 80 PSI 2500 GPD 4 x 40-Inch, 200394
Brand: AXEON
SKU: 200394
Price: 369.04 USD
Availability: InStock

Q&As

AXEON Axeon HF5-4040 4 x 40 2500 GPD RO Membrane 80psi 200394 200394

Spec sheet for Axeon HF5-4040 4 x 40 2500 GPD RO Membrane 80psi 200394

AXEON HF5-4040 RO Membrane 80 PSI 2500 GPD 4 x 40-Inch, 200394

Q&As

Part Number: 200394

Alt Part Number:

XLE PRO-4040 XLE-4040 AK4040TF ESPA4-4040 ...

TMG10 TMH10A SUL-G10 RE-4040-BLF

Genuine AXEON HF5-4040 RO Membrane (80 PSI, 2500 GPD, 4 x 40-Inch, 200394) provides reliability, high perfo... Read More

$369.04

$665.52

IN STOCK

Descripción

Genuine AXEON HF5-4040 RO Membrane (80 PSI, 2500 GPD, 4 x 40-Inch, 200394) provides reliability, high performance, and consistent results for commercial applications. The HF5 series delivers high flow rates with ultra-low energy consumption at low applied pressures. Each membrane is shipped dry for an indefinite shelf life, undergoes 100% vacuum integrity testing, and is also available with optional individual wet testing.

Why Choose the AXEON HF4-4040 Membrane?

The HF4 series is known for combining high flow capacity with excellent rejection, making it ideal for businesses that need dependable water production with lower energy demand. Each membrane is protected by a durable, hard ABS shell for added structural integrity, and every element is 100% vacuum integrity tested to ensure quality performance from day one.

Specs

Caudal: 2500 galones por día
Dimensiones: 40" x 4"
Reemplace cada 24 meses

Features

Membrana de película delgada (TFM)

Helpful Info & Downloads

Downloads

Axeon HF5 Membrane Spec Sheet

AXEON HF4-Series Membrane Brochure

AXEON® HF5–Series Membrane Elements are manufactured using the industry’s leading membrane film technology. These membranes offer reliability, high performance and deliver consistent results. They provide increased production, high rejection rates and ultra-low energy consumption by operating at low applied pressures.