FILMTEC SW30HR-380 Seawater RO Membrane

Product name: FILMTEC SW30HR-380 Seawater RO Membrane
Model: SW30HR-380
Salt rejection: 99.7%
Effective membrane area: 35m²
Test pressure: 15.5bar
Capacity: 6000GPD
Membrane type: T.F.C
PH range for continue working: 2-11
Brand Name: Dupont FILMTEC
Condition: New
Size: 201*201*1016mm
Weight: 14KG
Material: CARTON
Applicable Industries: Hotels, Manufacturing Plant, Food & Beverage Factory, Farms, Restaurant, Home Use, Food & Beverage Shops

Description

1. Brief introduction of FILMTEC SW30HR-380 Seawater RO Membrane

The FILMTEC™ SW30HR-380 is a premium grade seawater reverse osmosis element featuring both high active area and high salt rejection to offer the best long-term economics for seawater desalination systems.

FILMTEC SW30HR-380 delivers the highest boron rejection to help customers meet World Health Organization (WHO) and other drinking water standards.
FILMTEC SW30HR-380 elements deliver high performance over their operating lifetime without the use of oxidative post-treatments like many competitive products. This is one reason why FILMTEC elements are more durable and may be cleaned more effectively over a wide pH range than other RO elements.
Automated, precision fabrication with a greater number of shorter membrane leaves, reduces the overall effect of fouling and maximizes membrane efficiency.

2. Parameter for FILMTEC SW30HR-380 Seawater RO Membrane


Model	Size (Diameter)		Active area		Permeate flow rate		Stabilized salt rejection	Data sheets
Model	mm	inch	ft²	m²	gpd	m³/d	%	Data sheets
BW30 PRO-4040	100	4	78	7.2	2600	9.8	99.7
LCLE-4040	100	4	78	7.2	2500	9.5	99.2
LCHR-4040	100	4	78	7.2	2900	11	99.7
HSRO-4040-FF	100	4	90	8.4	1900	7.2	99.5
BW30 PRO-400	200	8	400	37	11000	42	99.6
BW30-400	200	8	400	37	10500	40	99.5
BW30-400IG	200	8	400	37	10500	40	99.5
BW30-365	200	8	365	34	9500	36	99.5
BW30HR-440i	200	8	440	41	13650	48	99.7
BW30FR-365	200	8	365	34	9500	36	99.5
BW30FR-400	200	8	400	37	10500	40	99.5
HSRO-390-FF	200	8	390	36	9000	34	99.5
SW30HR-380	200	8	380	35	6000	23	99.7