Toray HFU-2020AN Ultrafiltration Membrane

Membrane

Toray HFU-2020AN Ultrafiltration Membrane

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Specifications :-

Membrane Material - PVDF (Polyvinylidene fluoride)

Maximum Inlet Pressure - 300 (43.5) kPa (psi)

Maximum Backwash Pressure - 300 (43.5) kPa (psi)

Operating Temperature Range - 0–40 (32–104) °C (°F)

Dimension and Weight:-

Diameter - 216 (8.5) mm (in)

Length - 2,160 (7.087) mm (ft)

Weight - 49 (108) kg (lbs)

₹ 199,499
*Exclusive of All Taxes
₹ 235,409
*Inclusive of All Taxes

10 days Replacement

1 Year Warranty

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DESCRIPTION

Why this Product?

SPECIFICATIONS

Review (0)

Toray's membrane construction is highly resistant to chlorine and strong acids, which allows for better cleaning and optimization of filtration flux rates after cleaning. The hollow fiber modules effectively remove suspended solids, viruses, and bacteria and are certified for drinking water applications.

Applications:-

Drinking water

Industrial process water

Pretreatment for seawater RO desalination

Secondary and Tertiary wastewater

FEATURES:-

Simple operating control

Low energy consumption

High efficiency in organic substance removal

Specifications:-

Membrane Material - PVDF (Polyvinylidene fluoride)

Nominal Pore Size - 0.01µm

Outer Membrane Surface Area - 72 (775) m² (ft²)

Feedwater / Filtrate Flow - 12 (53) m³/h (GPM)

Maximum Backwash Flow - 13.5 (59) m³/h (GPM)

Maximum Air Flow - 9.0 (5.3) Nm³/h (scfm)

Maximum Inlet Pressure - 300 (43.5) kPa (psi)

Maximum Backwash Pressure - 300 (43.5) kPa (psi)

Normal Operating Transmembrane Pressure - 0–200 (0–29) kPa (psi)

Operating Temperature Range - 0–40 (32–104) °C (°F)

PH Range During Filtration 1–10

PH During Cleaning 0–12

Dimension and Weight:-

Diameter - 216 (8.5) mm (in)

Length - 2,160 (7.087) mm (ft)

Weight Full of Water - 92 (203) kg (lbs)

After Draining - 49 (108) kg (lbs)

Material Specifications:-

Casing - UPVC

Cap - UPVC

Potting - Epoxy resin

O-ring - EPDM

Membrane Material - PVDF (Polyvinylidene fluoride)

Maximum Inlet Pressure - 300 (43.5) kPa (psi)

Maximum Backwash Pressure - 300 (43.5) kPa (psi)

Operating Temperature Range - 0–40 (32–104) °C (°F)

Dimension and Weight:-

Diameter - 216 (8.5) mm (in)

Length - 2,160 (7.087) mm (ft)

Weight - 49 (108) kg (lbs)

Customer Rating
(0)

Price
₹199,499

Availability
3 in stock

The Toray HFU-2020AN Ultrafiltration Membrane is built for applications where consistent water quality matters more than upfront cost — here's what actually sets it apart:

Certified for drinking water applications — the hollow fiber modules remove suspended solids, viruses, and bacteria to a standard suitable for potable water, not just industrial process water.

High chemical resistance — the membrane construction tolerates chlorine and strong acids well, which means more aggressive cleaning cycles are possible without degrading performance, keeping flux rates high even after repeated cleaning.

Genuinely fine filtration — a 0.01µm nominal pore size sits well below sediment or standard carbon filtration, removing pathogens that coarser pre-filters simply pass through.

Versatile across four real use cases — drinking water, industrial process water, RO pretreatment for desalination, and secondary/tertiary wastewater treatment, meaning one membrane spec can serve multiple stages of a treatment plant.

Low energy, simple control — designed for straightforward operation without complex automation requirements, keeping running costs down.

Backed by industry certification — associated with the Association of Membrane Separation Technology of Japan, a recognized technical body in this field.

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₹0

Toray HFU-2020AN Ultrafiltration Membrane

Specifications :-

The Toray HFU-2020AN Ultrafiltration Membrane is built for applications where consistent water quality matters more than upfront cost — here's what actually sets it apart:

Certified for drinking water applications — the hollow fiber modules remove suspended solids, viruses, and bacteria to a standard suitable for potable water, not just industrial process water.

High chemical resistance — the membrane construction tolerates chlorine and strong acids well, which means more aggressive cleaning cycles are possible without degrading performance, keeping flux rates high even after repeated cleaning.

Genuinely fine filtration — a 0.01µm nominal pore size sits well below sediment or standard carbon filtration, removing pathogens that coarser pre-filters simply pass through.

Versatile across four real use cases — drinking water, industrial process water, RO pretreatment for desalination, and secondary/tertiary wastewater treatment, meaning one membrane spec can serve multiple stages of a treatment plant.

Low energy, simple control — designed for straightforward operation without complex automation requirements, keeping running costs down.

Backed by industry certification — associated with the Association of Membrane Separation Technology of Japan, a recognized technical body in this field.

Review (0)

Write a Review

FAQS

1. What is the Toray HFU-2020AN membrane used for?
It's a hollow-fiber ultrafiltration membrane used for drinking water treatment, industrial process water, pretreatment ahead of seawater RO desalination, and secondary/tertiary wastewater treatment.

2. What is the membrane made of, and what's the pore size?
PVDF (Polyvinylidene Fluoride), with a nominal pore size of 0.01µm — fine enough to remove suspended solids, bacteria, and viruses.

3. Is this membrane certified for drinking water?
Yes — it's certified for drinking water applications, in addition to industrial and wastewater use.

4. What is the membrane's surface area and flow capacity?
72 m² (775 ft²) of outer membrane surface area, with a feedwater/filtrate flow rate of 12 m³/h (53 GPM).

5. What are the operating pressure and temperature limits?
Maximum inlet and backwash pressure of 300 kPa (43.5 psi), with an operating temperature range of 0–40°C (32–104°F).

6. What pH range can this membrane tolerate?
pH 1–10 during normal filtration, extending to pH 0–12 during chemical cleaning.

7. What is the membrane's size and weight?
216 mm (8.5 in) diameter, 2,160 mm (7.087 ft) length. Weighs 92 kg full of water, 49 kg after draining.

8. What materials make up the housing and seals?
UPVC casing and cap, epoxy resin potting, and EPDM O-rings — chosen for chemical compatibility with the membrane's operating conditions.

9. Why is chemical resistance important for this membrane?
Its tolerance to chlorine and strong acids allows for more effective and frequent cleaning cycles, which helps maintain filtration flux (flow performance) over the membrane's service life rather than degrading it.

Related Products

4040 RO Membrane - Toray , Model-TM-710-FR

8040 RO Membrane - Toray - TM720D-400

Toray RO Membrane 8040 - Model - TMG20D 400 - Brackish Water

Toray RO Membrane 8040 - Model - TM820V 400 - Sea Water

Toray RO Membrane 8040 - Model - TML20D 400 - Low Fouling Brackish Water

Toray HFU-2020AN Ultrafiltration Membrane

Toray HFUG-2020AN Ultrafiltration Membrane

4040 RO Membrane - Toray - TM810V - Sea Water

₹0

Toray HFU-2020AN Ultrafiltration Membrane

Specifications :-

The Toray HFU-2020AN Ultrafiltration Membrane is built for applications where consistent water quality matters more than upfront cost — here's what actually sets it apart:

Certified for drinking water applications — the hollow fiber modules remove suspended solids, viruses, and bacteria to a standard suitable for potable water, not just industrial process water.

High chemical resistance — the membrane construction tolerates chlorine and strong acids well, which means more aggressive cleaning cycles are possible without degrading performance, keeping flux rates high even after repeated cleaning.

Genuinely fine filtration — a 0.01µm nominal pore size sits well below sediment or standard carbon filtration, removing pathogens that coarser pre-filters simply pass through.

Versatile across four real use cases — drinking water, industrial process water, RO pretreatment for desalination, and secondary/tertiary wastewater treatment, meaning one membrane spec can serve multiple stages of a treatment plant.

Low energy, simple control — designed for straightforward operation without complex automation requirements, keeping running costs down.

Backed by industry certification — associated with the Association of Membrane Separation Technology of Japan, a recognized technical body in this field.

Review (0)

Write a Review

FAQS

1. What is the Toray HFU-2020AN membrane used for? It's a hollow-fiber ultrafiltration membrane used for drinking water treatment, industrial process water, pretreatment ahead of seawater RO desalination, and secondary/tertiary wastewater treatment.

2. What is the membrane made of, and what's the pore size? PVDF (Polyvinylidene Fluoride), with a nominal pore size of 0.01µm — fine enough to remove suspended solids, bacteria, and viruses.

3. Is this membrane certified for drinking water? Yes — it's certified for drinking water applications, in addition to industrial and wastewater use.

4. What is the membrane's surface area and flow capacity? 72 m² (775 ft²) of outer membrane surface area, with a feedwater/filtrate flow rate of 12 m³/h (53 GPM).

5. What are the operating pressure and temperature limits? Maximum inlet and backwash pressure of 300 kPa (43.5 psi), with an operating temperature range of 0–40°C (32–104°F).

6. What pH range can this membrane tolerate? pH 1–10 during normal filtration, extending to pH 0–12 during chemical cleaning.

7. What is the membrane's size and weight? 216 mm (8.5 in) diameter, 2,160 mm (7.087 ft) length. Weighs 92 kg full of water, 49 kg after draining.

8. What materials make up the housing and seals? UPVC casing and cap, epoxy resin potting, and EPDM O-rings — chosen for chemical compatibility with the membrane's operating conditions.

9. Why is chemical resistance important for this membrane? Its tolerance to chlorine and strong acids allows for more effective and frequent cleaning cycles, which helps maintain filtration flux (flow performance) over the membrane's service life rather than degrading it.

Related Products

4040 RO Membrane - Toray , Model-TM-710-FR

8040 RO Membrane - Toray - TM720D-400

Toray RO Membrane 8040 - Model - TMG20D 400 - Brackish Water

Toray RO Membrane 8040 - Model - TM820V 400 - Sea Water

Toray RO Membrane 8040 - Model - TML20D 400 - Low Fouling Brackish Water

Toray HFU-2020AN Ultrafiltration Membrane

Toray HFUG-2020AN Ultrafiltration Membrane

4040 RO Membrane - Toray - TM810V - Sea Water

1. What is the Toray HFU-2020AN membrane used for?
It's a hollow-fiber ultrafiltration membrane used for drinking water treatment, industrial process water, pretreatment ahead of seawater RO desalination, and secondary/tertiary wastewater treatment.

2. What is the membrane made of, and what's the pore size?
PVDF (Polyvinylidene Fluoride), with a nominal pore size of 0.01µm — fine enough to remove suspended solids, bacteria, and viruses.

3. Is this membrane certified for drinking water?
Yes — it's certified for drinking water applications, in addition to industrial and wastewater use.

4. What is the membrane's surface area and flow capacity?
72 m² (775 ft²) of outer membrane surface area, with a feedwater/filtrate flow rate of 12 m³/h (53 GPM).

5. What are the operating pressure and temperature limits?
Maximum inlet and backwash pressure of 300 kPa (43.5 psi), with an operating temperature range of 0–40°C (32–104°F).

6. What pH range can this membrane tolerate?
pH 1–10 during normal filtration, extending to pH 0–12 during chemical cleaning.

7. What is the membrane's size and weight?
216 mm (8.5 in) diameter, 2,160 mm (7.087 ft) length. Weighs 92 kg full of water, 49 kg after draining.

8. What materials make up the housing and seals?
UPVC casing and cap, epoxy resin potting, and EPDM O-rings — chosen for chemical compatibility with the membrane's operating conditions.

9. Why is chemical resistance important for this membrane?
Its tolerance to chlorine and strong acids allows for more effective and frequent cleaning cycles, which helps maintain filtration flux (flow performance) over the membrane's service life rather than degrading it.