GRAFiL
Advanced Ultrafiltration Membranes for Unmatched Filtration Efficiency, Providing superior performance and reliability.
Advanced Ultrafiltration Membranes for Unmatched Filtration Efficiency, Providing superior performance and reliability.
Drinking Water/ Waste Water Treatment
Industrial Water Purification
Drinking Water/ Waste Water Treatment
Industrial Water Purification
Drinking Water/ Waste Water Treatment
Industrial Water Purification
GRAFiL
Advanced Ultrafiltration Membranes for Unmatched Filtration Efficiency, Providing superior performance and reliability.
Drinking Water/ Waste Water Treatment
Industrial Water Purification
Drinking Water/ Waste Water Treatment
Industrial Water Purification
Drinking Water/ Waste Water Treatment
Industrial Water Purification
Available Variants
Available Variants
Available Variants
UFM 4040
0.02-Micron,Less Feed Pressure
Eliminates viruses, bacteria, suspended solids, colloids, and pathogens from water.
UFM 4040
0.02-Micron,Less Feed Pressure
Eliminates viruses, bacteria, suspended solids, colloids, and pathogens from water.
UFM 4040
0.02-Micron,Less Feed Pressure
Eliminates viruses, bacteria, suspended solids, colloids, and pathogens from water.
UFM 6040
0.02-Micron,Less Feed Pressure.
Eliminates viruses, bacteria, suspended solids, colloids, and pathogens from water.
UFM 6040
0.02-Micron,Less Feed Pressure.
Eliminates viruses, bacteria, suspended solids, colloids, and pathogens from water.
UFM 6040
0.02-Micron,Less Feed Pressure.
Eliminates viruses, bacteria, suspended solids, colloids, and pathogens from water.
UFM 8040
0.02-Micron,Less Feed Pressure.
Eliminates viruses, bacteria, suspended solids, colloids, and pathogens from water.
UFM 8040
0.02-Micron,Less Feed Pressure.
Eliminates viruses, bacteria, suspended solids, colloids, and pathogens from water.
UFM 8040
0.02-Micron,Less Feed Pressure.
Eliminates viruses, bacteria, suspended solids, colloids, and pathogens from water.
UFM 8060
0.02-Micron,Less Feed Pressure.
Eliminates viruses, bacteria, suspended solids, colloids, and pathogens from water.
UFM 8060
0.02-Micron,Less Feed Pressure.
Eliminates viruses, bacteria, suspended solids, colloids, and pathogens from water.
UFM 8060
0.02-Micron,Less Feed Pressure.
Eliminates viruses, bacteria, suspended solids, colloids, and pathogens from water.
UFM 10050
0.02-Micron,Less Feed Pressure.
Eliminates viruses, bacteria, suspended solids, colloids, and pathogens from water.
UFM 10050
0.02-Micron,Less Feed Pressure.
Eliminates viruses, bacteria, suspended solids, colloids, and pathogens from water.
UFM 10050
0.02-Micron,Less Feed Pressure.
Eliminates viruses, bacteria, suspended solids, colloids, and pathogens from water.
UFM 10060
0.02-Micron,Less Feed Pressure.
Eliminates viruses, bacteria, suspended solids, colloids, and pathogens from water.
UFM 10060
0.02-Micron,Less Feed Pressure.
Eliminates viruses, bacteria, suspended solids, colloids, and pathogens from water.
UFM 10060
0.02-Micron,Less Feed Pressure.
Eliminates viruses, bacteria, suspended solids, colloids, and pathogens from water.
Best Industrial Membranes,
Made in India
GRAFiL, a brand of Technorbital Advanced Materials Pvt Ltd, our commitment is to elevate the quality and value of water through every facet of its management. From usage and treatment to conditioning and recycling, our mission is to minimize the reliance on fresh water by effectively eliminating pollutants and restoring every drop to its pure, natural state.
features
features
features
Robust Life Expectancy
Engineered for durability and consistent long-term membrane performance.
Powered by PolyNorbit®
0.02-micron pore size delivers ultra-fine filtration at lower pressure.
High Removal Efficiency
Effectively filters viruses, bacteria, colloids, and suspended particles.
Anti-Fouling Surface Tech
Hydrophilic layer resists biofilm and fouling buildup over time.
Energy & Chemical Savings
Designed for low energy use and reduced chemical consumption.
Compact Module Design
Fewer modules needed—ideal for space- and cost-efficient setups.
No Blower Required
Simplified design eliminates need for external air blowers.
Minimal Maintenance Design
Fewer moving parts and simple handling lower maintenance load.
Physical Properties
Physical Properties
Physical Properties
Membrane Material
Membrane Material
PolyNorbit
PolyNorbit
Membrane Type
Membrane Type
Hollow Fibers
Hollow Fibers
Pore Size
Pore Size
0.02 μm
0.02 μm
Fibre Dimensions OD/ID
Fibre Dimensions OD/ID
1.2/0.8 mm
1.2/0.8 mm
Housing Material
Housing Material
UPVC
UPVC
Prime Features
Prime Features
Prime Features
01
01
Our 0.02μm membranes remove solids, colloids, bacteria, and viruses, delivering high-quality water from various sources.
02
02
PolyNorbit Chemistry offers permanent hydrophilicity and superior cleanability
03
03
Dead end / cross flow operation depending upon feed water quality.
04
04
High Resistance to Fouling & Oxidants. Membranes resistant to high temperatures, oil, and grease are available upon request.
05
05
No aggressive Chemical Enhanced Backwash.
06
06
Environmentally friendly due to low CIP requirements and hence low generation of chemical waste.
07
07
It reduces the bio-fouling tendency and algal development on the membrane surface and improves the performance.
08
08
Easy to follow storage guidelines and best in class warranties & site support.
case studies
case studies
case studies
Real Impact.
Proven Performance.
60% Energy Savings and 48% COD Reduction in the Dyes & Pigments Industry
A leading manufacturer in the dyes and pigments industry was under pressure to reduce its environmental footprint while maintaining high production volumes. Their effluent treatment plant was facing rising chemical and energy consumption due to inefficient filtration systems. Technorbital implemented GRAFiL UF membranes, leveraging the advanced PolyNorbit polymer, to revamp their wastewater treatment process.
92% Turbidity Reduction and 55% Lower Operating Costs with GRAFiL UF Membranes
A municipal water treatment plant in South India struggled with high turbidity and rising maintenance costs due to biofouling and inefficiencies in its conventional filtration system. To overcome these challenges, Technorbital deployed its GRAFiL UF membrane technology, powered by the advanced PolyNorbit polymer.
60% Energy Savings and 48% COD Reduction in the Dyes & Pigments Industry
A leading manufacturer in the dyes and pigments industry was under pressure to reduce its environmental footprint while maintaining high production volumes. Their effluent treatment plant was facing rising chemical and energy consumption due to inefficient filtration systems. Technorbital implemented GRAFiL UF membranes, leveraging the advanced PolyNorbit polymer, to revamp their wastewater treatment process.
92% Turbidity Reduction and 55% Lower Operating Costs with GRAFiL UF Membranes
A municipal water treatment plant in South India struggled with high turbidity and rising maintenance costs due to biofouling and inefficiencies in its conventional filtration system. To overcome these challenges, Technorbital deployed its GRAFiL UF membrane technology, powered by the advanced PolyNorbit polymer.
92% Turbidity Reduction and 55% Lower Operating Costs with GRAFiL UF Membranes
A municipal water treatment plant in South India struggled with high turbidity and rising maintenance costs due to biofouling and inefficiencies in its conventional filtration system. To overcome these challenges, Technorbital deployed its GRAFiL UF membrane technology, powered by the advanced PolyNorbit polymer.
60% Energy Savings and 48% COD Reduction in the Dyes & Pigments Industry
A leading manufacturer in the dyes and pigments industry was under pressure to reduce its environmental footprint while maintaining high production volumes. Their effluent treatment plant was facing rising chemical and energy consumption due to inefficient filtration systems. Technorbital implemented GRAFiL UF membranes, leveraging the advanced PolyNorbit polymer, to revamp their wastewater treatment process.
92% Turbidity Reduction and 55% Lower Operating Costs with GRAFiL UF Membranes
A municipal water treatment plant in South India struggled with high turbidity and rising maintenance costs due to biofouling and inefficiencies in its conventional filtration system. To overcome these challenges, Technorbital deployed its GRAFiL UF membrane technology, powered by the advanced PolyNorbit polymer.
60% Energy Savings and 48% COD Reduction in the Dyes & Pigments Industry
A leading manufacturer in the dyes and pigments industry was under pressure to reduce its environmental footprint while maintaining high production volumes. Their effluent treatment plant was facing rising chemical and energy consumption due to inefficient filtration systems. Technorbital implemented GRAFiL UF membranes, leveraging the advanced PolyNorbit polymer, to revamp their wastewater treatment process.
92% Turbidity Reduction and 55% Lower Operating Costs with GRAFiL UF Membranes
A municipal water treatment plant in South India struggled with high turbidity and rising maintenance costs due to biofouling and inefficiencies in its conventional filtration system. To overcome these challenges, Technorbital deployed its GRAFiL UF membrane technology, powered by the advanced PolyNorbit polymer.
60% Energy Savings and 48% COD Reduction in the Dyes & Pigments Industry
A leading manufacturer in the dyes and pigments industry was under pressure to reduce its environmental footprint while maintaining high production volumes. Their effluent treatment plant was facing rising chemical and energy consumption due to inefficient filtration systems. Technorbital implemented GRAFiL UF membranes, leveraging the advanced PolyNorbit polymer, to revamp their wastewater treatment process.
92% Turbidity Reduction and 55% Lower Operating Costs with GRAFiL UF Membranes
A municipal water treatment plant in South India struggled with high turbidity and rising maintenance costs due to biofouling and inefficiencies in its conventional filtration system. To overcome these challenges, Technorbital deployed its GRAFiL UF membrane technology, powered by the advanced PolyNorbit polymer.
60% Energy Savings and 48% COD Reduction in the Dyes & Pigments Industry
A leading manufacturer in the dyes and pigments industry was under pressure to reduce its environmental footprint while maintaining high production volumes. Their effluent treatment plant was facing rising chemical and energy consumption due to inefficient filtration systems. Technorbital implemented GRAFiL UF membranes, leveraging the advanced PolyNorbit polymer, to revamp their wastewater treatment process.
92% Turbidity Reduction and 55% Lower Operating Costs with GRAFiL UF Membranes
A municipal water treatment plant in South India struggled with high turbidity and rising maintenance costs due to biofouling and inefficiencies in its conventional filtration system. To overcome these challenges, Technorbital deployed its GRAFiL UF membrane technology, powered by the advanced PolyNorbit polymer.
60% Energy Savings and 48% COD Reduction in the Dyes & Pigments Industry
A leading manufacturer in the dyes and pigments industry was under pressure to reduce its environmental footprint while maintaining high production volumes. Their effluent treatment plant was facing rising chemical and energy consumption due to inefficient filtration systems. Technorbital implemented GRAFiL UF membranes, leveraging the advanced PolyNorbit polymer, to revamp their wastewater treatment process.
92% Turbidity Reduction and 55% Lower Operating Costs with GRAFiL UF Membranes
A municipal water treatment plant in South India struggled with high turbidity and rising maintenance costs due to biofouling and inefficiencies in its conventional filtration system. To overcome these challenges, Technorbital deployed its GRAFiL UF membrane technology, powered by the advanced PolyNorbit polymer.
60% Energy Savings and 48% COD Reduction in the Dyes & Pigments Industry
A leading manufacturer in the dyes and pigments industry was under pressure to reduce its environmental footprint while maintaining high production volumes. Their effluent treatment plant was facing rising chemical and energy consumption due to inefficient filtration systems. Technorbital implemented GRAFiL UF membranes, leveraging the advanced PolyNorbit polymer, to revamp their wastewater treatment process.
92% Turbidity Reduction and 55% Lower Operating Costs with GRAFiL UF Membranes
A municipal water treatment plant in South India struggled with high turbidity and rising maintenance costs due to biofouling and inefficiencies in its conventional filtration system. To overcome these challenges, Technorbital deployed its GRAFiL UF membrane technology, powered by the advanced PolyNorbit polymer.
60% Energy Savings and 48% COD Reduction in the Dyes & Pigments Industry
A leading manufacturer in the dyes and pigments industry was under pressure to reduce its environmental footprint while maintaining high production volumes. Their effluent treatment plant was facing rising chemical and energy consumption due to inefficient filtration systems. Technorbital implemented GRAFiL UF membranes, leveraging the advanced PolyNorbit polymer, to revamp their wastewater treatment process.
92% Turbidity Reduction and 55% Lower Operating Costs with GRAFiL UF Membranes
A municipal water treatment plant in South India struggled with high turbidity and rising maintenance costs due to biofouling and inefficiencies in its conventional filtration system. To overcome these challenges, Technorbital deployed its GRAFiL UF membrane technology, powered by the advanced PolyNorbit polymer.
60% Energy Savings and 48% COD Reduction in the Dyes & Pigments Industry
A leading manufacturer in the dyes and pigments industry was under pressure to reduce its environmental footprint while maintaining high production volumes. Their effluent treatment plant was facing rising chemical and energy consumption due to inefficient filtration systems. Technorbital implemented GRAFiL UF membranes, leveraging the advanced PolyNorbit polymer, to revamp their wastewater treatment process.
Connect with us today to explore solutions tailored to your needs.
High Water Efficiency
Zero water wastage
Easy Maintenance, Tool-free cleaning, 2–3 year membrane life
Eco-Friendly, No electricity and chemical-free solutions
Connect with us today to explore solutions tailored to your needs.
High Water Efficiency
Zero water wastage
Easy Maintenance, Tool-free cleaning, 2–3 year membrane life
Eco-Friendly, No electricity and chemical-free solutions
Connect with us today to explore solutions tailored to your needs.
High Water Efficiency
Zero water wastage
Easy Maintenance, Tool-free cleaning, 2–3 year membrane life
Eco-Friendly, No electricity and chemical-free solutions
Let’s Start a Conversation That Flows
Smart water treatment solutions for domestic and industrial needs—crafted with precision, driven by innovation.
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Let’s Start a Conversation That Flows
Smart water treatment solutions for domestic and industrial needs—crafted with precision, driven by innovation.
legal
Terms
Privacy
Let’s Start a Conversation That Flows
Smart water treatment solutions for domestic and industrial needs—crafted with precision, driven by innovation.
legal
Terms
Privacy