polymers
PolyNorbit® – Engineered for Purity, Built for Performance
A Revolutionary copolymer designed for high performance membrane filtration.
A Revolutionary copolymer designed for high performance membrane filtration.
PolyNorbit, a breakthrough polymer developed by Technorbital, is a versatile copolymer designed with multiple monomer units to deliver a range of desirable functionalities. Molecularly engineered, it is ideal for creating high-efficiency membranes that are inherently antifouling, easy to clean, and offer minimal resistance to water and water/oil mixture flow.
PolyNorbit, a breakthrough polymer developed by Technorbital, is a versatile copolymer designed with multiple monomer units to deliver a range of desirable functionalities. Molecularly engineered, it is ideal for creating high-efficiency membranes that are inherently antifouling, easy to clean, and offer minimal resistance to water and water/oil mixture flow.
01
Superior water affinity and transport
Superior water affinity and transport
Ensures smooth flow with minimal resistance to water and oil mixtures.
02
Antimicrobial, deactivates bacteria over time
Antimicrobial, deactivates bacteria over time
Inhibits bacteria by targeting cell walls at the molecular level.
03
Hydrophilic, insoluble, durable membrane
Hydrophilic, insoluble, durable membrane
Stays water-loving but insoluble, ideal for long-term performance.
03
Exceptional strength and durability
Exceptional strength and durability
Built to endure high-pressure operations, chemicals, and long-term wear.
Core Material Advantages
Why PolyNorbit Outperforms Traditional Membrane Materials
Revolutionary Polymer for High-Efficiency Membranes
Revolutionary Polymer for High-Efficiency Membranes
Revolutionary Polymer for High-Efficiency Membranes
PolyNorbit is a special polymer developed by Technorbital. This is a copolymer with multiple monomer units to provide different desirable functionalities. It contains several monomer units combined in a molecularly engineered fashion to achieve the needs of high efficiency membranes. This polymer can be used for preparing inherently antifouling, easy cleansable membranes which offer minimum resistance to the flow of water and water/oil mixture.
PolyNorbit is a special polymer developed by Technorbital. This is a copolymer with multiple monomer units to provide different desirable functionalities. It contains several monomer units combined in a molecularly engineered fashion to achieve the needs of high efficiency membranes. This polymer can be used for preparing inherently antifouling, easy cleansable membranes which offer minimum resistance to the flow of water and water/oil mixture.
Superior Water Transport and Hydrophilic Properties
Superior Water Transport and Hydrophilic Properties
Superior Water Transport and Hydrophilic Properties
This polymer has very high affinity towards water and water transport compared to conventional Polysulfone or Polyether Sulfone and thus providing excellent transport properties. PolyNorbit emulates a material that is close to the film present in Human Eye which is highly Hydrophilic yet does not dissolve in water.
This polymer has very high affinity towards water and water transport compared to conventional Polysulfone or Polyether Sulfone and thus providing excellent transport properties. PolyNorbit emulates a material that is close to the film present in Human Eye which is highly Hydrophilic yet does not dissolve in water.
Inherent Antimicrobial and
Chemical Resistance
Inherent Antimicrobial and Chemical Resistance
Inherent Antimicrobial and Chemical Resistance
PolyNorbit is inherently antimicrobial, the high dipole moment of the material interacts with the bacterial cell wall and deactivate the organisms with time. . Though the material is hydrophilic (a property that defines the quality of UF membrane ) in nature, yet it does not dissolve in water. The membranes produced out of Polynorbit are very strong and inert to many common chemicals such as acids and bases at ambient temperature.
PolyNorbit is inherently antimicrobial, the high dipole moment of the material interacts with the bacterial cell wall and deactivate the organisms with time. . Though the material is hydrophilic (a property that defines the quality of UF membrane ) in nature, yet it does not dissolve in water. The membranes produced out of Polynorbit are very strong and inert to many common chemicals such as acids and bases at ambient temperature.
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higher water permeability
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bacteria deactivation
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pH ranges withstanding
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less downtime
APPLICATIONS
APPLICATIONS
APPLICATIONS
Engineered for Diverse High-Impact Industries
Hollow Fibre Membranes
Superior Filtration Efficiency
PolyNorbit enhances ultrafiltration (UF) and microfiltration (MF) systems. Its water affinity and low fouling improve cycles, reduce energy use.
Nano Fibres
Creating strong and flexible fibers for various industrial uses.
PolyNorbit is a polymer for electrospinning, creating ultra-fine, flexible nanofibres for filters and fabrics. Its strength and hydrophilicity.
Carbon Fibres
Serving as a precursor for high-strength carbon fiber materials.
PolyNorbit aids carbon fibre production for aerospace, defense, and automotive. It offers thermal stability and a strong backbone for carbon yield.
Lithium Battery Anodes
Enhancing the performance and efficiency of lithium-ion batteries.
PolyNorbit boosts conductivity and adhesion, supporting longer cycle life in lithium-ion battery anodes. It serves as a stable binder under high loads.
Hollow Fibre Membranes
Superior Filtration Efficiency
PolyNorbit enhances ultrafiltration (UF) and microfiltration (MF) systems. Its water affinity and low fouling improve cycles, reduce energy use.
Nano Fibres
Creating strong and flexible fibers for various industrial uses.
Carbon Fibres
Serving as a precursor for high-strength carbon fiber materials.
Lithium Battery Anodes
Enhancing the performance and efficiency of lithium-ion batteries.
Hollow Fibre Membranes
Superior Filtration Efficiency
PolyNorbit enhances ultrafiltration (UF) and microfiltration (MF) systems. Its water affinity and low fouling improve cycles, reduce energy use.
Nano Fibres
Creating strong and flexible fibers for various industrial uses.
Carbon Fibres
Serving as a precursor for high-strength carbon fiber materials.
Lithium Battery Anodes
Enhancing the performance and efficiency of lithium-ion batteries.
Hollow Fibre Membranes
Superior Filtration Efficiency
PolyNorbit enhances ultrafiltration (UF) and microfiltration (MF) systems. Its water affinity and low fouling improve cycles, reduce energy use.
Nano Fibres
Creating strong and flexible fibers for various industrial uses.
Carbon Fibres
Serving as a precursor for high-strength carbon fiber materials.
Lithium Battery Anodes
Enhancing the performance and efficiency of lithium-ion batteries.
case studies
case studies
case studies
Real Results with
PolyNorbit-Driven Technology
Effluent Treatment at Sudarshan Chemicals: 50% Boost in Dye Recovery, 40% Less Fouling, 25% Cost Savings with GRAFiL UF Modules
A leading pigment producer in India faced challenges meeting environmental compliance while treating 1100 ppm pigments. Technorbital's GRAFiL Ultrafiltration technology, which isolated pigment and improved the treatment process.
70% Reduction in Membrane Fouling achieved with grafil UF at Tata Chemicals
With GRAFiL, Tata Chemicals saw a 70% reduction in fouling, 50% less downtime for cleaning, and 35% savings in OPEX. This upgrade improved efficiency and supported sustainability and water reuse goals.
20% Higher Flow in Dairy Wastewater Filtration at Amrut Dairy.
Technorbital implemented its advanced GRAFiL UF modules integrated with PolyNorbit®, specifically designed for high-organic-load applications. The solution focused on critical stages in the ETP where fouling and throughput loss were most significant.
Effluent Treatment at Sudarshan Chemicals: 50% Boost in Dye Recovery, 40% Less Fouling, 25% Cost Savings with GRAFiL UF Modules
A leading pigment producer in India faced challenges meeting environmental compliance while treating 1100 ppm pigments. Technorbital's GRAFiL Ultrafiltration technology, which isolated pigment and improved the treatment process.
70% Reduction in Membrane Fouling achieved with grafil UF at Tata Chemicals
With GRAFiL, Tata Chemicals saw a 70% reduction in fouling, 50% less downtime for cleaning, and 35% savings in OPEX. This upgrade improved efficiency and supported sustainability and water reuse goals.
20% Higher Flow in Dairy Wastewater Filtration at Amrut Dairy.
Technorbital implemented its advanced GRAFiL UF modules integrated with PolyNorbit®, specifically designed for high-organic-load applications. The solution focused on critical stages in the ETP where fouling and throughput loss were most significant.
Effluent Treatment at Sudarshan Chemicals: 50% Boost in Dye Recovery, 40% Less Fouling, 25% Cost Savings with GRAFiL UF Modules
A leading pigment producer in India faced challenges meeting environmental compliance while treating 1100 ppm pigments. Technorbital's GRAFiL Ultrafiltration technology, which isolated pigment and improved the treatment process.
70% Reduction in Membrane Fouling achieved with grafil UF at Tata Chemicals
With GRAFiL, Tata Chemicals saw a 70% reduction in fouling, 50% less downtime for cleaning, and 35% savings in OPEX. This upgrade improved efficiency and supported sustainability and water reuse goals.
20% Higher Flow in Dairy Wastewater Filtration at Amrut Dairy.
Technorbital implemented its advanced GRAFiL UF modules integrated with PolyNorbit®, specifically designed for high-organic-load applications. The solution focused on critical stages in the ETP where fouling and throughput loss were most significant.
Effluent Treatment at Sudarshan Chemicals: 50% Boost in Dye Recovery, 40% Less Fouling, 25% Cost Savings with GRAFiL UF Modules
A leading pigment producer in India faced challenges meeting environmental compliance while treating 1100 ppm pigments. Technorbital's GRAFiL Ultrafiltration technology, which isolated pigment and improved the treatment process.
70% Reduction in Membrane Fouling achieved with grafil UF at Tata Chemicals
With GRAFiL, Tata Chemicals saw a 70% reduction in fouling, 50% less downtime for cleaning, and 35% savings in OPEX. This upgrade improved efficiency and supported sustainability and water reuse goals.
20% Higher Flow in Dairy Wastewater Filtration at Amrut Dairy.
Technorbital implemented its advanced GRAFiL UF modules integrated with PolyNorbit®, specifically designed for high-organic-load applications. The solution focused on critical stages in the ETP where fouling and throughput loss were most significant.
Effluent Treatment at Sudarshan Chemicals: 50% Boost in Dye Recovery, 40% Less Fouling, 25% Cost Savings with GRAFiL UF Modules
A leading pigment producer in India faced challenges meeting environmental compliance while treating 1100 ppm pigments. Technorbital's GRAFiL Ultrafiltration technology, which isolated pigment and improved the treatment process.
70% Reduction in Membrane Fouling achieved with grafil UF at Tata Chemicals
With GRAFiL, Tata Chemicals saw a 70% reduction in fouling, 50% less downtime for cleaning, and 35% savings in OPEX. This upgrade improved efficiency and supported sustainability and water reuse goals.
20% Higher Flow in Dairy Wastewater Filtration at Amrut Dairy.
Technorbital implemented its advanced GRAFiL UF modules integrated with PolyNorbit®, specifically designed for high-organic-load applications. The solution focused on critical stages in the ETP where fouling and throughput loss were most significant.
Effluent Treatment at Sudarshan Chemicals: 50% Boost in Dye Recovery, 40% Less Fouling, 25% Cost Savings with GRAFiL UF Modules
A leading pigment producer in India faced challenges meeting environmental compliance while treating 1100 ppm pigments. Technorbital's GRAFiL Ultrafiltration technology, which isolated pigment and improved the treatment process.
70% Reduction in Membrane Fouling achieved with grafil UF at Tata Chemicals
With GRAFiL, Tata Chemicals saw a 70% reduction in fouling, 50% less downtime for cleaning, and 35% savings in OPEX. This upgrade improved efficiency and supported sustainability and water reuse goals.
20% Higher Flow in Dairy Wastewater Filtration at Amrut Dairy.
Technorbital implemented its advanced GRAFiL UF modules integrated with PolyNorbit®, specifically designed for high-organic-load applications. The solution focused on critical stages in the ETP where fouling and throughput loss were most significant.
Effluent Treatment at Sudarshan Chemicals: 50% Boost in Dye Recovery, 40% Less Fouling, 25% Cost Savings with GRAFiL UF Modules
A leading pigment producer in India faced challenges meeting environmental compliance while treating 1100 ppm pigments. Technorbital's GRAFiL Ultrafiltration technology, which isolated pigment and improved the treatment process.
70% Reduction in Membrane Fouling achieved with grafil UF at Tata Chemicals
With GRAFiL, Tata Chemicals saw a 70% reduction in fouling, 50% less downtime for cleaning, and 35% savings in OPEX. This upgrade improved efficiency and supported sustainability and water reuse goals.
20% Higher Flow in Dairy Wastewater Filtration at Amrut Dairy.
Technorbital implemented its advanced GRAFiL UF modules integrated with PolyNorbit®, specifically designed for high-organic-load applications. The solution focused on critical stages in the ETP where fouling and throughput loss were most significant.
Effluent Treatment at Sudarshan Chemicals: 50% Boost in Dye Recovery, 40% Less Fouling, 25% Cost Savings with GRAFiL UF Modules
A leading pigment producer in India faced challenges meeting environmental compliance while treating 1100 ppm pigments. Technorbital's GRAFiL Ultrafiltration technology, which isolated pigment and improved the treatment process.
70% Reduction in Membrane Fouling achieved with grafil UF at Tata Chemicals
With GRAFiL, Tata Chemicals saw a 70% reduction in fouling, 50% less downtime for cleaning, and 35% savings in OPEX. This upgrade improved efficiency and supported sustainability and water reuse goals.
20% Higher Flow in Dairy Wastewater Filtration at Amrut Dairy.
Technorbital implemented its advanced GRAFiL UF modules integrated with PolyNorbit®, specifically designed for high-organic-load applications. The solution focused on critical stages in the ETP where fouling and throughput loss were most significant.
Effluent Treatment at Sudarshan Chemicals: 50% Boost in Dye Recovery, 40% Less Fouling, 25% Cost Savings with GRAFiL UF Modules
A leading pigment producer in India faced challenges meeting environmental compliance while treating 1100 ppm pigments. Technorbital's GRAFiL Ultrafiltration technology, which isolated pigment and improved the treatment process.
70% Reduction in Membrane Fouling achieved with grafil UF at Tata Chemicals
With GRAFiL, Tata Chemicals saw a 70% reduction in fouling, 50% less downtime for cleaning, and 35% savings in OPEX. This upgrade improved efficiency and supported sustainability and water reuse goals.
20% Higher Flow in Dairy Wastewater Filtration at Amrut Dairy.
Technorbital implemented its advanced GRAFiL UF modules integrated with PolyNorbit®, specifically designed for high-organic-load applications. The solution focused on critical stages in the ETP where fouling and throughput loss were most significant.
Effluent Treatment at Sudarshan Chemicals: 50% Boost in Dye Recovery, 40% Less Fouling, 25% Cost Savings with GRAFiL UF Modules
A leading pigment producer in India faced challenges meeting environmental compliance while treating 1100 ppm pigments. Technorbital's GRAFiL Ultrafiltration technology, which isolated pigment and improved the treatment process.
70% Reduction in Membrane Fouling achieved with grafil UF at Tata Chemicals
With GRAFiL, Tata Chemicals saw a 70% reduction in fouling, 50% less downtime for cleaning, and 35% savings in OPEX. This upgrade improved efficiency and supported sustainability and water reuse goals.
20% Higher Flow in Dairy Wastewater Filtration at Amrut Dairy.
Technorbital implemented its advanced GRAFiL UF modules integrated with PolyNorbit®, specifically designed for high-organic-load applications. The solution focused on critical stages in the ETP where fouling and throughput loss were most significant.
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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
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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