Advanced Materials.
Real-World Solutions.
From next-gen electronics to sustainable materials, we deliver high-performance solutions at industrial scale.
Backed by highly experienced team of scientists from IIT Bombay.
Why Choose us
We create high-performance materials that blend proven reliability with tailored innovation. With sustainability at the core and a global reach, our solutions deliver real-world impact across industries. Innovation from GenZ Materials. Industrial scale, compliance and global delivery by Virupaksha Organics Ltd.
Proven Performance
Materials validated in commercial deployments with unmatched conductivity, stability, and durability.
Tailored Innovation
Bespoke formulations engineered to meet precise performance and regulatory needs.
Scalable Manufacturing
From R&D batches to industrial-scale tonnage with consistent quality.
Sustainability Leadership
Green synthesis, recyclable polymers, biodegradable materials.
Global Reach
Active partnerships and supply chains across three continents
Cross-Industry Expertise
Solutions for electronics, energy, healthcare, environment, and manufacturing
Materials
PEDOT:PSS
A transparent, ultra-conductive polymer designed for flexible displays, touch panels, antistatic coatings, and advanced medical sensors. It combines exceptional optical clarity, mechanical flexibility, and environmental stability, making it ideal for next-generation electronics.
ProDOT-Series — Electrochromic Polymers
ProDOT-Series electrochromic polymers are fast-switching, high-contrast, and printable materials that enable smart windows, low-power displays, wearable indicators, and innovative packaging solutions.
Polyaniline
A conductive polymer offering strong corrosion resistance and reliable sensing capabilities. It is trusted in industrial coatings, marine protection, and precision electrochemical sensors.
Graphene
High-purity nanocarbon delivering unmatched electrical, thermal, and mechanical performance. Its atom-thin lattice ensures superior conductivity, strength, and heat dissipation, driving advancements in electronics, energy storage, and EMI shielding applications.
DNF Silica
Nano-engineered silica with precisely tailored pore sizes and advanced surface chemistry. Perfect for catalysis, biocompatible medical uses, and filtration systems that demand efficiency and durability.
P3HT
A photovoltaic-grade semiconducting polymer optimized for solar energy capture. With proven efficiency in organic solar cells and compatibility with flexible substrates, it powers the future of sustainable energy solutions.
Custom Formulations
Proprietary blends integrating conductive polymers, nanomaterials, and specialty additives. Tailored for unmatched performance across electronics, automotive, energy, and healthcare sectors.
Materials
PEDOT:PSS
A transparent, ultra-conductive polymer designed for flexible displays, touch panels, antistatic coatings, and advanced medical sensors. It combines exceptional optical clarity, mechanical flexibility, and environmental stability, making it ideal for next-generation electronics.
Polyaniline
A conductive polymer offering strong corrosion resistance and reliable sensing capabilities. It is trusted in industrial coatings, marine protection, and precision electrochemical sensors.
Graphene
High-purity nanocarbon delivering unmatched electrical, thermal, and mechanical performance. Its atom-thin lattice ensures superior conductivity, strength, and heat dissipation, driving advancements in electronics, energy storage, and EMI shielding applications.
DNF Silica
Nano-engineered silica with precisely tailored pore sizes and advanced surface chemistry. Perfect for catalysis, biocompatible medical uses, and filtration systems that demand efficiency and durability.
P3HT
A photovoltaic-grade semiconducting polymer optimized for solar energy capture. With proven efficiency in organic solar cells and compatibility with flexible substrates, it powers the future of sustainable energy solutions.
Custom Formulations
Proprietary blends integrating conductive polymers, nanomaterials, and specialty additives. Tailored for unmatched performance across electronics, automotive, energy, and healthcare sectors.
Industry Applications
Conducting Polymers
High-purity polymers that make flexible, printable electronics possible — from foldable displays to smart RFID tags.
Nanomaterials
Nanoparticles and nanofibers that boost energy storage, improve coatings and enable high-performance batteries.
2D Materials
Ultra-thin sheets like graphene and MXenes that bring transparent touchscreens and ultra-fast sensors to life.
Catalysis
Advanced porous materials (DNFS, MOFs, COFs) that drive clean hydrogen fuel, water purification and carbon capture.
Biomaterials
Nano-cellulose and polysaccharide-based materials for compostable packaging, coatings and medical applications.
Hybrid Composites
Strong, lightweight materials that combine nano, 2D and polymers — used in cars, aircraft and sports gear.
Engineered for exceptional electrical performance, flexibility, and durability, our conductive polymers power applications from wearable electronics to advanced energy storage systems. They enable innovative designs that combine functionality with adaptability.
Nanomaterials Engineering
Advanced dispersion, low-defect graphene, and silica with tunable pore sizes enabling conductivity, strength, and reactivity.
Sustainable Polymers Platform
DOT monomer chemistry enabling controlled degradability timelines, biocompatibility, and compliance with global eco-standards.
Composite Design Framework
Multi-material integration methods (polymers, nanocarbons, metals, ceramics) for strength-to-weight optimization and multifunctionality.
Next-Gen Photovoltaics
Organic semiconducting polymers (P3HT, PEDOT:PSS) optimized for high absorption, flexible substrates, and scalable roll-to-roll manufacturing.
Functional Surface Coatings
Conductive, corrosion-resistant, and antimicrobial coatings engineered with nano- and polymer science for extended durability.
Catalytic Nano-Systems
High-surface-area silica and engineered catalysts boosting yield, selectivity, and energy efficiency in chemical processes.
Biomedical Materials Platform
Biocompatible polymers and silica with custom functionalization for implants, biosensors, and tissue engineering.
Custom Formulation Engine
Proprietary blending protocols combining conductive polymers, graphene, and biodegradable polymers for client-specific IP-driven solutions.
Innovation by GenZ Materials. Manufacturing Excellence by Virupaksha.
Transforming innovation into impact requires scale, precision, and reliability. Through our strategic partnership with Virupaksha Organics Ltd, we deliver just that — advanced materials manufactured at global standards and delivered worldwide.
Industrial-Scale Plants
ISO-certified facilities producing polymers, nanomaterials & composites at consistent quality.
Seamless Scale-Up
Smooth transition from R&D to tonnage production.
Integrated Supply Chain
Warehousing, logistics, and delivery across global markets.
Stringent Quality Control
SEM, TEM, XRD, Raman & more for batch-to-batch consistency.
Sustainable Production
Waste valorization, energy-efficient processes, biodegradable testing.
Blogs & News
Breakthroughs, materials science, and industrial innovation—straight from our team to yours.