01 / 03THE MATERIAL
NM Air Filter Membrane
Graphene-silver filtration membrane
A breathable graphene-silver membrane designed for active contact with airborne microorganisms and integration into filtration products.
AIRFLOW • ANTIMICROBIAL
Nanomatrix surface technologies can be applied to HVAC environments where airflow, moisture management and thermal transfer interact, creating opportunities to improve system performance at the surface level.
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G R A S I T I / PRODUCT ECOSYSTEM
From the graphene-silver membrane to air-conditioning and industrial HVAC filtration — explore the solutions built around smarter airflow.
01 / 03THE MATERIAL
Graphene-silver filtration membrane
A breathable graphene-silver membrane designed for active contact with airborne microorganisms and integration into filtration products.
02 / 03FOR INDOOR SPACES
A smarter layer for everyday cooling
An AC filter using a graphene-silver membrane layer to capture airborne particles and address selected contaminants in indoor air.
03 / 03FOR LARGE SYSTEMS
Engineered for larger air-handling systems
Graphene-silver filtration in a panel-filter format for ducted HVAC and air-handling systems, with particle capture and airflow considerations.
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THE FILM
Discover the GraSiTi filtration story on film — from advanced materials to air-system applications.
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WHY IT MATTERS
Surface engineering for HVAC operating environments
Focus on airflow and moisture behavior
Designed around thermal-performance challenges
Integrates advanced-material thinking into existing system surfaces
PATENTS & IP
Covers advanced surface-treatment methods intended for HVAC environments where airflow, filtration, moisture behavior and antimicrobial surface performance interact.
India / International
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