Aavaran delivers world-class cathodic protection systems — Impressed Current and Sacrificial Anodes — to stop corrosion in reinforced concrete and extend infrastructure service life by decades.
From initial surveys and system design to supply, installation, commissioning, and lifetime monitoring — every stage under one roof.
Half-cell potential mapping, chloride profiling, carbonation depth, cover survey, and resistivity testing — delivering a precise engineering diagnosis and CP design brief.
Active electrochemical protection using external power to deliver precisely controlled cathodic current to steel reinforcement. The gold standard for heavily contaminated structures.
Passive galvanic protection — zinc or magnesium anodes corrode preferentially to protect steel. No power needed. Ideal for repair zones, new construction, and hot-spot protection.
Galvashield® Fusion® T2 delivers an ICCP current burst to arrest corrosion, then auto-switches to long-term galvanic maintenance. Best of both in one anode, no external power.
ElectrotechCP™ MCU/RMS provides real-time monitoring, data logging, depolarisation analysis, and multi-site control — from one structure to a national infrastructure network.
Inspection, performance verification, and repair of existing CP systems including third-party installations. Annual maintenance contracts for monitoring, reporting, and optimisation.
Exclusive regional distribution rights for two globally recognised leaders in concrete cathodic protection technology.
The world's leading innovator in reinforced concrete cathodic protection. For over 25 years, Vector has developed and refined the most comprehensive product suite in the industry — from discrete embedded galvanic anodes to full ICCP systems and SCADA-based remote monitoring platforms. All field-verified to NACE and EN ISO 12696 international standards.
Aavaran's exclusive territory (ICCP range): India, Nepal, Bangladesh, Bhutan, Sri Lanka, and the Maldives
CAS Composite Anode Systems focuses on rehabilitating and maintaining concrete structures endangered by steel reinforcement corrosion. With an extensive knowledge base in material science, innovative alumo-silicate cements, and the beneficial use of Carbon Quantum Dots (CQDs), CAS delivers two distinct proprietary technologies that represent the cutting edge of electrochemical concrete protection.
Aavaran's exclusive territory (CAS Technology): India, Nepal, Bangladesh, Bhutan, Sri Lanka, and the Maldives.
Ceramic/titanium composite discrete ICCP anode. iBalance™ current regulation prevents overload. Lengths 75–600 mm. Suitable for new and existing reinforced concrete and masonry-clad steel-framed structures.
ICCP · EMBEDDED · DISCRETE
Surface-applied ICCP conductive composite coating. Up to 35 mA/m² output. No drilling required. Deep adhesion, UV resistance, pH 4–14. Overcoatable with standard topcoats.
ICCP · SURFACE APPLIED · CAS AUSTRIA
Mixed metal oxide (MMO) coated titanium ribbon and expanded mesh anodes for impressed current cathodic protection of reinforced concrete. Installed into slots cut in the concrete surface or embedded in cementitious overlays — providing uniform current distribution across large surface areas.
ICCP · MMO RIBBON · MESH · EN ISO 12696
Tubular or cylindrical mixed metal oxide titanium mesh anodes installed into pre-drilled holes or slots in reinforced concrete members. Ideal for cost-effective cathodic protection of beams, columns, and piles — particularly in tidal and splash zones where ribbon anode systems may cause localised grout acidification.
ICCP · DISCRETE · TITANIUM MMO
Two-stage self-powered hybrid anode: high ICCP burst arrests active corrosion, then auto-switches to long-term galvanic mode. No external power. Up to 30 years service life.
ICCP + GALVANIC · HYBRID · SELF-POWERED
Embedded discrete galvanic anodes for concrete repair zones. Prevents incipient anode / halo effect. Multiple activity levels for varying exposure. Industry standard for repair protection.
Galvanic · Embedded · Repair
Surface-applied galvanic systems for large concrete areas — overlays, soffits, and decks. Also available as Corrspray™ thermal spray zinc metalizing for marine structures and heritage assets.
Galvanic · Large Area · Overlay
Galvanic jacket systems for marine pile protection in tidal, splash, submerged, and atmospheric zones. The proven global standard for waterfront concrete structure protection.
Galvanic · Marine · PilesSCADA-based remote monitoring and control for multi-zone ICCP systems. Data logging, instant-off readings, depolarisation analysis. Single site to global network. Windows-based platform.
Monitoring · SCADA · Multi-SiteEmbedded Control Unit with 6" colour touchscreen. Connects multiple LRUs via network. Eliminates PC-based SCADA hardware entirely. Lower total cost of ownership.
Monitoring · Embedded · Touchscreen
Long-life embedded reference electrode for ICCP performance monitoring. Alkaline gel electrolyte, stable in chloride and carbonated environments. EN ISO 12696:2022 compliant.
Monitoring · Reference · EN 12696Product datasheets are available on request from Aavaran
Wherever steel reinforcement faces aggressive environments — coastal, industrial, urban, or marine.
Deck ICCP, pier and abutment protection, pre-stressed beams. Deicing salt and coastal chloride environments.
Jetties, seawalls, piers, wharves. GalvaJacket™ pile systems for tidal, splash, and fully submerged zones.
Multi-level decks, ramps, soffits, and columns. CAS coating and discrete ICCP for chloride-contaminated concrete.
Chemical plants, cooling towers, desalination, and power stations exposed to aggressive chemical and salt environments.
Coastal high-rises, balconies, facades, and terraces. CAS and EZ-Anode galvanic systems for prevention and repair zones.
Portals, linings, and columns exposed to humidity and chloride water infiltration. Minimal disruption surface-applied systems.
Potable water tanks, reservoirs, sewage treatment, and cooling basins under constant moisture and chemical attack.
Hospitals, research buildings, and public infrastructure where longevity is non-negotiable and disruption unacceptable.
Half-cell potential, chloride profiling, carbonation, cover depth, resistivity.
Anode type, spacing, zone layout, current spec, power supply selection.
Genuine CP systems installed by trained CP specialists with full QA/QC.
Baseline readings, current testing, reference electrode verification to EN 12696.
Remote SCADA, annual reports, maintenance visits, system optimisation.
Sole authorised distributor for Vector and CAS in Indian subcontinents. Original products, full manufacturer warranty, and direct access to global R&D and technical support.
Unlike pure distributors, Aavaran designs, installs, and monitors. Backed by Structural Group's 30-year specialist contracting track record — we own the outcome.
All systems designed and installed to EN ISO 12696:2022 and NACE SP0290. Full commissioning documentation for asset managers and regulatory compliance.
Deep experience in India's aggressive corrosion environments — coastal chlorides, monsoon humidity, and industrial pollutants — across all geographies.
CP is a 20–40 year commitment. Our annual maintenance contracts, remote monitoring, and institutional permanence ensure a reliable partner for the full system life.
Repair without CP leads to recurring cycles every 5–10 years. A correctly engineered CP system stops the corrosion mechanism entirely — superior lifecycle economics.
A selection of completed projects by Structural Group, Vector Corrosion Technologies, and CAS Systems Austria — the same depth of experience and field-proven systems that Aavaran brings to every project.
Continuous exposure to coastal and tidal conditions had led to corrosion-related deterioration across critical structural elements at this busy container handling terminal. The project demanded carefully planned measures while ensuring uninterrupted operations, safe execution, and compliance with stringent operational and statutory requirements.
Premature deterioration and corrosion-related distress in the PT slab system had begun affecting the structural integrity of this commercial office building. Detailed investigations revealed the need for specialised corrosion protection, strengthening, and restoration measures to improve durability and restore long-term structural performance.
The RCC court building had undergone structural deterioration due to ageing, environmental exposure, and fire-related damage at select locations. The rehabilitation programme focused on restoring structural stability and durability while ensuring uninterrupted functioning of this high-footfall public institution.
Aggressive chemical exposure and harsh coastal conditions had caused severe corrosion and deterioration of the RCC structure, resulting in spalling concrete and exposed reinforcement at multiple locations. Immediate strengthening and corrosion mitigation measures were required to restore structural safety and operational reliability.
Long-term exposure to environmental and operational stresses had led to significant structural deterioration within the flyover. Extensive rehabilitation and corrosion mitigation interventions were necessary to restore structural health, durability, and serviceability of the bridge infrastructure.
Severe coastal exposure had resulted in extensive corrosion and deterioration within the RCC cooling tower structure, with reinforcement exposed at several locations. Comprehensive restoration and corrosion mitigation measures were undertaken to improve durability and extend the operational life of the structure.
Marine pile protection using Galvashield® jacket systems on an active container terminal wharf. Protecting concrete piles across tidal, splash, and submerged zones from aggressive chloride attack.
ICCP system installation on Pier 519 of the Burlington Skyway — a major highway bridge over Hamilton Harbour. Impressed current cathodic protection to arrest chloride-induced corrosion on critical structural elements.
Innovative cathodic protection and rehabilitation of a 40-year-old cooling tower at an operating power generation facility. ICCP system deployed to preserve the reinforced concrete shell and extend service life without demolition.
Targeted ICCP installation to extend the life of a high-rise basement structure in Dubai's Business Bay. Delivered corrosion protection in a live building environment with zero disruption to occupants above.
Cathodic protection for new construction at the King Fahad Industrial Port in Yanbu — the largest port for crude oil and petrochemical loading in the Red Sea. Galvanic protection embedded into new pile-supported concrete deck structure.
Cooling tower rehabilitation at an operating power generation facility using cathodic protection to arrest corrosion in the reinforced concrete shell. System designed to operate around continuous plant operations with remote monitoring.
CAS has deployed the CASTQ composite quantum anode system across hundreds of structures worldwide. A selection of recent references across key sectors relevant to India.
Underground parking deck — tubbings, liners. 6,500 m² CASTQ system. Abu Dhabi (UAE), 2023.
2,676 m² CASTQ floor ICCP system. Enschede (NL), 2023.
400 m² CASTQ ICCP system on bridge deck. Aalsmeer (NL), 2024.
485 m² CASTQ on a listed historic monument facade. Montpellier (FR), 2024.
EZ-Anode galvanic system on bridge abutments. One of the first EZ-Anode field installations. Styria (AT), 2007/2013.
998 m² CASTQ for protection and re-alkalisation of carbonated concrete beams and soffits during campus transformation. Antwerp (B), 2022–23.
Whether you have an active corrosion problem, need a condition survey, or are specifying protection for a new project — our team covers India, Nepal, Bangladesh, Bhutan, Sri Lanka, and the Maldives.