The Materials Technology Section conducts applied and basic research in Materials Science, providing technical support to the industry and organizations through customized services and contract research projects. Industries such as ceramics, minerals, coatings, wood & cellulose natural fibers (e.g. coconut & banana), rubber, and plastic sectors are commonly served. A multi-disciplinary team develops new products and transfers them to industry, troubleshoots industrial processes, and provides training programs to meet various industrial needs.
Purification of quartz and silica sand in Sri Lanka
Modification of MTS clay water filter to suppress harmful bacteria activity and other contaminants including fluoride and heavy metals in drinking water.
Synthesis of Graphene and Graphite oxide from Sri Lankan vein graphite
Green synthesis of graphene for bio-medical applications
Purification of graphite up to 99.99% carbon.
Upgrading low-grade graphite using the floatation technique
Development of thermal conducting Rubber using Graphene and Graphite
Further development of red clay based superior quality cookware.
A low-cost electrode modified by controlled synthesis of nano-fiber network of homo/copolymer of aniline and pyrrole on graphite-clay composite substrate for supercapacitor applications.
Demand driven automotive rechargeable cost efficient battery Manufacturing Technology for SME startups.
Preparation of composite membrane for Reverse Osmosis plant.
Waste to energy-fabrication and development of cost-effective briquettes from leftover food waste using organic garden waste as additives.
Designing and fabrication of a Water Ionizer.
Extraction and formation of Titanium alloys from Rutile with cost effective methods than conventional methods.
A stable composite based on titanium dioxide and clay as an effective photocatalyst for wastewater treatment.
Development of Lubricant products from local graphite.
Development of a polybutyrate (PBAT) based low cost biodegradable plastic material as a replacement for polythene shopping bag and “Lunch sheet”.
Design of production process equipment and wastewater treatment plant for Graphene production process.
Conversion of readily available Sri Lankan natural quartz to solar grade silicon for applications in electronic industries.