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Technologies
Innovative materials.Real applications
Proprietary technologies designed for performance and sustainability.
4 Technologies
Advanced Polymers
Engineered polymer systems with tuneable structure, response and function.
01Technology
Shape Memory Polymers
Shape Memory Polymers (SMPs) are advanced smart materials engineered to temporarily deform and recover their programmed shape in response to a specific stimulus, most commonly heat.
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02Technology
Engineered Gel Polymers
Engineered Gel Polymers are highly tunable polymeric materials designed to combine softness, elasticity, energy absorption, and controlled deformation while maintaining structural integrity.
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03Technology
Nanocellulose-Reinforced Polymers
Nanocellulose-Reinforced Polymers combine polymer matrices with nanoscale cellulose structures to create lightweight, high-performance materials with enhanced mechanical strength, stiffness, dimensional stability, and potentially improved barrier properties.
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04Technology
Cellulose Hydrogels
Cellulose Hydrogels are three-dimensional, water-rich polymer networks derived from cellulose that combine high water retention, biocompatibility, softness, and tunable mechanical properties.
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High Performance Textile Technologies
Functional textile platforms engineered for shielding, conductivity, luminescence and thermal performance.
05Technology
Radiation Shielding Textiles
Advanced polymeric and textile-based materials engineered to attenuate X-ray radiation while maintaining flexibility, durability, and manufacturing versatility.
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06Technology
Photoluminescent Textiles
Photoluminescent technology for lasting visibility
Glow-in-the-Dark (GiD) Technology is an advanced phosphorescent material platform based on strontium aluminate chemistry, engineered to provide high-intensity, long-lasting luminescence without batteries, wiring, or external power.
- Integrated photoluminescent technology
- Durable luminescence through repeated use
- No surface coatings required
07Technology
Graphene-Enhanced Textiles
Next-generation thermo-conductive fiber technology
Graphene-Embedded Performance Yarn is a next-generation functional yarn engineered by permanently integrating graphene into the polymer matrix during melt spinning, making its functionality intrinsic to the fiber rather than dependent on surface treatments.
- Graphene-enhanced fiber technology
- Electrical conductivity at fiber level
- Enhanced thermal management
08Technology
Ionic-Infrared Textiles
An advanced functional material platform that combines passive far-infrared (FIR) interaction and negative-ion functionality within fibers, yarns, textiles, coatings, foams, films, elastomers, and other polymer-based materials.
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09Technology
Magnetic Textiles
Magnetic Textiles are advanced functional fabrics engineered by embedding magnetic particles directly within polymer fibers, yarns, coatings, or textile structures to create textiles with controllable magnetic properties.
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Wearable Electronics & Smart Sensors
Flexible sensing integrated directly into textiles, polymers and finished products.
FinixTek's Wearable Electronics & Smart Sensors platform combines flexible pressure, moisture, proximity, and heating technologies that can be seamlessly integrated into textiles, garments, polymers, films, seating systems, medical devices, furniture, and consumer products. Designed for lightweight, flexible, and scalable integration, the platform enables the development of next-generation intelligent products across healthcare, industrial, automotive, aerospace, defense, robotics, agriculture, and consumer markets.
4 Technologies
Sustainable Materials & Circular Technologies
Renewable, bio-based and circular material solutions.
14Technology
Carbon Fiber Alternative
Carbon Fiber Alternative Technology is an advanced polymer-based composite platform designed to provide a lower-carbon alternative to, or complement for, traditional carbon fiber in applications where mechanical performance, durability, weight, cost, and design flexibility are important.
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15Technology
Pineapple Leaf Fiber
Sustainable natural fiber from agricultural waste
Pineapple Leaf Fiber (PALF) is a high-performance natural fiber derived from pineapple leaves, transforming an abundant agricultural by-product into a renewable material for textile, composite, and technical applications.
- Sourced from agricultural waste
- Biodegradable and sustainable
- Strong mechanical properties
16Technology
Bio-Based Polymers
Sustainable polymers from renewable sources
Bio-Based polymers are advanced polymer compounds that integrate renewable, naturally derived fibers or particulates into thermoplastic matrices such as polypropylene, reducing fossil-based content while maintaining the durability, processability, and performance required for industrial applications.
- Renewable source materials
- Comparable mechanical performance to conventional plastics
- Compatible with existing processing equipment
17Technology
Plant-Based Carbon Black
Plant-Based Carbon Black is an engineered renewable carbon material produced from sustainably sourced cellulosic biomass, offering manufacturers a pathway to reduce reliance on fossil-derived carbon while maintaining functional performance across a range of industrial applications.
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