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Advancing core technologies and next-generation materials to deliver differentiated value and sustainable innovation
R&D at the Core
of Progress
LX Hausys R&D drives innovation across the entire company, enabling us to remain a future-focused business. We integrate advanced research capabilities with deep industry expertise to develop high-performance, eco-friendly product solutions customers need.
Across every business unit – from surface materials to industrial films – we strengthen the quality, design and competitiveness of our products to create improved spaces and deliver higher value to the customers and industries we serve.
The LX Hausys R&D Institute is committed to sustained investment in research and development, securing foundational technologies, and discovering new business opportunities through convergence and cross-functional innovation.
Building on our core platform technologies —especially surface treatment and finishing, analytical science, and reliability testing—we develop high value-added building materials and automotive components while concentrating our R&D capabilities on future growth areas.
We focus on developing advanced core technologies that enhance the performance, durability, and usability of our materials. This includes improving surface functionalities, refining manufacturing processes, and ensuring consistent quality across applications.
We research functional surface-treatment technologies that enable easy maintenance and deliver distinctive visual and tactile qualities. We also develop digital printing technologies that bring customer-specific designs to life, and we provide analytical support for products across both R&D and manufacturing. In addition, our reliability evaluation capabilities help strengthen product quality and enhance product competitiveness.
We address major societal and industry challenges—such as preventing building fire incidents and reducing noise transmission between floors in multi-family housing—through technology development and validation. We also expand research into next-generation materials, such as electric vehicles and batteries, strengthening our readiness for future-oriented businesses.
Through research on organic–inorganic hybrid materials,
we develop engineered surfaces—including acrylic solid surfaces
and engineered stone—that offer differentiated
performance and diverse design options.
Based on a molecular-level understanding of polymer chemistry and physics,
we research eco-friendly materials and apply them to process and product
development. This includes developing environmentally responsible flooring
solutions designed to meet stringent safety and sustainability expectations.
We develop functional films for home appliances, automotive applications,
and interior and exterior building materials by integrating polymer
formulation, curing technologies for various energy sources, metallization
processes, and advanced process design.
We develop lightweight components using glass- and carbon-fiber–
reinforced polymer composites, supported by CAE (computer-aided
engineering) design and simulation. We also develop automotive interior
surface materials using eco-friendly approaches and premium, natural-
leather-like textures, leveraging calendering and extrusion technologies.
Using PVC, aluminum, and glass-based materials, we conduct
comprehensive research on energy-saving window and door systems.
Our work includes thermal and structural analysis, as well as design
optimization, to meet insulation, airtightness, and watertightness
requirements and structural strength standards.
We develop high-performance building insulation by precisely controlling
the cellular structure of polymer foam using flame-resistant polymer
materials and non-CFC hydrocarbon blowing agents—
delivering world-class thermal insulation performance.
Through continuous investment in research, talent, and technology, LX Hausys strengthens its position as a global leader in advanced building materials and integrated design solutions.
