Built on advanced heat-resistant and high-durability material technologies, AM Solution has achieved USD 3 million in exports in the global market. Discover how AM Solution’s technology-driven export strategy is expanding the company’s global competitiveness.

Proven Technology in the Global Market: The Meaning Behind Achieving USD 3 Million in Exports

AM Solution has achieved USD 3 million in exports globally (with cumulative exports exceeding USD 20 million), demonstrating its competitiveness as a high-performance elastomer material company. This achievement is meaningful not merely as a revenue milestone, but as proof that a technology-driven material company has secured substantial trust in overseas markets.

In particular, the company’s accumulated R&D capabilities in high heat-resistant, high-durability materials and functional polymers have aligned with growing global demand, leading to tangible business success.

Research and Development of High-Performance Automotive Polymers

The rapid expansion of electric vehicles (EVs) and hybrid vehicles has introduced increasingly complex environmental requirements for automotive materials. Conditions such as high-temperature exposure near battery systems, repeated thermal cycling, low-temperature impact loads, creep resistance demands, lightweighting, and insulation requirements necessitate material designs capable of maintaining structural stability under combined thermal and mechanical stresses—not simply higher strength.

To address these demands, AM Solution is advancing research and development centered on precision formulation engineering, functional additives, and molecular-level modification technologies. As a specialized company providing high-performance polymer and composite material solutions—including TPEE, TPU, and ionomers—AM Solution continues to establish strong technological foundations in automotive applications.

AM Solution’s Core Technology Areas – Automotive Material R&D

AM Solution’s automotive material R&D is built upon four key technological pillars:

• TPEE-based modification technology
• Compatibility and interfacial control technology
• Impact resistance enhancement design
• Dynamic network-based research (vitrimer concept)

These are not merely approaches to improving individual material properties, but core technologies that optimize performance at the structural and molecular levels.

TPEE-Based Material Engineering

TPEE (Thermoplastic Polyester Elastomer) offers excellent elastic recovery, chemical resistance, and processability for injection molding and extrusion, along with relatively strong thermal stability. However, under the repeated high-temperature and high-load conditions associated with electrified mobility environments, limitations may emerge, including reduced elastic modulus, creep deformation, and instability in blend microphase structures.

To overcome these limitations, AM Solution seeks to optimize performance balance through segment structure adjustment, reactive compatibilizer integration, crosslink structure control, and microphase uniformity enhancement.

Interfacial Engineering and Compatibility Control

In multi-resin blending and composite systems, issues such as phase separation, reduced interfacial adhesion, decreased impact strength, and long-term property inconsistency commonly occur. These challenges are closely related to differences in polarity, molecular weight, and phase behavior.

To address them, AM Solution applies advanced interfacial engineering strategies including reactive functional group design, interfacial energy reduction techniques, microphase dispersion control, and microscopy-based structural validation using SEM and TEM analysis.

Performance evaluations are conducted through Izod and Charpy impact testing, tensile and flexural testing, DMA analysis, and comparative thermal aging assessments.