나이스엘엠에스

NICE LMS has been focusing its capabilities on eco-friendly lightweight alloy material research that considers the future of humanity, based on its exceptional research and development capabilities for high-strength aluminum materials, ECO-Mg, and ECO-Al. Based on these R&D results, the company is developing various products for different purposes.

Aluminum Alloy Design

기존 합금의 성분 개량의 합금 Modify
기계적 특성에 따른 합금 설계
고객 용도에 따른 신합금 설계

Aluminum Extrusion Working Process

치수정밀 및 조직 제어를 위한 압출 공정 기술 개발
등온, 등속의 정밀 압출 기술 개발
Bending, Forming 등의 가공 기술 개발

Heat treatment And Analysis

최적 기계적 특성 확보를 위한 열처리 공정 개발
미세조직 및 특성 분석 기술
Data Base 구축 및 활용 기술 개발

High-Purity Al Sputter Target

디스플레이 패널 스퍼터용 4N, 5N급 고순도 Al 빌렛 진공연속주조기술개발
열간 압출을 통한 디스크형, 평판형, 로터리형 스퍼터 타겟 생산기술개발

ECO-Al, ECO-Mg Alloy

한국생산기술연구원으로부터 이전받은 ECO-Mg, ECO-Al 소재 특허 기술을 활용, 고강도 고연성 ECO-Mg, ECO-Al 합금 개발

Material Patents

2023
Application Numbers. 1020230180077 Method for manufacturing hollow sputtering targets
Application Numbers. 1020230180076 Composite frame with inserted metal material
2021.
Application Numbers. 1020210185331 Method for manufacturing aluminum sputtering targets
Application Numbers. 1020230095654 Method for manufacturing aluminum sputtering targets
Application Numbers. 1023296200000 Aluminum alloy for die casting
Application Numbers. 1023102610000 Heat pipe device
2017.
Application Numbers. 1017945830000 Aluminum alloy for anodizing with improved strength and enhanced anodizing process
2015.
Application Numbers. 1015134380000 Billet casting apparatus
2014.
Application Numbers. 1013639090000 Integrated aluminum bumper assembly with towing function
2009.
Application Numbers. 1009096990000 Aluminum alloy with improved impact energy and extrusions made from it
2008.
Application Numbers. 1007936970000 High-strength aluminum alloy with improved workability and its manufacturing method, used for automotive headrest frames

Design Patents

2014.
Application Numbers. 30075068002 Vehicle roof rack
Application Numbers. 30075068001 Vehicle roof rack
Application Numbers. 30075068000 Vehicle roof rack

2021.04.01 ~ 2024.12.31

Ministry of Trade, Industry and Energy (Korea Institute for Advancement of Technology)
Development of lightweight technology for hybrid structure battery pack cases for electric vehicles based on high-performance composite materials

2020.04.01 ~ 2024.12.31

Ministry of Trade, Industry and Energy (Korea Institute for Advancement of Technology)
Development of sputter target manufacturing technology for high-purity AI and AI alloys for displays

2020.05.01 ~ 2022.12.31

Ministry of Trade, Industry and Energy (Korea Institute for Advancement of Technology)
Development of casting technology for battery module cases with integrated cooling channels (thermal conductivity of 130W/mK) for global electric vehicle market entry

2020.09.01 ~ 2021.12.31

Ministry of SMEs and Startups (Chungnam Regional Business Evaluation Team)
Development of high thermal conductivity (400W/mK) battery module component coating technology to improve efficiency and lifespan of electric vehicle batteries

2018.10.01 ~ 2021.09.30

Ministry of Trade, Industry and Energy (Korea Institute for Advancement of Technology)
Development of high-strength, lightweight aluminum battery packs and PCM_BTMS for enhanced stability and battery efficiency in electric vehicles

2018.04.01 ~ 2020.12.31

Ministry of Trade, Industry and Energy (Korea Institute for Advancement of Technology)
Development of high-quality lightweight aluminum air suspension components using rear impact extrusion integrated molding process

2018.04.01 ~ 2019.12.31

Ministry of Trade, Industry and Energy (Korea Institute for Advancement of Technology)
Development of 400MPa high-strength, high-corrosion resistance aluminum alloys for 3D printers

2014.06.23 ~ 2019.06.22

Ministry of Trade, Industry and Energy (Korea Institute for Advancement of Technology)
Development of continuous casting and component lightweighting technology for AI-Si high alloy billets

2014.06.01 ~ 2019.05.31

Ministry of Trade, Industry and Energy (Korea Institute for Advancement of Technology)
Development of continuous casting technology for aluminum alloys containing over 10% solute elements with non-flammable continuous casting compositions