Development of a high-efficiency magnesium cooling fan for automotive applications using room-temperature molds
Applied Product
Automotive engine room cover
Project Overview
Development of an integrated, high-efficiency magnesium automotive product by applying room-temperature molds to a cooling fan that was previously manufactured through a dual injection molding process using PE and steel materials.
Magnesium Pallet
Project Name
Development of a magnesium pallet
Applied Product
Magnesium pallet
Project Overview
Development of a high-strength, ultra-lightweight, and eco-friendly magnesium pallet by applying a rivet-joining method to pallets traditionally manufactured using wood, plastic, or steel materials.
Magnesium Engine Room Cover
Project Name
Development of a thermoforming engine room cover molding system based on a medium- and low-temperature, high-frequency induction heating press process with applied design surface treatments
Applied Product
Automotive engine room cover
Project Overview
The project aims to manufacture an ultra-lightweight, high-strength magnesium (Mg) engine room cover for automotive applications by applying a high-frequency induction heating press process suitable for lightweight materials, replacing conventional engine room covers produced through injection molding processes using nylon or polypropylene-based resins.
