Started mass production of Hyosung Heavy Industries' COPPER ROTOR

Started mass production of Hyosung Heavy Industries' COPPER ROTOR (Copper rotor) From May 2019, the company started producing copper rotors and supplying them to Hyosung Heavy Industries. It is a rotor used for premium class (IE3) motors, and CASTMAN is the only company in Korea to have production technology and production results.

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Started mass production of EGR Mixer using the salt method

CASTMAN started mass production of EGR Mixer die casting using the salt core method for the first time in the world based on its excellent technology.

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Started mass production of COOLING PLATE applying copper die casting method

Started mass production of COOLING PLATE applying copper die casting method Started mass production of cooling plate using copper die casting method Built-in mass production system by applying copper die casting method for cooling plate for super computer Signed a contract with Japanese company Kaga electron with FUJIKURA. Mass production began in March 2019.

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CASTMAN's Products

“High-quality die casting : Copper Roter / Salt Core Diecasting / Copper, Brass, Aluminum Parts.”

Salt Core Diecasting / Copper Roter / Copper, Brass, Aluminum Parts

Products Made by Replacing Sand Core with Salt Core Technology
Products Made by Replacing Sand Core with Salt Core Technology
Copper Die Casting For Heat Sink
Copper Die Casting For Heat Sink
Integrated Heat Sink with Cooling Capability
Integrated Heat Sink with Cooling Capability
CASTMAN CU Rotors
CASTMAN CU Rotors

News & Notify, Technical Resource


Fig. 2. Description of the mould structures with the mould inserts docked

Improvement and Validation of Zamak Die Casting Moulds

This paper summary is based on the article Improvement and validation of Zamak die casting moulds presented at the Procedia ...
Fig. 3 The gating system of a die casting die

Development of a Semi-Automated Die Casting Die Design System

This paper summary is based on the article "Development of a semi-automated die casting die design system" presented at the ...
Figure 1. 3D model of the heating unit.

Quality Improvement of Welded Joints of Die-Cast Al Alloys Using Oscillation and Current Modulation of the Electron Beam

This paper summary is based on the article "The quality improvement of welded joints of die-cast Al alloys using oscillation ...
Figure 1. Structure of the vacuum die-cast equipment

Study on Microstructures and Properties of Al. Alloy Vacuum Die-Cast Parts

This paper summary is based on the article "Study on Microstructures and Properties of the Al. Alloy Vacuum Die-Cast Parts ...
Figure 1. Sampling region on the plate manufactured by HPDC.

Phase-Field Modelling of Bimodal Dendritic Solidification During Al Alloy Die Casting

This paper summary is based on the article "Phase-Field Modelling of Bimodal Dendritic Solidification During Al Alloy Die Casting" presented ...
Figure 8. Developed Al-6Zn-2Mg-1.5Cu alloy propeller

Development of Low-Pressure Die-Cast Al-Zn-Mg-Cu Alloy Propellers Part II: Simulations for Process Optimization

1. Overview: Title: Development of Low-Pressure Die-Cast Al-Zn-Mg-Cu Alloy Propellers Part II: Simulations for Process OptimizationAuthor: Min-Seok Kim and Soonho ...
Fig. 4. Integrated magnesium door cast inner developed as part of a DOEsponsored project led by GM, right, and equivalent steel stamped door inner, left [10] (Copyright 2015 by IMA. Used with permission).

A review of magnesium die-castings for closure applications

1. Overview: Title: A review of magnesium die-castings for closure applications Author: J.P. Weiler Year of Publication: 2019 Journal/Conference: Journal ...
Figure 11. Micrographs of fractured (a) α-Al15(Fe,Mn,Cr)3Si2 particle and (b) β-Al5FeSi platelet after wear testing.

Designing Wear-Resistant Diecast AlSi9Cu3(Fe) Alloys for High-Temperature Components

This paper summary is based on the article [Design of Wear-Resistant Diecast AlSi9Cu3(Fe) Alloys for High-Temperature Components] published in the ...
Figure 1: Inner side of the moving die (a) and the geometry with four test cases two-holes, steps, threecan and u-profiles (b) and the shown in a)

Combined Defect Prediction for Large-Area Die-Cast Components Using High-Resolution Multi-Phase Simulation

1. Overview Title: Combined defect prediction for large-area die-cast components using high-resolution multi-phase simulation Authors: J. Jakumeit, Η Behnken, R ...
Figure 1. Geometrical model of the variable thickness plate casting with sprue and top riser. Node numbers are marked

Simulation of variable thickness aluminum alloy plate casting

1. Overview: Title: Simulation of variable thickness aluminum alloy plate casting Author: G. S. Reddy, and Md. Hafeez Publication Year: ...
Fig. 1 Pictures of one of the better castings a and c die temperature 250 °C and injection velocity 2.0 m/s, and worst castings b and d die temperature 180 °C and injection velocity 1.3 m/s for AS31

Mechanical Properties and Deformation Behaviour of High-Pressure Die-Cast Magnesium-Aluminium Based Alloys

1. Overview: Title: Mechanical Properties and Deformation Behaviour of High-Pressure Die-Cast Magnesium-Aluminium Based Alloys Author: Hua Qian Ang (Vivian) Publication ...
Fig. 2. Improved part design

Magnesium Alloys and Applications in Automotive Industry

1. Overview: Title: Magnesium alloys and applications in automotive industry Author: Nima Khademian, Yaser Peimaei Publication Year: August 2021 Publishing ...
Figure 9 A part of Al die cast product where internal soundness was improved by the application of DHA-THERMO core pins

Paper Summary: High Thermal Conductivity Steel and its Application to Die Casting Tools

This paper summary is based on the article "High Thermal Conductivity Steel and its Application to Die Casting Tools" presented ...