From mold conveying to casting cooling, degating and sorting: Magaldi's custom end-to-end solutions at Dirikanlar

26 July 2024

From mold conveying to casting cooling, degating and sorting:  Magaldi's custom end-to-end solutions at Dirikanlar

Magaldi Power SpA entered the Turkish metal casting market several years ago, successfully positioning itself as a trusted technology partner for the country’s foremost foundries.

Recently, Dirikanlar Otomotiv San. Tic. Ltd. Şti engaged Magaldi to provide a comprehensive solution for mold conveying, casting cooling, degating and sorting at their iron foundry in Aksaray.
Magaldi custom-designed a Superbelt® conveyor and a Magaldi Casting Cooler (MCC®) to meet the foundry’s specific operational requirements.

The Superbelt® conveyor moves 78 tons per hour of molds from the punch-out to the shakeout, ensuring reliable and safe transportation. Its patented double-wire mesh provides redundancy for continuous, trouble-free operation, even when transporting sand and molds at a temperature of 700°C (1,292 °F). The unique method of connecting the pans to the mesh belt allows all components to freely expand in any direction, enabling the conveyor to withstand temperatures of up to 1100 °C (2,012 °F) while preventing permanent deformation and preserving abrasion resistance.
Additionally, the conveyor's smooth and vibration-free movement minimizes silica dust generation, while covers prevent emissions. This ultimately improves worker safety and reduces housekeeping costs.

Downstream of the shake-out, the MCC® cooling system comes into play. The system consistently cools castings from 550 °C (1,022 °F) to 100 °C (212 °F) through a controlled stream of ambient air that prevents thermal shocks and other microstructural defects on castings, ensuring top-tier quality.
Upon exiting the cooling tunnel, operators handle degating and sorting tasks directly on the belt. The absence of vibrations, the ergonomic belt design, and the noise level below 75 dB(A) significantly mitigate the risk of injuries, contributing to a safer and more productive work environment.

This comprehensive solution, which went live in July, has significantly improved Dirikanlar's operational efficiency and helped Magaldi reach new heights in the dynamic Turkish metal casting market.

News

Magaldi joins the European Steel Technology Platform (ESTEP)

11 November 2024

We at Magaldi are proud to announce our membership in the European Steel Technology Platform (ESTEP)! Joining ESTEP is a significant step forward in our mission to provide effective solutions for sustainable steelmaking.

Read More

News

Dry IBA extraction: a Taiwanese delegation visits the Desio WtE plant to study the Ecobelt® WA system

03 July 2024

On July 2nd, the Brianza Energia Ambiente WtE plant in Desio, Italy hosted a delegation of technicians from the city of Kaohsiung (Taiwan) and representatives of Taiwanese companies involved in environmental services. The purpose of the visit was to learn about the plant's incinerator bottom ash (IBA) extraction process, which utilizes Magaldi's innovative dry extraction technology.

Read More

News

Magaldi joins the Heavy Industry Low-carbon Transition Cooperative Research Centre (HILT CRC)

30 May 2024

Magaldi has joined HILT CRC as a key partner in devising innovative solutions for the energy transition and reducing carbon emissions in heavy industries.

Read More

News

DRI-fed EAF route: capitalizing on HDRI energy value with the Ecobelt® DRI conveyor

15 May 2024

The DRI-fed EAF route presents a compelling path for reducing emissions and meeting the growing demand for top-tier steel products. Developed by Magaldi, the Ecobelt® DRI conveyor system is a fully enclosed solution designed specifically for transporting hot DRI (HDRI) in the steelmaking process. This system optimizes the overall energy consumption by capitalizing on the high energy value of HDRI. Discover more about this groundbreaking solution's environmental benefits and technological advancements, positioning it as a key enabler for sustainable steel production.

Read More