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Demcore Technology TR

  • Website: demcoretech.com
  • Ar-Ge Merkezi:Bilişim Vadisi Teknopark
    Ayazağa Mah. Kemerburgaz Cad. Vadi İstanbul Park 7A Blok No:7B/2 Sarıyer İstanbul/Türkiye
  • Fabrika:Çerkeşli OSB Mah. İMES 16 Cad. No:2 Dilovası Kocaeli/Türkiye
DEMCORE Group’un güçlü bir parçası olan Demcore Technology, çevresel sürdürülebilirliğe öncelik veren geri dönüşüm teknolojilerinde öncü bir konsorsiyum olma yolunda ilerlemektedir.

2011’den beri elektronik atık, katalitik konvertör atığı, lityum iyon piller, değerli metal hurdaları, bakır hurdası ve alüminyum hurdası gibi kritik ikincil ham maddeler için geri dönüşüm teknolojilerini verimli bir şekilde geliştirerek dünya çapında sürdürülebilir bir geleceğe katkıda bulunuyoruz. Geri dönüşümden elde edilen son ürünleri, tel ve kablo teknolojisiyle destekleyerek daha da değerli hale getiriyoruz. Ayrıca, gelişmiş teknolojilerimiz ve mühendislik uzmanlığımızla atık suyu etkili bir şekilde arıtarak çevresel sürdürülebilirliğe ve halk sağlığını korumaya katkı sağlıyoruz.

E-Atık Geri Dönüşümü
Demcore’da, tehlikeli maddelerin çevreyi kirletmesini önlemek ve altın, gümüş ve bakır gibi değerli metalleri geri kazanmak için kapsamlı e-atık geri dönüşüm çözümleri sunuyoruz. Tasarlayıp, kurduğumuz tesislerin prosesleri toplama, ayırma, sökme, parçalama ve malzeme geri kazanımını içerir. Ayrıca, kurduğumuz tesisler elektronik atıkların sorumlu bir şekilde ele alınmasını sağlar ve sürdürülebilirliği teşvik eder.

Bakır ve Alüminyum Geri Dönüşümü
Demcore, bakır ve alüminyum geri dönüşümünde etkin bir rol alarak, kaynakları korur ve çevresel etkiyi azaltır. Hurda metalleri toplayan, ayıran, parçalayan ve rafine eden tesisler tasarlar ve sürdürülebilir uygulamaları ve döngüsel ekonomiyi destekleyen yüksek saflıkta geri dönüştürülmüş malzemeler üretilmesini sağlar.

Auto Spent Catalyst Recycling
We recycle automotive catalytic converters to recover precious metals like platinum, palladium, and rhodium. This process reduces the need for mining, lowers emissions, and promotes resource efficiency, contributing to environmental sustainability.

Li-On Battery Recycling
Demcore’s Li-On battery recycling process recovers valuable metals like lithium, cobalt, and nickel, reducing environmental risks and conserving resources. By reintroducing these materials into new production cycles, we support a sustainable future and reduce reliance on raw material extraction.

Demcore

For Sustainable Future

Recycling

  • Copper and Aluminum Scrap 01
  • Electronic Waste 02
  • Catalytic Converter 03
  • Lithium-ion Batteries 04

Wire Technology
Demcore is a research and development company that produces high-performance copper and aluminum wire products and develops machinery and equipment. Our solutions include material innovations, advanced production processes, and strict quality control stages. Our focus is on improving system efficiency and promoting sustainability through eco-friendly materials and recycling practices.

Cable Technology
We develop machinery and equipment used in the production of cables, which consist of multiple wires twisted together and covered with an insulating outer material. Our work includes material innovations, precise manufacturing processes, and rigorous testing. Our cable technologies ensure reliable power and data transmission, reduce energy losses, and support sustainability through eco-friendly production and recycling.

Products Overview

Pyro-Metallurgy Products

TBRC (Top Blown Rotary Converter)

  • Optimizes metal refining with precise control of temperature and conditions.
  • Processes complex ores and recycled metals for high-purity outputs.
  • Enhances efficiency and quality in metal recovery.
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TRF Furnace (Tilting Rotary Furnace)

  • Designed for high-performance melting and refining of metals.
  • Offers superior temperature and slag management control.
  • Improves metal recovery rates and reduces energy consumption.
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Thomas Furnace

  • Known for high-capacity smelting and precise refining control.
  • Processes various metals with high recovery rates and purity.
  • Handles complex materials effectively and minimizes environmental impact.
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Induction Furnace

  • Uses electromagnetic induction for precise heating and melting of metals.
  • Highly energy-efficient and clean processing of various metals.
  • Improves the purity and quality of metal outputs.
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  • Employs aqueous chemistry for sustainable metal extraction.
  • Minimizes energy consumption and reduces harmful emissions.
  • Supports the circular economy and eco-friendly practices.
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  • Uses electrical energy for efficient metal extraction and refining.
  • Achieves high-purity metal recovery with minimal environmental impact.
  • Enhances operational efficiency and reduces energy consumption.
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  • Utilizes mechanical processes to separate valuable metals from waste.
  • Minimizes chemical treatments and reduces environmental impact.
  • Maximizes resource recovery and improves process efficiency.
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Wire Equipment

  • Enhances productivity in wire manufacturing processes.
  • Handles various metals for precise drawing, coating, and finishing.
  • Ensures consistency and reliability in wire outputs.

Cable Equipment

  • Optimizes manufacturing processes for high-quality cable products.
  • Handles a wide range of materials with precise insulation and coating.
  • Improves operational efficiency and maintains product quality.
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