IsaMill™ Technology has been a core part of Glencore processing operations since 1994. This commitment continues to grow with 25 IsaMills™ operating at various Glencore
OverviewIntroductionIsaMill Operating PrinciplesHistory of the IsaMillAdvantages of the IsaMillIsaMill spin-offs (If You'll Pardon The Pun!)
The IsaMill is an energy-efficient mineral industry grinding mill that was jointly developed in the 1990s by Mount Isa Mines Limited ("MIM", a subsidiary of MIM Holdings Limited and now part of the Glencore Xstrata group of companies) and Netzsch Feinmahltechnik ("Netzsch"), a German manufacturer of bead mills. The IsaMill is primarily known for its ultrafine grinding applications in the mining industry, but is also being used as a more efficient means of coarse grinding. By the
Glencore ha estado usando la Tecnología IsaMill™ como parte fundamental de sus operaciones de proceso desde 1994. Este compromiso sigue creciendo con los 25
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2020年1月30日Glencore Technology has introduced two significant changes to its IsaMill fine grinding mill Glencore Technology's IsaMill M10000 at Minsur's B2 project in Peru is
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2021年9月13日Glencore Technology has announced what it says is an important formalisation and commitment with Global PAM to deliver services to clients of IsaMill™
Glencore Technology has a range of technology solutions and services suited to many applications including fine grinding technology, media addition systems suited for a
IsaMill™ ofrece una escala 100% precisa, como ha quedado demostrado en repetidas oportunidades. Es más fácil de mantener, no tiene problemas de seguridad por la altura y se abre en cosa de minutos. Es capaz de generar una distribución granulométrica homogénea sin necesidad de harneros internos o ciclones de circuito cerrado.
The IsaMill™ is a closed mill. Slurry travels through the mill in a 'plug' flow pattern through consecutive grinding discs. Media recirculates between the rotating discs distributing grinding action throughout the IsaMill™. Grinding is by attrition and abrasion of the particles in contact with the high speed, small, circulating media.
Glencore Technology Knowledge Calculators IsaMill™ Calculator Use this online calculator to get a quick and easy idea of what is possible. Naturally, the data-gathering, in-depth calculations and testwork used by us in a real project are more involved and they help us deliver the world's best performance guarantee.
Simply energy efficiency is about media size. Smaller media has more surface area and higher media/particle collision frequency making it more efficient. The high intensity in the IsaMill™ means small media can break coarse particles. The large scale of the IsaMill™ makes that efficiency available to mainstream grinding.
The patented IsaMill is a transformation in grinding technology based on high intensity stirred milling. The IsaMill was developed for fine grained orebodies that needed a step change in processing efficiency to be economic. The IsaMill significantly reduces the energy requirement, and media and capital costs of fine grinding.
IsaMill™ is the world’s only horizontal fine grinding mill. The horizontal slurry flow means low cost ceramic media can be used without the concerns of a vertical mill. It’s easy to operate and it maximises availability. The IsaMill™ gives an accurate and rapid scale up, so it’s predictable and reliable.
超大型艾萨磨®ISAMILL® 5000主要是通过筒体内的搅拌平在主轴的带动下实现高速旋转,从而使磨矿介质(采用2-6mm陶瓷球)做绕轴向运动和自转运动,矿物颗粒受到高速运动的磨矿介质的擦洗力,实现磨细的过程。. 同时磨机利用内部分级(无需旋流器)和选择性
2019年3月1日In survey 2, the IsaMill™ drew a gross power of 427 kW for a specific energy of 55 kWh/t producing a product P 80 of 21.4 µm. In survey 3, following installation of the conical spacers, the IsaMill™ drew a gross average power draw of 333 kW a reduction of 22% compared to the standard cylindrical spacer configuration.
2001年5月1日The IsaMill separator has successfully operated with a wide variety of medium types, such as silica sands, river gravel, smelter slag, run-of-mine ore fractions and steel shots, with sizes ranging
Die patentierte IsaMill ist eine Neuerung in der Mahltechnologie, die auf einem hochintensiven Rührwerksmahlverfahren basiert. Die IsaMill wurde für feinkörnige Erzvorkommen entwickelt, die aus wirtschaftlichen Gründen eine deutliche Verbesserung der Verarbeitungseffizienz erfordern.
Simply energy efficiency is about media size. Smaller media has more surface area and higher media/particle collision frequency making it more efficient. The high intensity in the IsaMill™ means small media can break coarse particles. The large scale of the IsaMill™ makes that efficiency available to mainstream grinding.
The patented IsaMill is a transformation in grinding technology based on high intensity stirred milling. The IsaMill was developed for fine grained orebodies that needed a step change in processing efficiency to be economic. The IsaMill significantly reduces the energy requirement, and media and capital costs of fine grinding.
IsaMill™ is the world’s only horizontal fine grinding mill. The horizontal slurry flow means low cost ceramic media can be used without the concerns of a vertical mill. It’s easy to operate and it maximises availability. The IsaMill™ gives an accurate and rapid scale up, so it’s predictable and reliable.
2019年3月1日The IsaMill™ was developed in the 1990′s by Mount Isa Mines (MIM, now Glencore) and Netzsch Feinmahltechnik, to specifically address the requirement for fine grinding down to a P 80 of 7 µm for the development of MIM’s McArthur River deposit and improve metallurgical performance at the Mount Isa Pb/Zn concentrator.
超大型艾萨磨®ISAMILL® 5000主要是通过筒体内的搅拌平在主轴的带动下实现高速旋转,从而使磨矿介质(采用2-6mm陶瓷球)做绕轴向运动和自转运动,矿物颗粒受到高速运动的磨矿介质的擦洗力,实现磨细的过程。 同时磨机利用内部分级(无需旋流器)和选择性磨矿原理生产出粒度适宜的磨矿产品,保证磁选、重选、浮选、浸出作业的回收率。 磨矿产品
2019年3月1日In survey 2, the IsaMill™ drew a gross power of 427 kW for a specific energy of 55 kWh/t producing a product P 80 of 21.4 µm. In survey 3, following installation of the conical spacers, the IsaMill™ drew a gross average power draw of 333 kW a reduction of 22% compared to the standard cylindrical spacer configuration.
GSL’ performs IsaMill™ testing using a Netzsch LM4 mill, which has the exact same internal dimensions and workings as the IsaMill M4. Signature plot testing using the IsaMill™ provides data on the specific energy required to reach product size and can be used in the design of IsaMill™ grinding circuits. GSL offer testing services aimed
IsaMill. El IsaMill es una industria de minerales de bajo consumo molino que fue desarrollado de manera conjunta en la década de 1990 por Mount Isa Minas Limited ( "MIM", una filial de MIM Holdings Limited y que ahora forma parte de la Glencore Xstrata grupo de empresas) y Netzsch Feinmahltechnik (" Netzsch "), un fabricante alemán de
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