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Logo Litech Sample Preparation, Sampling & Sieving Solutions

Applications & Solutions

Figures, data & facts for reference

Our comminution solutions are used wherever materials need to be reliably crushed and samples prepared reproducibly – from harsh, continuous operation in mining to precise analysis in the laboratory. Whether hard ores and rocks, aggregates from quarries, recycled materials such as concrete and asphalt, or a wide variety of samples for research and quality assurance: the applications are diverse and designed for efficient, controlled processes.

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dry mortar

dry mortar

Sample preparation for subsequent quality control.

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cement clinker

cement clinker

Coarse reduction, fine grinding and final homogenization according to EN and ASTM standards.

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clay tiles

clay tiles

Recycling of clay bricks with high throughput using modern processing machines from LITech GmbH.

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Titanium slag

Titanium slag

In addition to the primarily undesirable accompanying substances, this slag also contains valuable titanium compounds which are important for recovery.

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Polystyrene

Polystyrene

The granules can be used for various purposes, for example as filling material in the furniture industry or in agriculture.

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Catalyst

Catalyst

Crushing the catalyst honeycomb bodies and extracting valuable precious metals such as platinum, palladium and rhodium.

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Battery recycling

Battery recycling

Pretreatment and shredding of used batteries to obtain a concentrated mixture of metals such as lithium, nickel, cobalt, manganese.

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Ferromolybdenum

Ferromolybdenum

In the laboratory, ferro-molybdenum can be crushed using a jaw crusher. It is then finely ground using a vibrating disc mill.

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Ferrochrome

Ferrochrome

Precise comminution of ferrochrome in the laboratory is essential to obtain representative powder samples for material analysis.

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Magnesium

Magnesium

Crushing magnesium in the laboratory presents some challenges due to the metal's special properties.

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Ferrite magnets

Ferrite magnets

Crushing ceramic ferrite magnets allows the brittle material to be efficiently broken down into smaller particles.

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Electronic waste

Electronic waste

Electronic waste recycling - recovery of copper, aluminum, gold, silver, rare earths and much more.

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sulfur

sulfur

Everything you need to know about the processing and grinding of sulfur in the laboratory, chemical and agricultural industries.

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Carbonatites

Carbonatites

Carbonatites with >50% carbonate (calcite, dolomite) are valuable raw materials. Learn how to optimize comminution from laboratory to industrial phosphate and REE extraction.

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Ferrotungsten

Ferrotungsten

Efficient method for crushing dry ferrotungsten in a jaw crusher with manganese steel or tungsten carbide jaw plates. Learn more now.

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Calcined clay

Calcined clay

Learn why calcined clay is sample ground and what advantages fine grinding offers for cement and concrete.

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Bauxite

Bauxite

Practical solutions for bauxite sample preparation in the laboratory: air drying, pre-crushing, fine grinding and homogenization for Bayer experimental analysis.

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Our shredding systems are also used in many industries where reliable results are crucial: in Geology and Mineralogy (e.g. rocks, ores, minerals, drill cores), at Building material testing (concrete, cement clinker, asphalt, ceramics), in the metallurgy (slags, ferroalloys, metal oxides), in the Environmental analysis (soil and waste samples) as well as in Research and Development – for example at universities or in laboratories that study materials such as glass or coal.

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Frequently Asked Questions

Commonly processed materials include rocks, ores, minerals, drill cores, concrete, cement clinker, ceramics, slag, and soil samples. Crucial factors are material hardness, moisture content, structure, and any potential impurities.

Because only uniform, standardized comminution yields comparable measurement results. Different particle sizes or unevenly crushed samples can distort analyses – especially in quality control and elemental analysis.

Through processing, valuable materials can be returned to the cycle. With concrete, it is particularly helpful that reinforcing steel can be cleanly separated – this creates more readily usable fractions for reuse as a building material.

In mining, the focus is on high throughput, robust pre-crushing, and continuous operation. In the laboratory, precision, defined final particle sizes, reproducibility, and easy cleaning between different samples are paramount.

The selection depends on the material (hardness, abrasiveness, moisture content), the desired final particle size, the sample volume or throughput, and the process objective (pre-grinding, quality control, analysis preparation). Ideally, this is determined based on a trial grinding or material test.

Klaus Ebenauer

Ing. Klaus Ebenauer

info@litechgmbh.com
+43 1 99 717 55

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