LX-M100

Mare Standard

LX-M100 regolith simulant is a synthetic lunar soil that replicates the properties of real lunar regolith. LX-M100 is a mare type simulant and consists of 100% basalt as the starting material, the bedrock of the mare regions of the moon. The simulant is designed for general purpose and is well suited for terramechanical applications or ISRU research.

Datasheet

External analysis

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LX-T100

Terrae Standard

LX-T100 regolith simulant is a synthetic lunar soil that replicates the properties of real lunar regolith. LX-T100 is a terrae type simulant and consists of 100% anorthosite as the starting material, the bedrock of the highland regions of the moon. The simulant is designed for general purpose and is well suited for terramechanical applications or ISRU research.

Datasheet

External Analysis
 

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South Pole / LX-T90

If you go where everyone wants to go.

This South Pole Simulant is a local mixture to suit most current south pole missions. It is a 90% LX-T and 10% LX-M mixture.

Datenblatt

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LX-MARS

Mars Global Flying Sand Simulant

The LX-MARS regolith simulant is a synthetic Martian soil that mimics the properties of real Martian regolith. LX-MARS is similar in its mineralogical, chemical and physical properties to the average Martian surface deposits. The simulant reproduces the formation of regolith particles on Mars through evaporation by combining the various starting particles into more complex agglomerates through wet mixing, subsequent drying and grinding.

Datenblatt
 

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Local mixtures

Many places are not pure terrae or pure mare.

Many places are not just terrae or mare, they are mixtures of the two. We offer ready-made blends, the system is simple:
The main component is abbreviated in the name and indicated with the percentage.
E. g. LX-T70 is 70% Terrae and the rest (30%) is Mare.
 

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Glass

Amorphous Particles

Amorphous particles are essential for certain applications. Without a crystal structure, chemical reactions can take place faster or at lower energies. They also have an influence on optical parameters. Due to their lower melting point, they are also relevant for high-temperature experiments.
We offer glasses made from the basic simulants and their mixtures.

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Agglutimates

Sintered Particles

Agglutinates are sintered particles. Similar to glasses, they increase the quality of the simulant to meet the properties lunar regolith.
We offer agglutinates made from the basic simulants and their mixtures.
 

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Research Partnership

We are ready to participate in your research and work as a contractor or project partner.

 

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