Sand plays an important role in various industries, such as being an essential material for molds in casting products and supporting combustion in biomass power generation.
By transforming from natural sand, which is harmful to human health and the environment, into sustainable ceramic sand,
we aim to create a future that is friendly to people and the planet.
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3D Sand Printing
The use of sand-based
3D printers allows for
labor reduction and improved efficiency.- Significantly reduces production time and contributes to rapid development.
- Good flowability makes it ideal for 3D printing.
- High dimensional accuracy enables the reproduction of complex shapes and fine details.
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Biomass Power Generation
Ideal as material forfluidized bed furnaces,
reducing waste
and the need for new sand purchases.- With high anti-agglomeration properties, it can accommodate various biomass fuels.
- It suppresses the generation of agglomerated particles, contributing to stable operations.
- The durability of the sand reduces waste.
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Entertainment
As a safe materialwith low dust emission,
it is utilized in new entertainment experiences
like fluidized beds.- Provides a safe play area with extremely low crystalline silica content.
- The nature of being resistant to crushing helps suppress dust emission.
- Can be combined with VR or projection mapping for disaster simulations.
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Filler
- More cost-effective compared to conventional fillers.
- Spherical shape provides excellent flowability and fillability.
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Sandblasting Aggregate
- With high particle strength, it can also be used as blasting material.
- Low crystalline silica content reduces health risk.
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Refractory Materials
- Spherical shape with excellent flowability and fillability.
- Low thermal expansion and remains stable at high temperatures.
