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Utilization of basalt fibers as a raw material for clay ceramic production

This research aimed to investigate the possibility of utilization basalt fibers as a raw material for ceramic production. Both quartz and feldspar were replaced partially or entirely by basalt fiber in the range of 10-25 wt%.

Carrying out expert evaluations and updating business plans and feasibility studies of investment projects for the production of continuous basalt fiber, staple fiber and basalt composite products.

The mixture of ceramic powders and basalt fibers were uniaxially pressed and sintered at temperatures between 1000 and 1200°C for 1 h. The substitution of basalt fibers in ceramic compositions demonstrated the positive effect on the physical and mechanical properties.

The addition of basalt fibers in an appropriate amount enhance the densification and reduce sintering temperature of clay-based ceramics (CB-0) from 1200 to 1150°C. The highest density and strength were 2.40 g/cm³ and 116 MPa, respectively, when replacing feldspar and quartz with basalt up to 20 wt% (CB-20) and sintering at 1150°C.

Vichaphund Supawan, Somton Kritkaew, Wonglom Thassanee, Rodchom Mana, Atong Duangduen.

Ceramic Technology Research Unit, National Metal and Materials Technology Center, Pathumthani, Thailand

Companies: Mechanical Properties

Countries: Thailand

Technologies: ceramic production

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