Products and Technologies

Our structure diagnosis technology, which uses sensor-equipped RFID, is an innovative technology which utilizes RFID wireless technology to detect strain and steel corrosion producing environments inside structure, non-destructively and without direct contact.

We have produced a cleaning method which removes cadmium^※ from rice paddies, making it possible to grow safe rice. This paddy cleaning method is friendly to the environment, farmers, and consumers.

※Cadmium is a heavy metal pollutant which can result in kidney damage. It is the cause of itai-itai disease.

Demand has been rising in recent years for effective operation of social infrastructure and reductions in environmental impact, leading to renewed interest in high durability concrete pavement. Taiheiyo Cement develops concrete pavement technologies which meet the needs of society and road users.

The cement industry has come to actively recycle waste products and byproducts for use as raw materials. This requires a higher level of quality management, which is why we have introduced our new quality management technology (XRD/Rietveld) in cement factories.

User needs are growing more diverse and complex by the day. We develop new cement technologies under the Taiheiyo brand cement and concrete, and develop differentiated concrete technologies which maximally leverage the performance of the products produced by the Taiheiyo Cement group.

Phosphorus is essential for living things, and we have developed Rintoru, a material which makes sustainable use of phosphorus materials possible. Rintoru can be used to reclaim phosphorus from wastewater for use as fertilizer.

We developed the Taiheiyo Cement Quality Predictive System (TQPS®) to make cement quality even more consistent. By enabling cement characteristics to be predicted at the time of production, this system contributes to the efficient management of target values and the prevention of quality anomalies to ensure the prescribed quality.

Our durability prediction system is a computer simulation that predicts the life of concrete structures that can be applied to concrete of various materials and formulations or various deterioration phenomena.

Functional hollow particles are minute, hollow particles with diameters of between one and ten μm. When used as filler they function as insulation, with the potential to make significant contributions to energy reductions.

Municipal waste incineration ash desaltingsystems have been used successfully since it was introduced into our factory as technologies which recycle municipal waste incineration residue as cement resources more than 10 years ago.We use the experience and know-how we have accrued through our operations to develop even better systems.

In the international cement market, TCDS® can design composite cement with a growing market share.
If it is composite cement that uses blast furnace slag, fly ash, and limestone powder for the mixed material, instantly calculates the values.

PFC(Pore Free Concrete/Prosity Free Concrete) is concrete that achieves the world's highest strength in cast molding.
The close-packed material design and manufacturing method to promote hydration develop similar strength to steel.