It's not an overstatement to say that since its founding DKK has led a rich history of research devoted to elucidating the properties of zirconium compounds, and to developing their applications. Currently, DKK's zirconium compounds are used in numerous products in global industries and everyday life.
Our products have contributed as materials that enhance the performance, and extend the lifetime of precious metals (e.g., Rh, Pd, Pt) used as catalyst materials.
Our products have contributed as materials that enhance the efficiency of manufacturing processes for organic compound products (chemical catalysts) and as materials used to purify hazardous gases generated in plants (environmental catalysts).
Our products have contributed as materials compatible with diverse environmental conditions, a trait made possible by superior abrasion resistance, non-magnetic properties, low thermal conductivity, and chemical resistance.
Our products have contributed as safe dental materials characterized by their absence of aging degradation, and excellent bio-compatibility, posing no risk of allergic reaction to metals.
Our products have contributed as materials that strike the ideal balance between heat resistance and electric characteristics in addition to their potential for downsizing; all qualities in growing demand by the electronic components industry, alongside continuous advances in 5G, IoT, and other technologies.
Our products have contributed as materials that offer stable quality in terms of particle hardness and size, which determine the performance of refractories and brake materials.
Our products have contributed as materials with superior ionic conductivity, a vital characteristic for fuel cells and oxygen sensors.
Our products have contributed as coating and metal surface treatment materials that are non-toxic, abrasion resistant, chemically resistant, heat resistant, durable, and offering excellent optical properties.
Our products have contributed as non-corrosive flux with cesium that enables efficient brazing.