For high-end bathroom and building tiles, we provide core mineral raw materials and precision additives. 

Selected high-purity kaolin, high-quality feldspar and quartz ensure high whiteness and superior performance of the body. 

In the field of sanitary ware and building ceramics, the purity, plasticity and stability of the raw materials are the cornerstone determining the aesthetic value and durability of the final product. 

Shidai Yitao is committed to providing high-performance core mineral raw materials and precision formulations for the production of high-end bathroom fixtures, high-quality tiles and artistic ceramics. 

Our selected kaolin and ball clay give the body excellent forming strength and delicate texture; strictly proportioned potassium-sodium feldspar is the key to achieving stable sintering and ideal glaze gloss; while high-purity quartz ensures excellent mechanical strength and corrosion resistance of the product. 

For the pursuit of diversified surface effects and functionality in modern ceramics, we can also provide comprehensive glaze solutions including opacifiers, pigments and various functional additives. 

We know that every link from raw materials to finished products is related to the final quality. Therefore, we not only supply materials, but also provide full-process technical support from raw material selection, formula optimization to process adjustment, helping customers to create ceramic products with both excellent performance, charming appearance and long service life in the fierce market competition.

Electronic and special ceramics are the cornerstone of modern high-end manufacturing, with their performance limits directly determined by the purity, uniformity, and microstructure of the raw materials. 

Shidaiyitao specializes in providing core powders and precision formulations that exceed standard requirements for this cutting-edge field. The high-purity alumina and aluminum nitride powders we supply, with their extremely low metal impurity content and precisely controlled particle size distribution, provide excellent insulation, thermal conductivity, and mechanical strength for high-performance integrated circuit packaging substrates and power module substrates, making them key materials for solving heat dissipation challenges in 5G communication and electric vehicle fields. 

Our barium titanate-based materials lay the foundation for achieving higher capacitance, smaller size, and more stable temperature characteristics in chip-style multi-layer ceramic capacitors (MLCC). From microwave dielectric ceramics to piezoelectric sensors, from semiconductor process components to wear-resistant sealing rings, we not only provide advanced powders such as zirconia and silicon nitride that meet strict standards but also offer customized doping, granulation, and surface treatment solutions based on your specific dielectric, piezoelectric, or mechanical performance requirements. 

Shidaiyitao drives every miniaturization and performance leap in the electronics industry with material science.

In the field of military and high-end equipment, ceramic materials are becoming the core of new-generation protective, structural, and functional components due to their irreplaceable extreme performance. 

Shidai Yi Tao focuses deeply on this, providing advanced structural ceramic solutions that exceed conventional standards for defense and aerospace applications. Our specialized silicon carbide and zirconium boride ultra-high-temperature ceramics possess extremely high melting points, outstanding oxidation and ablation resistance, and serve as critical barriers for hypersonic aircraft fore edges, rocket engine throats, and thermal protection systems to withstand extreme aerodynamic heat environments. 

Our high-purity dense alumina and silicon nitride engineering ceramics, on the other hand, are widely used in lightweight armor, bearings, seals, and optical windows due to their extremely high hardness, wear resistance, and low density, ensuring the reliability and durability of equipment in harsh mechanical and battlefield environments. For the needs of composite armor and multi-functional coatings, we can also provide customized ceramic powders and preforms to meet specific composite performance requirements such as bulletproof, stealth, or corrosion resistance. 

Shidai Yi Tao, with cutting-edge material technology, safeguards national security. We are not just raw material suppliers but also strategic partners that work alongside research institutions to tackle material application challenges under extreme conditions, providing a solid material foundation for enhancing the performance boundaries of defense equipment.

In the heart of high-temperature industries such as metallurgy, construction materials, and chemical engineering—furnaces and reactors—the performance of refractory materials directly determines production safety, energy efficiency, and the final product quality. 

With a deep understanding of high-temperature material science, Timesino provides excellent refractory materials and solutions for various extreme thermal environments. Our carefully selected and processed raw materials, such as calcined alumina, mullite, spinel, and chromite, are known for their high purity, stable phase composition, and outstanding thermal shock resistance. They offer long-lasting and reliable protection for critical areas like the lining of steel furnaces, the walls of glass furnaces, and the transition zones of cement rotary kilns, significantly extending furnace life and reducing unplanned shutdowns. For functional refractory products such as sliding nozzles, long nozzles, and porous bricks, we provide precision powders with specific particle size distributions and sintering activity, ensuring precise flow control characteristics, excellent erosion and thermal shock resistance. From traditional silico-aluminous systems to advanced oxide and non-oxide composite materials, Timesino not only supplies high-quality raw materials but also offers full-process technical support, including material selection, formulation design, and application simulation. This helps customers achieve more efficient, stable, and cost-effective production operations under continuous high-temperature challenges, safeguarding the lifeline of industrial production.