Heat Storage Aggregate & Foundry Casting

• Heat Storage Aggregate: ECA® – Expanded Clay Aggregate Thermal Energy Storage is designed to act as a superior energy storage expanded clay medium. Its porous structure and customizable density provide unparalleled thermal regulation, ensuring that energy is captured and retained efficiently. This breakthrough makes it ideal for integration into advanced thermal energy systems, transforming traditional storage methods with an eco‑friendly edge.
• Foundry Molds: In the high‑demand world of casting, ECA® – Expanded Clay Aggregate Foundry Molds delivers a lightweight yet durable solution. This casting mold aggregate excels as a material that simplifies mold production while improving casting accuracy. Its high performance as a lightweight mold material not only reduces energy consumption during production but also supports a sustainable manufacturing process.
• Foundry Cores: For foundry cores, ECA® – Expanded Clay Aggregate Foundry Cores emerges as the material of choice. Acting as a casting core aggregate, it offers a unique combination of strength and porosity. The porous core material allows for superior gas escape during the casting process, resulting in improved casting quality and reduced defects. Its design ensures durability under the high thermal stresses typical of foundry operations.

From mechanical strength to chemical stability, every property of ECA® – Expanded Clay Aggregate is optimized for industrial applications. Whether serving as a thermal energy storage substrate or as a durable casting core, the material’s design ensures resilience under extreme conditions. Its energy‑efficient nature makes it indispensable in modern energy systems, positioning it as a cornerstone for industries seeking to reduce operational costs while embracing green technology.

The foundry industry is witnessing a paradigm shift with the integration of ECA® – Expanded Clay Aggregate for Foundry Casting. In the production of molds and cores, the material’s lightweight and porous nature not only improves casting precision but also significantly reduces energy consumption.

• Foundry Molds:
  With its use as a casting mold aggregate, ECA® streamlines the mold production process. Its properties reduce the need for heavy, conventional materials, lowering the overall energy requirements and boosting casting efficiency.
• Foundry Cores:
  As a casting core aggregate, the material’s porous core material characteristic facilitates superior gas venting during the casting process, ensuring high‑quality casts with fewer defects.
  The tailored application of ECA® in foundry processes offers a sustainable and cost‑effective alternative to traditional methods, setting a new standard in casting performance.