News

In the manufacturing of ceramic materials, producing thin, uniform and dimensionally stable ceramic green bodies has long been a key production challenge. Tape casting is an advanced forming technology developed to meet this demand.

DRON Technology | High-Profile Attendance at The 8th Precision Ceramics Industry Chain Exhibition, Robust Equipment Empowers a New Journey for the Ceramics Industry

Several years have passed since the commercial roll‑out of 5G communications. Since Huawei adopted ceramic dielectric filter solutions for 5G base stations, China’s microwave dielectric ceramic industry has entered a phase of rapid growth. As a vital class of electronic ceramic materials, microwave dielectric ceramics feature high dielectric constant, small temperature coefficient of resonant frequency and low dielectric loss, enabling electronic components with outstanding performance. As 6G‑the next‑generation communication technology‑draws near, can the microwave dielectric ceramic industry seize new opportunities?

In hydrogen electrolyzer core component manufacturing, proton exchange membrane (PEM) and anion exchange membrane (AEM) fabrication stands as a critical gateway that defines stack performance limits and mass-production feasibility. Reinforced membranes integrate a porous reinforcing scaffold into a homogeneous polymer matrix, substantially boosting mechanical strength and dimensional stability while retaining high ionic conductivity. For PEM systems, the reinforcing layer is typically controlled at around 80 μm to balance ohmic losses from reduced thickness and mechanical insufficiency risks.

LTCC (Low Temperature Co-fired Ceramic) technology is a core manufacturing process in the fields of radio-frequency devices, multilayer ceramic substrates, passive integrated devices, and sensor packaging.

Low-Temperature Co-fired Ceramic (LTCC material) is a specialized type of ceramic substrate widely used in the electronics industry. Characterized by its ability to combine ceramic and conductive materials in a single substrate while being fired at relatively low temperatures (below 1000°C), LTCC material offers exceptional mechanical, electrical, and thermal properties. This unique composition makes LTCC highly sought after for applications in high-frequency circuits, RF modules, sensors, and more.

About DRON

          Founded in 2004, DRON Technology has focused on R&D and manufacturing of advanced special ceramic forming equipment for 20 years. As a leading domestic provider of integrated production line solutions, we deeply serve national strategic industries including semiconductors, electronic packaging, new energy and hydrogen energy, supporting the domestic substitution of key ceramic materials and core equipment.

Solid Oxide Fuel Cells / Solid Oxide Electrolysis Cells (SOFC/SOEC) stand out as a core technology in hydrogen-powered distributed energy and energy storage, thanks to their high-temperature efficiency, wide fuel compatibility, and reversible hydrogen production capabilities.

China International Hydrogen & Fuel Cell Industry Exhibition (CIHC 2026) was successfully held at China National Convention Center in Beijing from March 25 to 27, 2026. As a top-tier event in the global hydrogen energy industry