SIHYDE Automation Equipment Co., Ltd.

In multi-component batching production, the primary cause of inaccurate dosing is not algorithms or control logic, but the mismatch between the physical properties of diverse materials and a single universal metering hardware configuration. To address this, Sihyde adopts an architecture of parallel, segmented multi-metering units—abandoning the practice of relying on one weighing scale for all materials—to systematically eliminate fundamental metering errors at the hardware level.

In the production process of kiln linings, issues such as powder caking due to moisture, uneven aggregate feeding, and excessive metering errors have long plagued the batching stage. Sihyde’s automated batching system for kiln linings integrates modular storage, high-precision weighing and conveying, and resin temperature control to achieve fully automated management from raw material intake to mixing and conveying. This helps manufacturers reduce material waste, improve batching consistency, and ensure stable kiln lining quality.

In the processing and production of boron materials (such as boric acid, petroleum coke, graphite), long-standing industry pain points include large dust emission from powders, high manual batching errors, and difficulties in conveying multi-form materials. A factory in Xinjiang specializing in the production of new boron-based materials previously faced problems with manual batching: heavy dust, unstable ratios, and low efficiency. Sihyde has launched its Boron Material Automatic Batching System, realizing a full-process automatic closed loop from feeding to mixing, effectively solving the dual challenges of dust control and formulation accuracy, and helping boron material production enterprises achieve safe, efficient, and stable production.

​In industries such as food, chemicals, and new materials, traditional water-powder mixing processes have long faced pain points such as large manual batching errors, low production efficiency, poor batch consistency, and harsh working environments caused by dust pollution. To address these issues, Sihyde has launched an automated water-powder mixing and batching system, which provides an ideal solution for enterprises through integrated design and closed-loop control logic. The core advantages of this system are: first, it enables continuous or batch rapid production, greatly improving efficiency; second, it ensures precise dosing of each raw material, eliminating human errors; third, non-standard customized design better meets customer needs.

​In traditional refractory material production, problems such as extensive manual intervention, low batching accuracy, high workshop dust, and low overall line efficiency have long plagued manufacturers. Sihyde has developed a fully automated refractory castable production line that provides a full-process closed-loop solution from unpacking, conveying, batching, packaging, to palletizing. The line is built around the core advantages of unmanned operation, high precision, and intelligent control, helping enterprises significantly improve product stability and production efficiency.

In the production of monolithic refractories such as blasting sand and quartz sand, traditional manual batching faces challenges like large ratio errors, cumbersome order change processes, low workshop space utilization, low production efficiency, and untraceable production data. Meanwhile, the demand for multi-variety, small-batch orders makes traditional batching methods unable to meet the requirements for capacity and quality upgrades. Qingdao Sihyde has accordingly launched the Floor-Standing 10-Bin Automatic Batching System, which replaces rough manual batching with an intelligent, modular design, helping the refractory industry achieve automatic batching upgrades.