In the production of silicon carbide honeycomb ceramics, challenges such as incorrect material feeding, powder bridging, unstable batching accuracy, and high workshop dust levels have long plagued enterprises. Addressing these pain points, Qingdao Sihyde has launched an automated batching system for silicon carbide honeycomb ceramics. With its stable, precise, and environmentally friendly design, it helps enhance the quality and efficiency of high-end ceramic production.
I. Source Prevention: Code Scanning Verification Prevents Incorrect Feeding
l The system employs a tonne bag unpacking process with a manual code scanning verification mechanism. The unpacking door can only be opened after barcode matching, preventing material mixing or misfeeding at the source.
l The unpacking station is equipped with an independent baghouse dust collector featuring pulse jet blowback for material recovery, ensuring workshop dust emissions meet standards.
l Temporary storage bins are fitted with vibrators and anti-clogging screens. Iron removal devices are installed for key materials to enhance raw material purity.
II. Smooth Discharging: 26 Bins + Dual Arch-Breaking Enables Non-Stop Production
l The entire system utilizes 26 storage bins arranged in 4 rows, meeting the demands of multiple batches and formulations.
l Bins are equipped with high and low level alarms, providing clear inventory visibility.
l To address the issue of powder bridging, a dual design combining pneumatic bin wall vibrators and fluidized arch-breaking ensures continuous and stable material discharge.
III. Precise Proportioning: ±0.2% Accuracy Stabilizes Quality
l Dual-screw variable frequency feeding is adopted, featuring coarse and fine staged feeding. This is paired with independently supported weighing hoppers to reduce vibration interference, achieving a weighing accuracy of up to ±0.2%.
l The system supports automatic and manual scale calibration modes, with automatic calibration at startup. It also incorporates self-learning algorithms to continuously optimize batching consistency, meeting the stringent requirements of high-end ceramics.
IV. Intelligent Control: Enclosed Dust-Free Conveying
l After metering, materials are conveyed via enclosed positive pressure pneumatic conveying, ensuring a leak-free process with no secondary pollution.
l Pipelines are designed with reserved expansion interfaces, and the control system is pre-programmed with multi-line logic.
l The core utilizes a Siemens PLC for control, supporting recipe management, data traceability, and permission grading. It allows for free switching between manual and automatic modes, simplifying operation and maintenance.
V. Practical Service: Tailored to Real Needs
l The system features a modular design, facilitating easy installation and maintenance.
l It offers customized solutions, flexibly configured according to production capacity, plant layout, and recipes, providing stable support for the enterprise's long-term production.
Conclusion
In summary, Qingdao Sihyde's automated batching system for silicon carbide honeycomb ceramics consistently addresses the real-world pain points of high-end ceramic production. With its reliable equipment and practical service, it helps enterprises control quality from the source, improve efficiency, and enhance the production environment. Whether for multi-batch production, high-precision batching, or future production line expansion, this system offers a reliable choice for silicon carbide honeycomb ceramic enterprises pursuing intelligent upgrades.
