FEC Heaters Continuous Roller Hearth Furnace Electronic Ceramics Sintering

The Uncompromising Foundation for Advanced Manufacturing: Where Ultimate Purity, Superior Thermal Uniformity, and Contact-Free Handling Converge

In the realms of high-precision electronic ceramics, semiconductor packaging, advanced displays, and new energy, product performance and yield begin at the most fundamental stage: sintering. Micron-scale contamination, imperceptible temperature fluctuations, or minor surface damage can lead to catastrophic failure. The Tailord High-Cleanliness Roller Hearth Sintering Furnace is engineered precisely for these demanding applications. It integrates cleanliness standards that exceed the norm, military-grade temperature control precision, and a non-contact substrate handling system, providing you with the perfect platform for transforming advanced materials into superior devices.

Core Value Propositions & Process Advantages

1. Ultimate Clean Process Environment

   • Technical Core: The furnace body utilizes special stainless steel with mirror-grade polishing to minimize particle shedding. Integrated high-performance HEPA/ULPA filtration systems maintain an ISO Class 5 (Class 100) or superior environment in critical zones. A positive pressure, high-purity Nitrogen atmosphere (≥99.999%) provides a continuous purge, effectively isolating the process from external contaminants.

   • Customer Value: Eliminates the root causes of circuit shorting, surface defects, and performance degradation due to in-furnace particulate contamination. An essential requirement for manufacturing high-end MLCCs, semiconductor ceramic heaters, and wafer carriers.

2. True Non-Contact Substrate Handling

   • Technical Core: Employs high-precision, low-vibration ceramic or quartz rollers for transport. The substrate has no physical contact with the rollers,It completely avoids metal ion contamination, particle wear, and surface scratches that may occur with mesh belt furnaces..

   • Customer Value: Perfectly protects fragile "green" state substrates, pre-printed delicate circuits, and mirror-polished base materials. Particularly suited for the damage-free processing of large-format, ultra-thin glass panels, silicon wafers, or ceramic substrates.

3. Exceptional Temperature Uniformity & Stability

   • Technical Core: Features multi-zone independent precision temperature control and a 3D-simulated optimized airflow design, ensuring long-term temperature uniformity of ±1.5°C to ±3°C within the hot zone.

   • Customer Value: For sintering large substrates (e.g., 8"x8" and above), this translates to uniform sheet resistance, synchronous shrinkage, and zero warpage. It is the cornerstone for achieving high yield and product consistency.

4. Flexible and Precise Atmosphere Control

   • Technical Core: Equipped with a fully automated gas management system, capable of flexibly switching between various atmospheres including Air, Nitrogen, Oxygen, and forming gas (N₂-H₂). Integrated real-time oxygen analyzers and dew point sensors provide continuous monitoring and feedback control.

   • Customer Value: Capable of meeting the requirements for both oxidizing atmosphere sintering (e.g., PZT piezoceramics) and reducing atmosphere sintering for easily oxidized metals like Copper and Nickel. A versatile solution covering the entire process from debinding to sintering.

5. Future-Oriented Automation & Intelligence

   • Technical Core: Fitted with a PLC + HMI full-auto control system, supporting recipe management, remote monitoring, and data logging. Ready for seamless integration with loading/unloading robotics and MES systems for fully automated production.

   • Customer Value: Significantly enhances production efficiency, reduces quality variations caused by human intervention, meets the demands of smart production lines under Industry 4.0 standards, and ensures full traceability for every single product.

Key Application Areas

• Advanced Electronic Ceramics: HTCC/LTCC packages, MLCCs, Thermal Print Head (TPH) ceramic substrates, piezoelectric elements.

• Semiconductor & Display: Wafer temporary bonding/debonding, OLED display glass encapsulation, semiconductor ceramic electrostatic chucks.

• New Energy & Power Electronics: Silicon Nitride/Alumina insulating substrates (AMB/DBC), solid-state battery electrolyte sintering.

• Precision Technical Ceramics: Fiber optic connector ferrule sintering, ceramic bearing balls, high-purity crucibles.

• Settters
• Profiling test thermocouple
• Exhaust gas treatment system
• UPS Power Supply