Hydrogen Industrial Sintering Furnace Direct Current

TAILORD 1700°C N₂-H₂ Atmosphere Box Furnace for HTCC Debinding & Co-firing

The Pinnacle of High-Temperature Co-firing: Precision, Purity, and Performance in a Single Furnace

The manufacturing of High-Temperature Co-fired Ceramic (HTCC) packages and substrates is a testament to extreme materials engineering, requiring the simultaneous co-firing of tungsten or molybdenum metallization within an alumina or alumina nitride ceramic body at ultra-high temperatures. TAILORD's 1700°C N₂-H₂ Atmosphere Box Furnace is masterfully engineered to meet this supreme challenge. It delivers the essential trinity of ultra-high temperature capability, a precisely controlled reducing atmosphere, and exceptional thermal uniformity to successfully debind and co-fire HTCC layers into dense, robust, and high-performance monolithic structures for the most demanding aerospace, RF, and power electronics applications.

Key Features & Process Advantages:

1. Ultra-High Temperature Co-firing Capability (1700°C): This furnace reliably achieves and maintains the extreme temperatures mandatory for densifying alumina-based HTCC tapes and sintering refractory metal conductors (W, Mo), enabling the creation of robust, monolithic multi-layer structures with embedded circuitry.

2. Critical Reducing Atmosphere Integrity: The system provides a meticulously controlled nitrogen-hydrogen (N₂-H₂) atmosphere. Hydrogen acts as a powerful reducing agent, crucial for preventing the oxidation of tungsten/molybdenum circuits and ensuring optimal sintered density and conductivity. The atmosphere also guarantees complete, carbon-free binder removal during the debinding phase.

3. Superior Temperature Uniformity for Dimensional Stability (±4°C): Achieving a uniform thermal environment at 1700°C is paramount. Our advanced furnace design, featuring strategic heating element placement and high-grade insulation, ensures exceptional temperature uniformity. This is critical for controlling X-Y shrinkage, preventing warpage, and ensuring precise registration of internal features in large or complex HTCC substrates.

4. Integrated Debinding and Sintering in a Sealed Environment: The furnace seamlessly manages the entire thermal cycle, from the low-temperature debinding of organic tape constituents to the final high-temperature co-firing soak, all within a single, sealed, and atmosphere-protected chamber. This eliminates intermediate handling and protects sensitive "brown" parts from contamination.

5. Robust Safety and Process Control Systems: Engineered with integrated safety interlocks, hydrogen safety protocols, and a precise programmable controller, the furnace ensures safe, reliable, and repeatable operation. Full data logging provides traceability for every high-value batch, which is essential for quality assurance in high-reliability industries.

Why Partner with TAILORD?

• Enabled HTCC Technology: Provides the fundamental thermal processing capability required to manufacture high-performance HTCC packages for lasers, RF modules, and aerospace electronics.

• Yield Assurance: Precision control over temperature and atmosphere prevents common fatal defects like metal oxidation, blistering, and distortion, directly protecting your valuable HTCC substrates.

• Technical Leadership: Our expertise in ultra-high temperature and atmosphere control provides you with a reliable partner to push the boundaries of your co-firing capabilities.

Ideal for: Debinding and co-firing of HTCC substrates and packages, research and development of advanced multilayer ceramics, and small-batch production of high-reliability components.

Choose TAILORD to master the art and science of HTCC co-firing. Our 1700°C N₂-H₂ atmosphere box furnace provides the uncompromising thermal sanctuary needed to build the robust, high-density interconnects that power next-generation electronic systems.