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The 1400°C fuel cell furnace integrates debinding and sintering processes, providing precise temperature control and uniform heating for half-cell manufacturing.
Luoyang Juxing Electric Kiln Co., Ltd. (GWDLTHERM) has officially launched its new 1400°C Fuel Cell and Half-Cell Integrated Sintering Furnace, a high-precision thermal processing system developed for fuel cell materials, ceramic components, and advanced energy technology research.
With the continuous development of solid oxide fuel cells (SOFC) and advanced ceramic materials, the demand for precise and stable sintering equipment is increasing. GWDLTHERM’s new integrated sintering furnace combines high-temperature silicon carbide heating technology, intelligent temperature control, and efficient insulation design to provide reliable thermal solutions for fuel cell and half-cell manufacturing processes.
The 1400°C Fuel Cell and Half-Cell Integrated Sintering Furnace is specially designed for high-temperature sintering applications requiring accurate temperature control, excellent thermal uniformity, and repeatable processing performance.
The equipment adopts the GWL-SS1400C series precision lifting furnace structure, with the furnace chamber and control system designed as separate units. This configuration improves system stability, reduces heat influence on electrical components, and provides convenient operation and maintenance.
The furnace lining uses vacuum-formed high-purity alumina fiber lightweight board, providing excellent thermal insulation, low heat storage, fast heating response, and improved energy efficiency.
The furnace uses high-temperature silicon carbide rods as heating elements, ensuring stable heating performance, long service life, and reliable operation under continuous high-temperature conditions.
The furnace is developed specifically for fuel cell and half-cell integrated sintering applications, providing controlled thermal environments for ceramic and advanced energy materials.
It is suitable for:
The optimized furnace design helps improve material consistency and sintering quality.
The furnace is equipped with a touchscreen control system and intelligent temperature regulator, supporting automatic thermal process management.
Main control functions include:
The microcomputer-based control system provides flexible operation and improves process repeatability.
The furnace chamber adopts high-purity alumina fiber lightweight insulation materials, offering:
The maximum furnace shell temperature is ≤45°C, creating a safer and more comfortable working environment.
The furnace is designed to meet both laboratory research and industrial production requirements.
Main advantages:
Optional configurations include electric glue drain holes and tail gas purification furnace systems according to customer process requirements.
| Parameter | Specification |
|---|---|
| Product Name | 1400°C Fuel Cell and Half-Cell Integrated Sintering Furnace |
| Furnace Series | GWL-SS1400C |
| Furnace Type | Precision Lifting Furnace |
| Maximum Temperature | 1400°C |
| Furnace Chamber Dimensions (L×W×H) | 700×325×800 mm |
| Sagger Dimensions | 200×200×30 mm |
| Firing Plate Dimensions | 170×170×3 mm |
| Heating Element | High-Temperature Silicon Carbide Rod |
| Insulation Material | Vacuum-Formed High-Purity Alumina Fiber Lightweight Board |
| Furnace Structure | Separate Furnace Chamber and Control System Design |
| Control System | Intelligent Programmable Temperature Controller |
| Control Interface | Touchscreen + Computer Monitoring Interface |
| Rated Voltage | 380V AC |
| Furnace Power | 36 kW |
| Furnace Weight | 850 kg |
| Furnace Shell Temperature | ≤45°C |
| Production Capacity | Up to 100,000 Pieces/Year |
| Loading Method | Sagger / Firing Plate Loading |
| Pressure Requirement | No Pressure Required During Sintering |
| Atmosphere Requirement | No Atmosphere Required |
| Tail Gas Purification Capacity | 80 m³/h |
| Tail Gas Purification Furnace Power | 16 kW |
| Tail Gas Purification Furnace Weight | 320 kg |
Used for fuel cell half-cell sintering, ceramic electrolyte processing, and advanced energy material development.
Suitable for electronic ceramics, functional ceramics, refractory materials, and precision ceramic production.
Applied in laboratories for material synthesis, high-temperature experiments, and new material research.
Used for material sintering, melting analysis, thermal treatment, and special material processing.
Specialized Fuel Cell Thermal Solution
Designed for integrated sintering of fuel cell and half-cell materials.
Stable High-Temperature Performance
Silicon carbide heating elements ensure efficient and reliable operation.
Customized Furnace Engineering
GWDLTHERM provides complete thermal equipment solutions based on customer requirements.
Luoyang Juxing Electric Kiln Co., Ltd. (GWDLTHERM) is a professional manufacturer specializing in high-temperature electric furnaces, vacuum furnaces, atmosphere furnaces, industrial kilns, and customized thermal processing equipment.
With advanced thermal engineering capabilities, intelligent control technology, and integrated manufacturing experience, GWDLTHERM provides high-performance thermal solutions for fuel cells, new energy materials, ceramics, electronics, aerospace, metallurgy, and scientific research industries worldwide.
