Name: Carbon-Ceramic Molten Silicon Infiltration Furnace|YuanHang
Brand: YuanHang
Availability: InStock

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Carbon-Ceramic Molten Silicon Infiltration Furnace

Equipment Core: Designed for silicon infiltration into carbon-ceramic matrices under high temperatures (up to 2300°C), significantly enhancing material hardness and wear resistance. Technical Advantage: Features exceptional pressure differential control capability, thoroughly eliminating backflow contamination from secondary silicon vapor generated by heating elements and insulation materials. Multi-Functional Adaptability: Supports customization of circular or square furnace chambers, suitable for complex infiltration processes involving various gas mixtures such as MTS, Ar, H?, natural gas, and others.

Product details

Overview

Carbon-ceramic silicon infiltration is an advanced ceramic material processing method. The molten silicon infiltration furnace manufactured by Yuanhang Industrial Furnace operates by placing the carbon-ceramic matrix in a silicon-rich environment and heating it to ultra-high temperatures. Utilizing capillary forces, silicon elements diffuse into the pores of the ceramic matrix. After solidification and crystallization, this process forms a carbon-ceramic composite material characterized by extremely high hardness, wear resistance, and corrosion resistance.

Image: Yuanhang Industrial Furnace - Carbon-Ceramic Molten Silicon Infiltration Equipment (Capable of Various Gas Infiltration Processes)

Technical Highlights of Yuanhang Silicon Infiltration Furnace

? Ultra-High Temperature Environment: Maximum operating temperature reaches 2300°C with temperature uniformity superior to ±3°C.
? Anti-Contamination Design: Exceptional pressure differential control capability effectively prevents workpiece contamination caused by secondary silicon vapor backflow.
? Corrosion-Resistant Protection: The insulation system exterior is shielded with CFC plate assemblies, utilizing a composite structure of carbon cloth and graphite paper for enhanced resistance to silicon vapor erosion.
? Vacuum System Protection: Equipped with multi-stage filtration devices to effectively prevent exhaust gas from contaminating vacuum pumps and pipelines.
? Intelligent Gas Circuit: Features external gas heating and precision flow control systems, supporting the introduction of complex gas mixtures.

Basic Process Flow for Carbon-Ceramic Fabrication

Route A: Carbon Fiber Preform → High-Temperature Pyrolysis → Pressure Impregnation → Carbonization Sintering → Machining →

Graphitization → Ceramization (Silicon Infiltration)

Route B: Carbon Fiber Preform → High-Temperature Pyrolysis → Chemical Vapor Deposition (CVD) → Machining → Graphitization →

Ceramization (Silicon Infiltration)

Image: Support Equipment for Carbon-Ceramic Fabrication - Silicon Carbide Sintering/Ceramization Furnace

Technical Features

1.Precise Temperature Control: Utilizes Shimaden FP23 (Japan) programmable controller with intelligent PID adjustment, achieving an accuracy of ±0.1°C.
2.Comprehensive Temperature Measurement: Combines thermocouples with far-infrared optical pyrometry for real-time, accurate monitoring across the entire temperature range.
3.Full Atmosphere Adaptability: Suitable for vacuum sintering, reducing atmospheres, and various complex silicon infiltration processes under slight positive pressure.
4.Customization: Optional circular or square furnace chambers, with customized charging space dimensions according to customer workpiece sizes.