河南嵩瑞新型耐材有限公司

Fluidized Bed CVD Reactor (FBCVD): Structure and Working Principle

Technical Support

Fluidized Bed CVD Reactor

FBCVD keeps powder particles fluidized by gas flow while precursor deposits uniformly onto particle surfaces at high temperature, used for silicon-carbon anodes, carbon nanotubes and coating modification.

Key Systems

  • Reactor body & lining — uniform fluidization and temperature resistance.
  • Gas delivery — precise control of carrier/reactant/precursor flows.
  • Heating & control — zoned, uniform temperature field.
  • Exhaust treatment — cooling, capture and compliant discharge.

Keywords: fluidized bed CVD, FBCVD, silicon-carbon anode, chemical vapor deposition, Henan Songrui

← Previous: Lab, Pilot and Production FBCVD Reactors: Differences and SelectionNext: CVD Silicon–Carbon Anode Preparation Process and FBCVD Reactor Selection Key Points →

Related News

Silicon-Carbon Anode CVD Coating Process and Equipment Selection

CVD carbon coating for silicon-carbon anodes: process route, key controls and FBCVD equipment selection for production lines.

Lab, Pilot and Production FBCVD Reactors: Differences and Selection

Compare lab, pilot and production FBCVD reactors by capacity, control precision, scale-up design and cost, with selection advice by stage.

CVD Silicon–Carbon Anode Preparation Process and FBCVD Reactor Selection Key Points

CVD silicon–carbon anode is a core next-generation lithium-ion battery anode technology. This article outlines the complete preparation process and provides a checklist of critical parameters for selecting FBCVD reactors, helping material companies evaluate equipment and reduce investment risks.

Send Inquiry