Chemical Vapor Infiltration (CVI) Furnaces
Precise carbon infiltration for high‑performance components.
CVI furnaces saturate porous materials with gaseous precursors at high temperatures, producing lightweight, durable carbon composites used in the automotive, aerospace and energy industries.
Chemical Vapor Infiltration (CVI) is an advanced process of infiltrating porous structures with gaseous chemical compounds, creating extremely durable carbon composites with low mass, high thermal resistance and excellent stability – ideal for brake systems, structural parts and high‑temperature components.
/ High‑strength, low‑weight components.
/ Increased resistance to high temperatures.
/ Ideal for automotive and aerospace applications.
/ Efficient and effective process.
/ Reduced energy and gas consumption.
/ Customizable reactor design.
/ Proven solution for high‑quality carbon composites.
/ High‑temperature reaction chamber.
/ Gas infiltration using methane, acetylene, or hydrocarbons.
/ Advanced temperature and gas‑flow control.
/ Carbon composites
/ Porous substrates
/ Chemical infiltration for carbon composites
/ Related: graphitization, CVD coating, FIC cleaning, heat treatment
/ Adjustable workspace size.
/ Dedicated gas‑delivery systems.
/ Digital integration and automation.
/ Automotive
Brake discs for sports and electric cars
/ Aerospace and defense
Structural and functional components
/ Energy
Reaktor components and insulation materials
/ Energy‑saving design
/ Minimal gas consumption and emissions
/ High‑efficiency electrical components (IE3 motors, inverter control)
