Surface Modification / CVD

At InVerTec, we employ a variety of advanced engineering approaches to modify and enhance material surfaces, tailoring their chemical and physical properties for highly specific industrial applications. Whether treating bulk particulates or complex structural components, we design the processes and specialized equipment necessary to achieve precise surface functionalization.

Key capabilities

• Targeted chemical and physical surface functionalization
• Continuous hot-plasma surface treatment of powders and bulk solids
• Surface modification of hollow glass microspheres and catalyst activation
• Ultra-thin, uniform functional coatings via Chemical Vapor Deposition (CVD)
• Bespoke reactor engineering with precise atmospheric control
• Seamless process scalability from laboratory setups to industrial production

Technical Focus

• Hot Plasma Treatment: We utilize high-temperature plasma environments to fundamentally alter surface characteristics. This continuous, high-energy process is highly effective for specialized industrial applications, such as the precise surface modification of hollow glass bubbles and the structural activation of chemical catalysts.
• Chemical Vapor Deposition (CVD): We develop and scale CVD processes to deposit ultra-thin, high-performance functional coatings onto diverse substrates, ensuring highly uniform surface coverage.

Achievements

• Custom Reactor Systems & Hardware: To facilitate these advanced modification techniques, we engineer and build bespoke reactor systems. From specialized CVD chambers to continuous hot-plasma units, our hardware is custom-designed to ensure uniform surface exposure and precise atmospheric control.
• Laboratory-to-Industrial Scale-Up: Our integrated process and equipment engineering enables seamless scalability of surface modification technologies from initial laboratory proof-of-concept to continuous pilot demonstration and industrial production.