Corpac® Ceramic Structured Media

Structured Geometry Advantage

Random ceramic packing creates tortuous flow paths that resist gas movement. Corpac's vertically oriented corrugated sheets align with the primary flow direction, reducing fluid resistance while maintaining effective gas-liquid contact. The result is higher capacity per meter of packing height and improved process efficiency — whether that's drying, absorption, or scrubbing.

This lower pressure drop directly reduces energy consumption for blowers and fans. In continuous operation, the savings compound over the system's lifetime.

Ceramic Durability

Corpac's low-porosity ceramic construction resists corrosion in aggressive chemical environments where metals would fail and plastics would degrade. The material's elemental composition provides stability at high temperatures and through repeated thermal cycles — critical for RTO applications and process towers with variable heat loads.

The ceramic surface maintains consistent wetting properties without absorbing process fluids. This dimensional stability preserves the structured geometry that delivers Corpac's performance characteristics over extended service life.

Where Corpac Fits

Corpac serves applications where structured ceramic geometry is preferred over random packing: systems where pressure drop drives operating cost, towers with height constraints, and processes requiring both chemical resistance and thermal stability. For applications where random ceramic is acceptable and cost is primary, see Saddles. For RTO heat recovery applications, see MLM or LanteComb.