Oqitop engineers once again demonstrated their outstanding technical strength at the forefront of materials science by successfully developing an innovative high-porosity, large-pore copper foam.
First of all, its high-porosity design creates an extensive network of interconnected voids within the material, significantly enhancing breathability and permeability while effectively reducing density to achieve exceptional lightweight performance.
Secondly, the integration of a large pore diameter with a PPI (pores per inch) of 40 ensures a highly uniform pore structure. This precision-engineered architecture not only enables smooth fluid flow with minimal resistance but also dramatically increases the material’s surface area, thereby amplifying its adsorption capacity and catalytic efficiency.
Oqitop’s high-porosity, large-pore copper foam is rapidly gaining recognition in the scientific and industrial communities for its superior performance and tailored customization capabilities. The company looks forward to collaborating with more global partners to unlock the full potential of this advanced material across diverse fields such as chemical processing, thermal management, and biomedical engineering.
