Microgrid power and energy
For power and energy, the microgrid precision expansion metal provides the necessary electrical characteristics or the required shielding capability. Expanded metal mesh foil plays an important role in the power and renewable energy industries. Considering this, copper is the highest rated heat conductor and conductor in engineering metals. In terms of volume and weight parameters, the power system using copper and aluminum has the highest efficiency and transmits energy. Our continuously optimized microgrid design has been improving the shielding, conductivity and energy transmission characteristics of products.
Our microgrid provides the necessary elasticity, fluid fluidity, high surface area and cost-effective characteristics for thin film cells and fuel cells. It is permeable in design and allows proton transport from the anode to the cathode through the membrane. Micromesh is manufactured in the form of coils and can be cut and processed into discs or other shapes as required.
Micromesh is also used in the emerging fuel cell market for membrane support, catalyst support, current collection, flow distribution and gas filtration. In addition, the mechanical properties of some thin films can be improved and strengthened by integrating micro nets.
In the aerospace, automotive, telecommunications and electronic industries, micro mesh precision expanded metal mesh foil is used as electromagnetic radiation shielding. Our microgrid reduces the volume of unwanted frequency levels and provides reliable high-frequency shielding performance.
Nexerse micro metal mesh foil is made of conductive materials such as aluminum, copper, titanium and nickel. Meet different specific requirements by selecting different materials and structural design. The expanded metal mesh foil is continuous and shows consistent and presettable conductivity. Unlike knitted or woven mesh, because there are no joints or welds, our metal mesh foil will not wear or spread, and it is easier to adapt to complex surfaces, making it suitable for composite manufacturing processes.
The precision expanded metal microgrid is particularly useful in electrolysis. Due to the uniform edge distribution on the anode surface, the grid has produced excellent results in current density and electroplating. The metal mesh provides good solution movement, electrolyte transfer and electroplating.
Expanded metal mesh is the most commonly used shape of titanium anode. Mesh anodes are very effective when using platinum. Our expanded metal mesh is thin, robust, flexible and lightweight for all installations and applications.
Micromesh is available in a variety of sizes, lengths, thicknesses and opening area specifications, suitable for sheets and coils. The mesh has a 3-D design appearance, which is a better appearance than braided wire and perforated metal. This design is also more effective than braided wire alternatives.
