KnitMesh Technologies offers a cutting-edge range of knitted wire mesh products tailored for electrolysis applications, including Gas Diffusion Layers (GDL) and Porous Transport Layers (PTL). These advanced solutions are designed to optimise performance and effectiveness in electrolysis processes.
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One of the key components in electrolysis systems, KnitMesh Technologies’ Gas Diffusion Layers play a critical role in facilitating the uniform distribution of gases across the electrode surface. The knitted wire mesh structure of GDL ensures efficient gas diffusion, enhancing the overall performance and longevity of electrolysis processes.
Similarly, KnitMesh Technologies’ Porous Transport Layers are engineered with precision using knitted wire mesh to enable the seamless transport of reactants and products within the electrolysis cell. This advanced design minimises mass transport losses and optimises the electrochemical reaction, resulting in improved efficiency and cost-effectiveness.
KnitMesh Technologies’ Knitted Elastic Elements are innovative components designed for use in electrolysers. These elements are produced using advanced knitting techniques to create flexible structures made of high-quality wire mesh. The design of these elements allows them to provide excellent conductivity and durability, making them ideal for various applications within electrolyser systems.
KnitMesh Technologies’ Electrode Mesh is a versatile and efficient component used in electrolysis processes. The Electrode Mesh, made of knitted wire mesh, offers a high surface area for improved conductivity and electrolyte contact. This design helps enhance the efficiency of electrolysis reactions by promoting better mass transfer of ions and reducing energy consumption.
