Flexible electrochemical electrodes are a type of electrode material and device that can stably perform electrochemical functions (charge transfer, electrochemical reactions, molecular detection, etc.) under deformation conditions such as bending, folding, stretching, and twisting. It breaks through the defect of traditional rigid electrodes being "hard, brittle, and vulnerable", and is the core upstream material of the flexible electronics industry.

Our company's independently developed flexible electrochemical electrodeComposed of a flexible substrate and a conductive functional layer in synergy:

Core demand: deformation does not fail, conductivity does not compromise.

The company has introduced electromagnetic heating roller technology to achieve continuous roll to roll production, with a temperature difference controlled within ± 1 ℃, solving the problems of slow heating and uneven temperature in traditional heating:

Industry background:The continuous movement of the brain leading to the displacement and dislodgement of traditional electrodes is a core challenge in this field. In recent years, the academic community has conducted cutting-edge research on flexible electrodes that are stretchable and strain decoupled.

Our company's capabilities:Provide PEDOT: PSS/carbon nanotube flexible electrode materials and customized thin film electrodes suitable for brain computer interfaces, support multi-channel signal acquisition, and can cooperate with customers to achieve high tensile and low force electrode structure design.

Carbon nanotube/graphene based flexible electrode can achieveFlexible, stretchable, and foldableWaiting for various forms.

Industry Trends:Fully elastic and inherently stretchable electrochemical interfaces are currently the forefront direction, and flexible electrodes have shown great potential in fields such as sweat monitoring and tissue fluid molecular detection.

Our company's capabilities:Provide multi-layer flexible electrodes based on elastic substrates, supporting volt ampere, potentiometric, and amperometric detection modes. The product can be used for sweat monitoring of glucose, lactate, pH, etc., and preliminary biocompatibility verification has been completed.

The polyimide/polyester film electrode is the core component of FPC. Our company provides transparent conductive films of graphene/silver nanowires,The resistance change rate after 1000 bends is less than 8%.

PET/PEN based PEDOT: PSS/graphene transparent electrode, adaptable to the packaging requirements of perovskite flexible solar cells.

Flexible solar cell wings and individual electronic equipment power supply, the company's products have passed some environmental reliability tests.

Data source: Industry research institutions and internal statistics, for reference only.

The above content is based on the company's actual research and production data, as well as publicly available industry information (as of June 2026). If you need specific technical specifications, samples or cooperation consultation, please contact us.