Partnering in the Hydrogen Energy Sector

For over a decade, we have been dedicated to developing and optimizing Proton Exchange Membrane (PEM) and Anion Exchange Membrane (AEM) electrolyzer transport layer components. Our expert team, with extensive experience in advanced material science and electrolyzer technology, is committed to driving the hydrogen energy industry forward.

Our Vision

To achieve global net-zero carbon emissions by 2050, the world must shift from fossil fuels to zero-emission fuels such as green hydrogen—hydrogen produced from renewable energy. Providing engineering solutions that contribute to a more sustainable economy and reducing global dependence on fossil fuels is at the core of our mission.

Our sustained growth relies on continually building partnerships and developing new technologies. We believe that by fostering collaboration and innovation, we can accelerate the adoption of green hydrogen and contribute to achieving the global net-zero goal.

Proton Exchange Membrane (PEM) Electrolyzer Transport Layer Components

Our PEM electrolyzer transport layer components (PTL/GDL) are designed to deliver exceptional performance, ensuring the smooth transfer of protons within the membrane and maximizing electrolysis efficiency during hydrogen production. Whether for large-scale industrial applications or small research projects, our products meet diverse customer needs. Through innovative design and precision manufacturing, our transport layer components excel in durability, conductivity, and stability, helping our customers achieve more efficient hydrogen production.

Anion Exchange Membrane (AEM) Electrolyzer Transport Layer Components

AEM electrolyzers operate under alkaline conditions, demanding higher standards for material selection and component design. Our AEM electrolyzer transport layer components are rigorously tested and optimized to provide stable and efficient performance under various operating conditions. Our products not only reduce the overall system cost but also enhance electrolysis efficiency through improved electrocatalytic performance, enabling customers to achieve more economical hydrogen production.

Our Approach

Our Environmental, Social, and Governance (ESG) strategy, along with our commitment to sustainable energy and sustainable engineering, reflects our promise to protect humanity and safeguard the planet—through what we do as a company and how we do it. This strategy is divided into two parts: Sustainable Energy represents our core business goal of helping the world achieve net-zero emissions through green hydrogen; Sustainable Engineering embodies our ambition to achieve this goal in a sustainable manner, addressing the ESG issues most critical to our business. Guided by our ESG strategy, we have identified key actions to implement within the pillars of Environmental, Social, and Governance.

Collaboration and Support

We understand that every hydrogen energy project has unique requirements, so we offer customized transport layer solutions to ensure our components fully meet our clients' technical and commercial needs. Whether you are developing new electrolyzer technology or looking to enhance the performance of existing systems, our expert team will work closely with you to provide comprehensive technical support and services for your project.

We look forward to partnering with innovators and leaders in the hydrogen energy sector to drive the future of clean energy. Please contact us to learn more about how we can support your project and explore further collaboration opportunities together.