Hydrogen energy is the largest clean energy source in the 21st century, with huge demand and vast potential. It is an important way to achieve the “dual carbon” strategy and a completely new and independent energy system.
To make hydrogen a cost-effective, energy-efficient, safe, and environmentally friendly energy source, the choice of technology must be extremely careful. The future hydrogen energy supply chain is likely to be complex, as there will be many ways to produce, convert, store, transport, and use hydrogen, and PEEK may offer potential value for specific applications. PEEK-based sealing, insulation, and compression technologies hold promise as a viable means to accelerate the transition of the energy system to hydrogen.
Self-lubricating
modified PEEK and PPS friction pads can perform in the harshest environments, and their zero-stick-slip and self-lubricating properties provide strong resistance to degradation and wear.
Cost reduction
: Modified PEEK and PPS materials offer strong resistance to degradation and abrasion, ensuring safety and minimal maintenance costs, reducing repair needs, and saving operating costs and time.
Corrosion-resistant
modified PEEK and PPS friction pads can be used in oil and grease environments to avoid the risk of oil and grease leakage.
In addition to its resistance to hydrogen corrosion, PEEK material can withstand the enormous pressures associated with various pump and valve applications. Components such as sealing rings and conduit sheaths are made of PEEK and are suitable for high-pressure applications.