The future development and prospects of titanium felt are promising. Titanium felt, also known as titanium fiber felt, is a new type of functional material with excellent properties. It has wide applications in fields such as aerospace, petrochemical, and environmental protection. In the aerospace industry, titanium felt can used for thermal insulation and heat conduction

The demand for titanium felt in the market is increasing rapidly. Many industries such as aerospace, automotive, and chemical are seeking high-quality titanium felt for various applications. The need for lightweight and durable materials has driven the demand for titanium felt. International cooperation in the titanium felt industry has also been growing. Many countries are

The industry trend and market outlook for titanium felt (titanium fiber felt) are promising. Titanium felt is a non-woven fabric made from titanium fibers, and it has a wide range of applications in various industries. The demand for titanium felt is expected to grow steadily in the coming years. Due to its unique properties and

Driven by HYPORT (51% owned by ENGIE Solutions and 49% by AREC Occitanie), the first green hydrogen production, storage and distribution station within a European airport zone has just been inaugurated. This unique hydrogen refueling station will refuel passengers at Toulouse-Blagnac Airport in France and Airbus employee shuttles. It is also open to customers outside

VANCOUVER, COLUMBIA – First Hydrogen Corp. (“FIRST HYDROGEN” or the “Company”) has signed a term sheet with EV Technologies Inc. (“EVT”) to sign a term sheet. (“EVT”) for the development of an advanced, high power cell specifically designed for hydrogen fuel cell vehicles. First Hydrogen and EVT will jointly prepare a commercial collaboration agreement. Detailing

Recently, First Hydrogen announced that Rivus, an award-winning fleet management provider, has issued a positive report on its hydrogen fuel cell powered vehicles (FCEVs). The report highlights that First Hydrogen’s FCEVs outperform pure electric vehicles in terms of vehicle efficiency under all load conditions. And the report goes on to say that the FCEV has

Green hydrogen (H2) derived from renewable energy sources is the carbon-free fuel of the future. The most popular method of preparing green hydrogen is electrolysis. Water is broken down into oxygen and hydrogen through an electrochemical cell. This is a simple reaction that yields high-quality hydrogen with zero carbon emissions. Despite these advantages, electrochemical water

On November 6, Africa’s first industrial-scale, zero-emission steel production project using green hydrogen broke ground in Namibia. Located near Arandis in Namibia’s Erongo region. Therefore the direct-reduced iron project is backed by the German government and has an initial investment phase totaling 13 million euros (about $13.9 million). The project will be implemented by HyIron,

Hydrogen from AFC Energy’s ammonia cracking technology independently tested at the UK’s National Physical Laboratory – 99.99% purity hydrogen successfully achieved. AFC Energy (AIM: AFC), a leading provider of hydrogen generation technology. It is pleased to announce the latest milestone in the accelerated development of its modular, scalable ammonia cracker technology. 1. AFC Energy’s next-generation

Titanium felt is a highly versatile material known for its exceptional plasticity. Its ability to be easily shaped and molded makes it suitable for a wide range of applications. One of the key advantages of titanium felt is its excellent formability. It can easily bent, folded, and manipulated into various shapes and sizes without losing