The cost of accessing space ranges from $8,000 per kg to low Earth orbit (LEO) and up to $2.7 million to send 1kg to Mars.

Composites Weekly podcast interview

For a first-time visitor, the eight spools of black ribbon hanging on racks inside a glass-enclosed cabinet at Tulsa's Infinite Composites Technol..

Researchers Take Ideas from the Lab to the MarketplaceAside from state-of-the art laboratories, a clean room for device fabrication and advanced...

Space buzz...

Since 1970 pressure vessel manufacturers have been using continuous fibers filaments...

It all began as students at Oklahoma State University (OSU) in Stillwater, Okla. In 2008...

The Oklahoma Center for the Advancement of Science and Technology (OCAST) has awarded a nearly $300,000...

(ICT) of Tulsa, Oklahoma, designs, develops and manufactures advanced compressed natural gas (CNG) storage systems...

Composites World Magazine has referred to the liner-less, Type 5 (Type V) fuel storage tank as...

Although some of us are more aware than others, we’re living on the verge of a new space era.

We are CleanNG… were CleanNG.

Nathan Thompson of Fox23 covers founder Michael Tate at the Helmerich Advanced Technology Research Center...

Oklahoma State University-Tulsa and Infinite Composites Technologies, (ICT, Tulsa, OK, US, formerly CleanNG), have signed...

Innovators and Entrepreneurs Magazine, an Oklahoma publication covered Infinite Composites Technologies to spread the news about it's name change...

One of the easiest and most effective ways to reduce oil usage is to make vehicles — no matter what kind of fuel they run on...