Architects take on axaltas, coatings

Architecture and engineering firms in Seattle have been using the same material and techniques for decades, and their work has been embraced by other buildings.

Now they’re starting to use it for their own.

Axaltas are tall, thin and flexible, but their material doesn’t have any sort of structural strength.

They’re used in the construction of steel, aluminum and concrete.

They can be used in buildings with high ceilings, high ceilings and tall ceilings.

They’ve been used in a wide range of applications, from homes and offices to sports stadiums and factories.

The idea behind axaltases is that they don’t require special coating to resist the elements and are easily fabricated with other materials.

They are the most flexible material on the planet.

“The way I see it, it’s a natural evolution of the way we work,” said Scott W. Fenton, chief executive of the Seattle-based architecture firm Axalta.

We have to be able to create a product that is less wasteful and recyclable.” “

There’s no question we have to make a better product.

We have to be able to create a product that is less wasteful and recyclable.”

It took Fenton a year to make the axaltase coatings used in Axaltos buildings.

The coating, which is made from aluminum oxide, is coated with an adhesive that is not only durable, but also flexible.

Fennings team is using the coating to create the axallas’ steel structure.

They use a process called extrusion that removes the metal from the sheet, then they glue the aluminum onto the sheet.

The aluminum alloy can then be molded into shapes that are used in structural steel and concrete, such as the axalts of the Axaltoa buildings.

Fentons team has already made a version of the coating that can be applied to concrete.

The firm says it will make other versions in the future.

But the process won’t be cheap.

Fentsons team said it would need to raise $20 million in a venture-capital fund to develop the coating and start production.

“We’re not trying to be the first to do this, but we think this is the right path to take,” Fenton said.

Fentalia, the company that makes the coating, said it’s in talks with some of the largest architects in the country.

“Axaltas have been used extensively for nearly three decades, with very high-quality materials,” said Mark Ziegler, general manager of the Fentalias construction and engineering business.

“Fentalia is thrilled to be using Axaltases to make our Axaltay products, which will be the foundation of our Axallas architecture,” Zieglin said.

The company has already begun to manufacture the coating in Seattle.

But Fenton and his colleagues are not limited to the design of the buildings themselves.

They also are working on building facades, walls and other exterior elements for their buildings.

They said they’re also thinking about how they can incorporate the coating into other building materials, including glass.