Welcome to the age of basalt composites.

At Basalt International, our mission is to make basalt-based building materials a mainstream composite choice by setting new industry performance standards.

Basalt improves quality, pricing and performance, lowers carbon footprints, increases strength and durability, solves the challenge of corrosion and excels in every way vs traditional building materials.

Bridges, pipes, walls, and roads are deteriorating everywhere.

Steel and concrete, primarily used for reinforcement are easily oxidized by salt and acid/alkaline exposure.

Let's
build
superior.

Bridges, pipes, walls, and roads are deteriorating everywhere.

Steel and concrete, primarily used for reinforcement are easily oxidized by salt and acid/alkaline exposure.

Let's build superior.

Bridges, pipes, walls, and roads are deteriorating everywhere.

Steel and concrete, primarily used for reinforcement are easily oxidized by salt and acid/alkaline exposure.

Let's build superior.

Bridges, pipes, walls, and roads are deteriorating everywhere.

Steel and concrete, primarily used for reinforcement are easily oxidized by salt and acid/alkaline exposure.

Let's build superior.

Superior fiber!

Superior fiber!

Superior fiber!

Superior rebar!

Superior rebar!

Superior rebar!

Superior sea wall!

Superior sea wall!

Superior sea wall!

Superior sea wall!

Superior bridges!

Superior bridges!

Superior bridges!

Superior bridges!

Meet basalt.

Basalt fiber, formed from lava rock, lasts for hundreds of years in steady state, regardless of temperature or environmental exposure. In almost every aspect, basalt fiber is superior in function to steel and other composites-4X the tensile strength, 6X lighter and 30% cheaper than galvanized steel, 50% lower cost than aluminum and 90+% lower cost than carbon fiber.

Since basalt is not a metal and is essentially rock, it is non-conductive and does not rust or corrode like steel. Moreover, basalt has a 74% lower carbon footprint than steel and is sustainable, environmentally friendly, and safe for humans.

Meet basalt.

Basalt fiber, formed from lava rock, lasts for hundreds of years in steady state, regardless of temperature or environmental exposure. In almost every aspect, basalt fiber is superior in function to steel and other composites-4X the tensile strength, 6X lighter and 30% cheaper than galvanized steel, 50% lower cost than aluminum and 90+% lower cost than carbon fiber.

Since basalt is not a metal and is essentially rock, it is non-conductive and does not rust or corrode like steel. Moreover, basalt has a 74% lower carbon footprint than steel and is sustainable, environmentally friendly, and safe for humans.

Meet basalt.

Basalt fiber, formed from lava rock, lasts for hundreds of years in steady state, regardless of temperature or environmental exposure. In almost every aspect, basalt fiber is superior in function to steel and other composites-4X the tensile strength, 6X lighter and 30% cheaper than galvanized steel, 50% lower cost than aluminum and 90+% lower cost than carbon fiber.

Since basalt is not a metal and is essentially rock, it is non-conductive and does not rust or corrode like steel. Moreover, basalt has a 74% lower carbon footprint than steel and is sustainable, environmentally friendly, and safe for humans.