Eco-Bind

Low carbon bitumen mix that outperforms traditional alternatives.

A close-up view of a rough asphalt surface composed of small, uneven gravel and stone pieces. The texture is coarse and heterogeneous, with various shades of gray and occasional hints of brown.
A close-up view of a rough asphalt surface composed of small, uneven gravel and stone pieces. The texture is coarse and heterogeneous, with various shades of gray and occasional hints of brown.
A close-up view of textured asphalt road surface with visible rough and bumpy aggregate particles. The image captures the gritty details and uneven nature of the asphalt material.
A close-up view of textured asphalt road surface with visible rough and bumpy aggregate particles. The image captures the gritty details and uneven nature of the asphalt material.
A rough textured asphalt surface with a single, small heart-shaped patch in a contrasting lighter color.
A rough textured asphalt surface with a single, small heart-shaped patch in a contrasting lighter color.
A close-up view of a cracked asphalt surface with visible soil and dried leaves lodged in the crevice. The pavement appears weathered, with uneven edges along the crack.
A close-up view of a cracked asphalt surface with visible soil and dried leaves lodged in the crevice. The pavement appears weathered, with uneven edges along the crack.
A close-up view of a textured asphalt surface with gravel. The surface is composed of small stones and coarse material, giving a rough appearance.
A close-up view of a textured asphalt surface with gravel. The surface is composed of small stones and coarse material, giving a rough appearance.

Eco-Bind Solution

Revolutionizing asphalt with low carbon, high-performance bitumen mix.

A view of an asphalt surface with visible rainbow-like oil slick patterns creating subtle iridescence. The texture of the road is coarse with small pebbles.
A view of an asphalt surface with visible rainbow-like oil slick patterns creating subtle iridescence. The texture of the road is coarse with small pebbles.
Sustainable Innovation

Our eco-bind product significantly reduces carbon footprint and hazardous emissions, making it a superior choice for asphalt plant operators seeking environmentally friendly solutions at a competitive price.

A close-up view of a textured asphalt surface with a blurred background showing leafless trees under an overcast sky.
A close-up view of a textured asphalt surface with a blurred background showing leafless trees under an overcast sky.
Cost-Effective Choice

Eco-bind utilizes organic materials from wastewater, offering a low-cost alternative to traditional bitumen while maintaining high performance and sustainability for asphalt projects.

Eco-Bind Reviews

Discover how Eco-Bind is transforming asphalt mixing for operators worldwide.

Eco-Bind has significantly reduced our carbon footprint while maintaining excellent performance. Highly recommend for any asphalt plant operator looking to innovate!

John Doe
A close-up view of a rough asphalt surface, displaying a textured pattern made up of small, irregularly shaped stones and gravel.
A close-up view of a rough asphalt surface, displaying a textured pattern made up of small, irregularly shaped stones and gravel.

Los Angeles

Switching to Eco-Bind was a game changer for our operations. The cost savings and reduced emissions are impressive. We’re committed to using this product moving forward.

Cracked asphalt pavement with visible underlying stones and gravel. A small patch of green vegetation emerges through the cracks. The surface has a rough, uneven texture with varying shades of gray.
Cracked asphalt pavement with visible underlying stones and gravel. A small patch of green vegetation emerges through the cracks. The surface has a rough, uneven texture with varying shades of gray.
Jane Smith

New York

★★★★★
★★★★★