Innovative Insulation

Transforming palm waste into advanced thermal insulation for extreme conditions.

Sustainable Solutions

Reducing waste and emissions while enhancing energy efficiency in various industries.

Close-up view of palm tree bark showing rough and textured surface with layers of fibrous material. The patterns create an intricate design with shadows and highlights, enhancing the rugged appearance.
Close-up view of palm tree bark showing rough and textured surface with layers of fibrous material. The patterns create an intricate design with shadows and highlights, enhancing the rugged appearance.
Aerogel Technology

Ultra-lightweight, high-temperature-resistant insulation that outperforms traditional materials significantly.

Supports local manufacturing and promotes a circular economy through innovative use of agricultural waste.

Circular Economy
A textured surface composed of wood chips and strands oriented randomly and pressed together. The material appears natural and rustic, with variations in the shades of brown, beige, and tan.
A textured surface composed of wood chips and strands oriented randomly and pressed together. The material appears natural and rustic, with variations in the shades of brown, beige, and tan.
A close-up view of the textured bark and rough fronds of a palm tree. The sun casts light on the fibrous strands, creating a warm and earthy color palette. Part of a fruit or seedpod is nestled among the fibers, adding a touch of color.
A close-up view of the textured bark and rough fronds of a palm tree. The sun casts light on the fibrous strands, creating a warm and earthy color palette. Part of a fruit or seedpod is nestled among the fibers, adding a touch of color.

Innovative Insulation

Transforming palm waste into advanced thermal insulation solutions.

Green palm leaves with long, slender leaflets are arranged in a layered, overlapping pattern. The leaves display varying shades of green, with some shadow play creating a natural texture.
Green palm leaves with long, slender leaflets are arranged in a layered, overlapping pattern. The leaves display varying shades of green, with some shadow play creating a natural texture.
Palm fronds arch over a textured, light tan wall. The leaves are a deep green, casting subtle shadows on the wall, creating an inviting, tropical atmosphere.
Palm fronds arch over a textured, light tan wall. The leaves are a deep green, casting subtle shadows on the wall, creating an inviting, tropical atmosphere.
Tall palm trees stretch upwards under a large glass and steel canopy. The structure of the roof creates geometric patterns with its intersecting metal framework. Sunlight filters through the glass, casting a warm glow on the green leaves of the palm trees.
Tall palm trees stretch upwards under a large glass and steel canopy. The structure of the roof creates geometric patterns with its intersecting metal framework. Sunlight filters through the glass, casting a warm glow on the green leaves of the palm trees.
An intricate pattern of overlapping, dried palm leaves with a rough and textured appearance. The leaves are layered, creating a dense and complex arrangement.
An intricate pattern of overlapping, dried palm leaves with a rough and textured appearance. The leaves are layered, creating a dense and complex arrangement.

Frequently Asked Questions

What is Zoorheat's technology?

We use aerogel technology for thermal insulation.

How does Zoorheat help the environment?

Our process reduces agricultural waste and carbon emissions while supporting local manufacturing.

What materials are used?

We utilize abundant palm waste sourced locally to create our innovative insulation materials.

What industries benefit from Zoorheat?

Industries in the Gulf require efficient insulation to minimize energy loss and emissions.

How effective is your insulation?

Our insulation is up to 4× more effective than traditional materials in extreme conditions.

Where is Zoorheat located?

Zoorheat is based in Oman, focusing on sustainable solutions for local and regional industries.