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Earth-based Technologies

At Tellura, we are revolutionizing the use of natural fabrics and biocomposites.
For us, performance is a compromise and sustainability is a standard.

We do not simply use another natural fiber (e.g. flax, hemp, bamboo, etc.).
We use a “processed yarn” derived from natural fibers while preserving its 100% natural content.

A real sustainable alternative to petroleum-intensive plastics and glass- or carbon-fiber composites.

Discover Unique Eco-friendly Products

About Us

Our Mission

At Tellura Technologies, we are on a mission to revolutionize the use of eco-friendly materials in various industries. Our commitment to sustainability and innovation drives us to develop cutting-edge solutions that not only meet industry demands but also contribute to a greener planet. Join us in our journey towards a more sustainable future.

Products  &  Services

We use a “processed yarn” derived from natural fibers while preserving its 100% natural content. This textile can be a reinforcement to bio-based polymers to create a new generation of lightweight, high-performance biocomposites. And, fabrics for fashion-for-good.

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​Renewable resources, ensuring both scalability and compliance with sustainability standards. We operate under a B2B model, partnering to design and integrate our biocomposites into new and existing projects.

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​​​We also offer solutions on R&D and engineering design, providing consulting services for mechanical design, materials and manufacturing, tests and certification, characterization properties, and research plans.

Biocomposites

- Biocomposite parts

- Pre-pregs (bio-epoxy + natural fabrics)

- Bio-based thermosets or thermoplastics

- Fabrication outsourcing (hand-lay-up, RTM, autoclave)

Natural Fabrics

- Natural fiber fabrics

- Superior "processed yarn" 100% natural-based

- Textiles on demand

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Consulting

- Materials Characterization properties

- Mechanical design and simulation CAD/CAE

- Tests and Certification

- Hardware design and qualification

Applications

Tellura's biocomposites can replace most conventional synthetic materials, such as plastics, carbon/glass fiber composites, and even metals, in non- or semi-structural applications.

From mass transportation to architecture & design, from sports to luxury aesthetic components, and even high-performance Radome for telecommunication, our biocomposite will deliver eco-friendly benefits without sacrificing any performance.

Transports

Our biocomposite will certainly provide the best lightweight efficiency combined with a high strength-to-weight ratio. While offering vibration dumping, acoustic and thermal insulation, it serves different uses:

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- Interior panels & trims,

- Seats,

- Flooring & luggage compartments,

- Cabin interiors, and

- Wall partitions & acoustic panels.

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Less weight! With a density as low as 1.16 g/cm³, ~42% lower than glass-fiber composites.

Less fuel consumption. Even more sustainable.

Sports

A lightweight impact resistance and durable material that can be ideal for various sports uses:

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- Surfboards & paddleboards,

- Kayak & canoe,

- Skateboards & longboards,
- Fitness gear,
- Protective gear, and
- Accessories.

Architecture & Design

With its natural texture, high durability, and environmental resistance, it serves as an eco-friendly substitute for different uses:

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- Wall panels & facades,

- Ceiling panels,

- Furniture & cabinetry,

- Decorative elements, and

- Home décor.

Telecommunication-Radome

Solutions for high-performance radome in telecommunication. Designed to provide electromagnetic transparency, environmental resistance, and mechanical durability, our biocomposite is ideal as enclosures for electronic systems.

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- Radar and antenna – ensure minimal signal interference while protecting sensitive equipment.

- 5G and satellite communication radomes – offer low transmission loss and high-frequency performance.

- Weather-resistant covers – protect against UV exposure, moisture, and climate temperatures.

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We are specialized in electromagnetic compatibility or interference EMC/EMI and able to design our biocomposites for specific applications while offering customizable electromagnetic properties.

Why Tellura?

The biocomposite offers a game-changing, sustainable alternative for industries looking to reduce their environmental impact, meet regulatory goals, and embrace a future of green innovation. 🌱♻️

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~ 70 %

Natural-based

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Natural Content:

  • Natural fibers: 100 %.

  • Bio-polymer: ~32 %.

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- CO₂ capture during their growth.

- 63% less energy consumption compared to glass fiber composite.

Natural content & Lower CO2 footprint

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~ 1.16 g/cm³

Density

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Lighter than most traditional materials:

  • Plastics: PVC (~1.38 g/cm³) and PC (~1.20 g/cm³).

  • Composites: Glass-FRP (~2.0 g/cm³) and Carbon-FRP (~1.8 g/cm³)

  • Metals: Aluminum (~2.7 g/cm³)

Lightweight

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​​​​​💪x⚙️

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  • Mechanical Strength 

  • e.g. biocomposite 3 mm thick
    ​(4 layers):

    • Flexural = 163 MPa

    • Tensile = 34 MPa

    • Compressive = 61 MPa

    • Shear = 31 MPa​  

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Health &
Safety Benefits

♻

  • Biodegradable in less than a year in compost soil environment.

  • Viable end-of-life solutions with zero-waste initiatives. No plastic pollution.

  • Contributes to a closed-loop production model with renewability and biodegradability.

​Biodegradability & Circular Economy

*the parameters are dependent on specific application.

Our Impact

Sustainable & Renewable

  • Made from natural fibers, a fast-growing, naturally renewable plant that requires no fertilizers or pesticides.

  • Reinforced with bio-based epoxy resin, reducing reliance on petroleum-derived materials.

  • Biodegradability (~8 months in compost conditions) minimizes long-term environmental impact.

Lightweight with High Strength

  • Density of 1.15 g/cm³, making it lighter than most synthetic composites (carbon/glass fiber), plastics (PVC, PC), or metals (Al, Fe).

  • Excellent strength-to-weight ratio, providing durability without added weight—increasing product lifespan.

  • Mechanical strength is superior to that of most petroleum-derived plastics.

Carbon-Capture Material

  • Absorbs CO₂ during plant growth, offsetting emissions and contributing to a lower carbon footprint.

  • Bio-based epoxy resin has a lower CO₂ footprint than synthetic resins.

  • Supports corporate sustainability goals and eco-conscious regulations.

Versatile Applications

  • Fully customizable in thickness and format, while providing natural aesthetics for functional and decorative uses. No painting required.

  • Able to design and tailor for a specific application. Reinforcements for mechanical needs, fire-resistant solutions, and guidance on the qualification & certification process—we have got you covered.

Circularity

  • Designed to align with circular economy principles, ensuring sustainability at every stage of its lifecycle: renewable sourcing, low-carbon emission, durability & longevity, end-of-life biodegradability, and reusability (repurposed or used as bio-fuel).

  • ​Committed to always improving and supporting a circular and sustainable material economy.

Naturally Aesthetic

  • Available in natural colors of golden yellow, black, brown, green, or gray finishes for premium design applications.

  • Unique woven texture provides an organic, high-end appearance.

Let's make positive impact together!

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...Our planet is choking on plastic, and it is time to change how we produce, consume and dispose of the plastic we use...

UNEP's quote.

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