Sustainable tiles for architects & designers

Eralith tiles combine premium aesthetics with industry-leading sustainability, enabling you to specify truly sustainable materials without compromising on quality or design flexibility.
A large green Eralith sustainable tile from Dekiln.

problem

Traditional ceramic tile manufacturing relies on energy-intensive kiln firing, contributing significantly to the industry's environmental impact.

A traditional kiln containing ceramic pots, reliant on energy-intensive processes.
A large orange Eralith sustainable tile from Dekiln.

opportunity

By specifying Dekiln's next-generation tiles, you can reduce the carbon footprint of your projects by 94% while maintaining premium aesthetics demanded by clients.

A light-organge Eralith tiled wall, with two ceramic pots and dried flowers in the foreground.

Our Solution - Eralith Tiles

A stack of multi-coloured Eralith tiles.

Sustainability leadership

Our innovative tiles enable you to meet stringent environmental targets and position yourself at the forefront of sustainable design innovation.

Circular economy

With over 95% recycled content, our tiles provide an elegant solution for integrating circular economy principles into your architectural vision.

Durability

Exceeding industry standards with a flexural strength of up to 25 MPa, our tiles ensure long-lasting performance without sacrificing sustainability.

Easy installation

Dekiln tiles are installed using standard methods and materials, requiring no specialised training for contractors.

A close of different shades of light-green Eralith tiles.

DeKiln Tiles vs Other sustainable tiles

A large blue Eralith sustainable tile from Dekiln.

Lower Carbon Footprint

Our revolutionary BioSintering® process eliminates kiln firing, reducing carbon emissions by 94% compared to conventional ceramic tiles

A large orange Eralith sustainable tile from Dekiln.

Wide Aesthetic Range

Our low-temperature manufacturing process enables an extensive range of colours and finishes not possible with high-temperature fired tiles.

A large green Eralith sustainable tile from Dekiln.

Recycled Content

With over 98% recycled content, our tiles significantly outperform competitors that typically use lower percentage of recycled materials.

A dark red Eralith sustainable tile.

Low Water Usage

By eliminating the wet milling stage of conventional ceramic production, our manufacturing process substantially reduces water consumption.

A grey Eralith sustainable tile.

High Performance

Dekiln tiles meet or exceed key industry standards including flexural strength, dimensional stability, and surface quality.

A beige Eralith sustainable tile.

Affordability

At a fraction of the cost of other sustainable tile alternatives on the market, our tiles make sustainable design accessible without compromising on quality.

Industry response

“Dekiln's technology allows us to offer clients beautiful, customizable surfaces without compromising on sustainability. It’s a rare combination, and a true differentiator in high-end design"

Sofia Steffenoni

Director of Materials Assemble

COntact us

CEO Dr Aled Roberts and a scientist examining a blue Eralith tile in a lab.
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Frequently

asked questions

Are Eralith tiles available internationally?

Are samples available?

Are there any exclusivity or geographic limitations to your licensing agreements?

Are your sustainable tiles as robust as standard ceramic tiles?

Are your tiles as robust as standard ceramic tiles?

Are your tiles suitable for outdoor use or high-traffic areas?

Can BioSintering® technology be applied to products other than tiles?

Can BioSintering® technology be integrated into existing production lines?

Can Eralith tiles be customised for specific projects?

Can Eralith tiles be customised in terms of size, colour, or design?

Can your technology be adapted to other products beyond tiles?

Do Eralith tiles have any unique aesthetic properties?

Do Eralith tiles look like conventional ceramic tiles?

How consistent is the BioSintering® process across production batches?

How do your tiles contribute to sustainable building practices?

How does BioSintering® differ from conventional ceramic production methods?

How does licensing your technology impact our carbon footprint and energy costs?

How does your BioSintering technology work, and what are its key benefits?

How much energy does BioSintering® save compared to conventional processes?

Is the BioSintering® process patent-protected?

What applications are Eralith tiles suitable for?

What certifications do your tiles meet for quality and sustainability?

What equipment or process modifications are required to adopt your technology?

What is the availability of Eralith?

What is the expected return on investment for manufacturers licensing your technology?

What is the water absorption value for Eralith tiles?

What level of technical support or training do you provide to licensees?

What maintenance do Eralith tiles require?

What makes BioSintering® more sustainable than other "green" tile technologies?

What makes Eralith tiles different from traditional ceramic tiles?

What makes Eralith tiles different from traditional ceramic tiles?

What raw materials does BioSintering® use?

What sizes and thicknesses are Eralith tiles available in?

Where can I see samples of your tiles or place an order?

Dekiln CEO, Dr Aled Roberts displaying a light green sustainable Eralith tile, holding it up to his face.