MATERIALS

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BETTER GEOMETRY
BETTER MATERIALS
BETTER SHELTER

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WHY DIAMOND WEAVE WAS NEVER DESIGNED AROUND A SINGLE MATERIAL

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For generations, the construction industry has worked to develop better building materials.

Stronger concrete.

Lighter steel.
Smarter insulation.
Lower-carbon binders.

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These advances continue to transform how we build. But Diamond Weave began with a different question:

What if we could achieve the required structural performance by using less material in the first place?

That question led us first towards geometry.

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NATURE’S FIRST LESSON

Nature rarely solves a structural problem by simply adding more material.

Nature changes shape.

Eggshells.
Seashells.
Seeds.
Bones.
Tree trunks.

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Each demonstrates the same underlying principle:

Strength can be created through geometry before it is created through material.

For billions of years, Nature has refined structures that are light, strong and remarkably efficient. It places material where it is needed and removes it from where it is not.

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The most sustainable material may be the material that never needs to be produced.

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Diamond Weave asks a simple question:

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What can architecture learn from Nature?

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USE LESS BEFORE USING BETTER

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Flat structural elements commonly carry loads through bending.

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Resisting bending can require greater thickness, more reinforcement and more material. That adds weight, complexity, embodied energy and cost.

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Diamond Weave approaches the problem differently.

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Its compound-curved shell geometry is intended to direct structural forces through the surface, much like the way forces move through natural shells.

Rather than relying on material quantity alone, Diamond Weave uses geometry to help carry the load.

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The objective is clear:

Use geometry intelligently.
Reduce unnecessary material.
Then make the remaining material work harder.

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Once material demand has been reduced, the choice of material becomes even more powerful.

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BETTER MATERIALS STILL MATTER

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Using less material is only one part of the solution.

The materials themselves must also continue to improve.

Around the world, engineers, researchers and manufacturers are developing construction materials that are stronger, more durable, more efficient and less environmentally damaging.

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Diamond Weave was never intended to compete with those advances.

It was designed to embrace them.

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EARTH FRIENDLY CONCRETE

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Earth Friendly Concrete ®  EFC is one example of this philosophy.

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EFC uses geopolymer technology as an alternative to conventional Portland cement-based concrete, offering the potential to substantially reduce the embodied carbon associated with the concrete binder.

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Subject to the engineering, production and performance requirements of each application, Diamond Weave is being developed to work with advanced concrete technologies such as EFC.

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This reflects an important principle:

Diamond Weave does not depend upon one concrete mix.

It is intended to operate as a structural platform capable of evolving alongside advances in concrete and materials technology.

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When efficient geometry is combined with lower-carbon materials, the benefits can compound.

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Use less material.
Use better material.
Create better shelter.

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A PLATFORM FOR FUTURE INNOVATION

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Earth Friendly Concrete ® is not the end of the story.

It is one possible beginning.

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Future Diamond Weave applications may benefit from advances in:

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Lower-carbon concrete technologies.
Geopolymer binders.
Recycled aggregates.
Fibre-reinforced composites.
Basalt reinforcement.
Carbon-fibre reinforcement.
Self-healing materials.
Technologies that have not yet been invented.

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Each material and application will require appropriate engineering, testing and regulatory approval.

The principle, however, remains constant:

Good engineering should not limit future innovation.

It should make future innovation possible.

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DESIGNED BEYOND A SINGLE MATERIAL

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The Diamond Weave patent specification contemplates the use of a range of suitable structural and cementitious materials in the manufacture of its shell components.

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This was deliberate.

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The innovation is not intended to depend upon one proprietary material or one concrete formulation.

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It lies in the geometry, component relationships, connections and assembly of a structural system capable of evolving as materials science advances.

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Materials will change.

The underlying geometric principles endure.

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THE FUTURE OF SHELTER

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Housing affordability and sustainability will not be solved by a single invention.

Progress will come when advances in materials, engineering and manufacturing work together.

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Diamond Weave does not claim to have every answer.

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It has been created as a platform where better ideas can come together and continue improving over time.

Because the future of construction will not belong to the strongest material alone.

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It will belong to the most intelligent combination of:

Geometry.
Materials.
Manufacturing.
And place.

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That is the philosophy behind Diamond Weave.

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Better geometry.
Better materials.
Better shelter.