ZERO-CEMENT CONCRETE

Novastone™ Kerbs

Cement-free precast kerbs powered by BINDRTM — engineered for road and landscape edging at OPC cost parity.

Cement-free precast kerbs powered by BINDRTM — engineered for road and landscape edging at OPC cost parity.

80% Lower Embodied Carbon

80% Lower Embodied Carbon

Cement-Free

Cement-Free

OPC Cost Parity

OPC Cost Parity

OPC Cost Parity

OPC Cost Parity

Technical Specifications

Applications

Road kerbing

Footpath boundaries

Landscape & driveway edging

Available sizes

600×300×125 mm

600×300×100 mm

Custom sizes available on request

Dimensional tolerance: ± 2 mm (length & width), ± 3 mm (height).

Sustainability

0.04

kgCO₂e/kg

Cement-Free

Ultra-low embodied carbon — roughly 80% below OPC-based precast. Not carbon-negative.

Physical & Mechanical Properties

Attribute

Novastone™ Kerbs

Compressive strength

40 MPa

Water absorption

< 6%

Dry density

2200 kg/m³

How it compares

Compared against conventional masonry alternatives.

Novastone™ leads

Competitor leads

Comparable

Parameters

Novastone™ Kerb

Conventional OPC Kerb

Compressive strength (MPa)

▲ 40 MPa

30 MPa (M30 min, typ. to M35)

Water absorption (%)

< 6%

≤6% (typical precast kerb)

Dry density (kg/m³)

2200 kg/m³

~2300 – 2400 kg/m³

Embodied carbon (kgCO₂e/kg)

▲ 0.04 kgCO₂e/kg

~0.10 – 0.15 kgCO₂e/kg

Binder

Cement-free (BINDR™)

OPC-based

Technical Specifications

Applications

Road kerbing

Footpath boundaries

Landscape & driveway edging

Available sizes

600×300×125 mm

600×300×100 mm

Custom sizes available on request

Dimensional tolerance: ± 2 mm (length & width), ± 3 mm (height).

Sustainability

0.04

kgCO₂e/kg

Cement-Free

Ultra-low embodied carbon — roughly 80% below OPC-based precast. Not carbon-negative.

Physical & Mechanical Properties

Attribute

Novastone™ Kerbs

Compressive strength

40 MPa

Water absorption

< 6%

Dry density

2200 kg/m³

How it compares

Compared against conventional masonry alternatives.

Novastone™ leads

Competitor leads

Comparable

Parameters

Novastone™ Kerb

Conventional OPC Kerb

Compressive strength (MPa)

▲ 40 MPa

30 MPa (M30 min, typ. to M35)

Water absorption (%)

< 6%

≤6% (typical precast kerb)

Dry density (kg/m³)

2200 kg/m³

~2300 – 2400 kg/m³

Embodied carbon (kgCO₂e/kg)

▲ 0.04 kgCO₂e/kg

~0.10 – 0.15 kgCO₂e/kg

Binder

Cement-free (BINDR™)

OPC-based

Technical Specifications

Applications

Road kerbing

Footpath boundaries

Landscape & driveway edging

Available sizes

600×300×125 mm

600×300×100 mm

Custom sizes available on request

Dimensional tolerance: ± 2 mm (length & width), ± 3 mm (height).

Sustainability

0.04

kgCO₂e/kg

Cement-Free

Ultra-low embodied carbon — roughly 80% below OPC-based precast. Not carbon-negative.

Physical & Mechanical Properties

Attribute

Novastone™ Kerbs

Compressive strength

40 MPa

Water absorption

< 6%

Dry density

2200 kg/m³

How it compares

Compared against conventional masonry alternatives.

Novastone™ leads

Competitor leads

Comparable

Parameters

Novastone™ Kerb

Conventional OPC Kerb

Compressive strength (MPa)

▲ 40 MPa

30 MPa (M30 min, typ. to M35)

Water absorption (%)

< 6%

≤6% (typical precast kerb)

Dry density (kg/m³)

2200 kg/m³

~2300 – 2400 kg/m³

Embodied carbon (kgCO₂e/kg)

▲ 0.04 kgCO₂e/kg

~0.10 – 0.15 kgCO₂e/kg

Binder

Cement-free (BINDR™)

OPC-based

From Innovation to Impact.

Powered by BINDR™

The alkali-activated binder behind every Agrocrete® product — zero OPC, carbon-negative, independently verified.

Ultra-Low Carbon

60–70% lower embodied carbon than OPC concrete.

Cost Parity

Priced at or below premium concrete block brands. No green surcharge.

Every Batch Tested

QC reports and IS-code referenced data ship with every order.

Drop-In Replacement

Same moulds, same workflows, zero retraining.

CLEANER. GREENER. SUSTAINABLE.

The Better Alternative to Cement

Blocks, bricks, mortar, pavers, and more — all powered by BINDR™, all cement-free.

Notes from the Journey

Insights, stories, and ideas at the intersection of construction, climate, and community.

Frequently asked questions

Have Questions?

We’ve Got Answers.

What is Agrocrete®?

Agrocrete® is a carbon-negative building block made from upcycled crop residues and industrial by-products. It’s stronger, lighter, cooler, and more durable than conventional bricks, while also reducing environmental impact.

What does ‘carbon-negative’ mean?

How is Agrocrete® better than regular bricks?

Is Agrocrete® certified?

Where can it be used?

Is it termite-resistant and fire-resistant?

Will it change my construction process?

What’s its environmental impact?

Frequently asked questions

Have Questions?

We’ve Got Answers.

What is Agrocrete®?

Agrocrete® is a carbon-negative building block made from upcycled crop residues and industrial by-products. It’s stronger, lighter, cooler, and more durable than conventional bricks, while also reducing environmental impact.

What does ‘carbon-negative’ mean?

How is Agrocrete® better than regular bricks?

Is Agrocrete® certified?

Where can it be used?

Is it termite-resistant and fire-resistant?

Will it change my construction process?

What’s its environmental impact?

Frequently asked questions

Have Questions?

We’ve Got Answers.

What is Agrocrete®?

Agrocrete® is a carbon-negative building block made from upcycled crop residues and industrial by-products. It’s stronger, lighter, cooler, and more durable than conventional bricks, while also reducing environmental impact.

What does ‘carbon-negative’ mean?

How is Agrocrete® better than regular bricks?

Is Agrocrete® certified?

Where can it be used?

Is it termite-resistant and fire-resistant?

Will it change my construction process?

What’s its environmental impact?