Plazrok Pavers
Environmental Lightweight Pavers Using Plazrok aggregate
What is Plazrok
A complete aggregate made using waste plastic and minerals
Plazrok Power
Plazrok is 4 to 5 times the volume of rock aggregate & higher tensile strength
Our Purpose
Together We Will Benefit The Environment
Our process helps to reduce the waste in landfills and oceans thereby working towards the prevention of microplastic pollution and environmental degradation
Select a reliable alternative
If you’re pursuing lightweight, sustainable paving, a well-designed mix with Plazrok ~10% plastic-based aggregate balances strength, weight savings, and environmental benefits while being significantly lighter than normal pavers
- Plastics in Concrete
Concrete pavers made with a mix of Plazrok, sand and cement are reliably more sustainable whilst achieving factual structural strength
- Plazrok-Mixed Pavers
A mixed-plastic aggregate engineered to mimic stone to meet or exceed standard compressive strength
The Simple Facts of Plazrok
Selected plastics are processed through our regrind procedure until they are suitable to move to next step
After repurposing the recycled plastic to form Plazrok aggregate which is then added to natural aggregates
The volume of 1 tonne of Plazrok aggregate is 4/5 times compared to the volume of 1 tonne of rock aggregates
The Best of Recycling
Plazrok Circle Of Life
Recycling waste plastics mixed with aggregates to produce lightweight concrete pavers is a promising and sustainable solution addressing three major global challenges:
The Plazrok Advantage
Additional Plazrok Pavers Primary Points
Plazrok stands out;
as a high-performance, patented aggregate optimised to replace conventional stone or sand in load-bearing and paving concrete products
Research and studies;
confirm the viability of pavers with recycled plastics—particularly PET, PE, and PP—at low to moderate replacement levels, yielding acceptable strength and sustainability
Plazrok styled systems;
are already actively used worldwide in commercial paving, offering similar environmental and structural benefits to a diverse range of trades