Common Artificial Grass Issues & How to Solve Them
Most issues with artificial grass—such as poor drainage, bad odours, or visible seams—are not faults of the product itself, but results of improper installation or incorrect maintenance. In Canberra's specific climate, ensuring a deep, compacted road base and using the correct silica sand infill are the primary ways to prevent 90% of common turf problems.
Preventing Problems Before They Start
Synthetic turf is an investment. Understanding potential pitfalls helps you maintain a pristine lawn for decades. Here are the most common challenges Canberra homeowners face and how we fix them.
1. "It gets too hot in summer"
Synthetic fibers absorb heat more than natural grass, which cools itself via transpiration. Darker colored turfs absorb more solar radiation.
Use CoolPlus Technology: We install Australian-made turf engineered with reflective pigments that stay 20-30% cooler.
Infill Choice: Using light-colored silica sand helps reflect heat away from the backing.
Evaporative Cooling: A quick 2-minute spray with a hose before use will drop the temperature instantly and keep it cool for hours as the water evaporates.
2. "Unpleasant Pet Odours"
Urine crystallizes in the sand infill or gets trapped between the backing and a non-porous base (like concrete or compacted clay).
Drainage is King: We excavate deep and install a free-draining cracker dust base so urine flows away immediately.
Specialized Infill: We use ZeoFill or similar antimicrobial sands that trap the ammonia gas preventing the smell.
Enzyme Cleaners: Regular maintenance with bio-enzyme cleaners eats the bacteria causing the smell.
3. "Water Puddling & Drainage Issues"
Common in Canberra due to heavy clay soils. If the turf is laid on top of clay without enough sub-base, water has nowhere to go.
Excavation: We excavate 80-100mm to remove the clay cap.
Sub-Base: Installing a thick layer of compacted blue metal dust (cracker dust) creates a reservoir for water to sit in while it slowly permeates the clay below, keeping the surface dry.
4. "Reflective Melting (Solar Burn)"
Energy-efficient Low-E windows can act like a magnifying glass, concentrating sunlight into a beam that reaches over 80°C, melting the plastic fibers.
Identify Risk Zones: Check where window reflections hit the ground at 2pm-4pm.
Screening: Apply external screens or tinting to the windows to diffuse the reflection.
Design: Use pavers or garden beds in the "hot zones" immediately next to glass doors, rather than turf.
Have an issue with your existing lawn?
We offer repair and maintenance services, even if we didn't install it originally.