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The fibres undergo UV stabilisation treatment during production, maintaining colour integrity under prolonged exposure to high temperatures and intense sunlight without fading or chalking. This fibre structure ensures consistent ball speed and controlled bounce, delivering professional-standard performance for batting and bowling practice.
Common Specifications:
Fibre Type: PE straight filament / PP curled filament
Pile Height: 10–30 mm (Common: 12 mm, 18 mm, 20 mm)
Density: 12,000–18,000 stitches/m², customisable
Backing Type: PP + mesh composite backing (double-layered), SBR rubber coating or PU backing
Colour: Grass green / Dark green (customisable boundary lines)
Drainage Method: Rear drainage hole design
Consistent athletic performance
The dense structure and level surface of artificial cricket turf effectively minimise ball speed variation, delivering a stable and reliable competitive experience for batting and bowling practice.
Exceptional Durability and Extended Lifespan
PE+PP composite fibres deliver high-strength abrasion resistance, resisting cracking, flattening, or deformation even with prolonged use – outlasting natural turf.
All-Weather Usability
Weather-independent, requiring no watering or mowing, it maintains training schedules regardless of monsoons or heatwaves, serving as a year-round professional sports surface.

Cricket club training grounds
School or university cricket pitches
Community sports centre training areas
Home backyard practice areas
Indoor cricket nets
Cricket nets for dedicated batting and bowling practice
Whether for professional match venues or daily training facilities, artificial cricket turf maintains consistent ball speed and uniform bounce performance.

A1. Artificial cricket turf is a synthetic playing surface specifically designed to replicate the performance characteristics of natural cricket pitches. Unlike natural grass, artificial cricket turf provides consistent ball bounce, uniform playing conditions, and requires no irrigation or mowing. For clubs, academies, and stadium operators, artificial cricket turf significantly reduces maintenance costs while ensuring year-round usability.
A2. High-quality artificial cricket turf typically lasts 8–12 years depending on usage intensity, installation quality, and maintenance practices. For B2B buyers such as sports facility contractors or school procurement teams, artificial cricket turf offers a long lifecycle with predictable replacement planning, making it a cost-efficient infrastructure investment.
A3. Yes. Modern artificial cricket turf is engineered to support both training and competitive-level play. It delivers consistent ball speed, controlled bounce, and reliable traction. Many cricket academies and training centers use artificial cricket turf to ensure repeatable playing conditions regardless of weather.
A4. Compared with natural pitches, artificial cricket turf requires minimal maintenance. Routine care includes:
Brushing to maintain fiber upright position
Removing debris such as leaves or dust
Occasional infill leveling (if sand/rubber infill is used)
Periodic cleaning with water
For facility managers, artificial cricket turf significantly reduces labor and operational costs.
A5. Yes. Artificial cricket turf can be fully customized to meet project specifications, including:
Pile height (adjustable for bounce control)
Yarn type (monofilament or fibrillated fibers)
Density and stitch rate
Shock pad underlay options
Color and surface hardness
This flexibility makes artificial cricket turf suitable for schools, stadiums, training academies, and multi-sport facilities.