Olive Pit Infill for Synthetic Turf Installation - 1000kg per bag

Olive pit infill is a 100% natural, organic performance infill manufactured from precisely crushed and graded olive stones. Engineered specifically for synthetic turf systems, it serves as a direct, sustainable alternative to traditional elastomeric infills like SBR rubber.

FEATURES

• 100% natural and organic performance infill
• Direct, sustainable alternative to SBR rubber and elastomeric infills
• Excellent ballast to maintain turf pile uprightness
• High water permeability
• Low dust formation during installation and athletic use
• Superior thermal performance using natural moisture retention for evaporative cooling
• Non-toxic, odourless, and free from heavy metals, PAHs, and microplastics
• Fully biodegradable or recyclable at end of lifecycle
• Up to 70% shock absorption recorded
• EN 15330 laboratory tested
• Independently tested by IGOID & AITEX
• Used in systems achieving FIFA Quality Pro performance requirements

IDEAL FOR

• Synthetic turf systems requiring natural, organic infill
• High-performance sports pitches requiring FIFA Quality Pro standards
• Eco-friendly sports facilities, schools, and councils seeking non-toxic, microplastic-free solutions
• Installations in warm climates requiring reduced surface temperatures

TYPICAL SYNTHETIC TURF SYSTEM USING OLIVE PIT INFILL

Olive pit infill is installed as part of a complete synthetic turf build-up, working alongside the turf fibre, shock pad, and sand infill to deliver a stable, high-performing playing surface. While every installation is tailored to the specific fibre type, shock pad, and infill rates required for the project, a typical synthetic turf system incorporating olive pit infill follows this configuration:

• Fibre pile height: 45–50 mm
• Shock pad thickness: 15–20 mm
• Sand infill rate: 15–20 kg/m²
• Olive pit infill rate: 5–6 kg/m²

This layered system — turf fibre over a cushioning shock pad, stabilised with sand and topped with olive pit granulate — is designed to optimise ball roll, foot stability, and shock absorption, while keeping the surface cooler and more environmentally sustainable than traditional rubber crumb systems.

For a specification tailored to your project's performance and compliance requirements, get in touch with our team.