Liquid soil aeration
Including Aloe Gel with microbial activation
Based on natural
plant extracts
Dedicated to the turfgrass care
Improvement of soil aeration
Activation of beneficial microbes
OxyTurf – CE-Certified Soil Improver for Enhanced Soil Structure
OxyTurf is a CE-certified soil improver engineered to support the physical and biological properties of soil in turf and landscaping applications. Specifically formulated to enhance soil aeration, water percolation and beneficial biological activity, OxyTurf helps create an improved soil environment that supports natural soil processes.
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Key Soil Conditioning Features
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Improves soil aeration by supporting oxygen distribution throughout the root zone.
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Enhances water percolation to facilitate more efficient moisture movement through the soil profile.
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Assists in organic matter breakdown to help reduce thatch and facilitate soil structure improvement.
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Supports soil physical properties with a formulation based on naturally occurring plant extracts.
OxyTurf is suitable for use in sports turf environments, golf courses, training fields and other managed grass surfaces where improved soil condition supports overall turf performance.
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How It Works
OxyTurf supports the interaction between soil, water and beneficial soil microbiota by enhancing oxygen availability at depth. These effects contribute to improved soil structure and porosity, which can aid soil processes such as moisture movement and organic matter turnover.
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Certification & Compliance
Regulatory Classification (EU 2019/1009)
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Product Function Category (PFC):
PFC 3 – Inorganic Soil Improver
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Component Material Category (CMC):
CMC 1 – Virgin material substances and mixtures.
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Why Choose OxyTurf
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CE-certified soil improver designed for turf and managed landscaping
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Enhances soil aeration, porosity and biological activity
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Based on plant-derived components with microbial activity support
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Integrates easily into existing soil conditioning programs on a range of turf surfaces
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Supports natural breakdown of organic matter within turf soils
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Improves water movement and soil structure without chemical intervention
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Suitable for sports turf, golf courses, training grounds and landscaped grass areas​
What is special about OxyTurf?
OxyTurf is a high-performance, CE-certified soil improver designed to enhance soil structure, aeration and biological activity in turf and managed grass systems.
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Formulated using a patented blend of naturally derived plant extracts, OxyTurf supports the gradual release of oxygen within the soil profile and promotes conditions favourable to aerobic soil microorganisms. This encourages natural microbial processes associated with the breakdown of excess organic matter and the improvement of soil physical properties beneath the surface.
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Improving Soil Structure from Within
By supporting aerobic activity in the root zone, OxyTurf assists in the alleviation of compacted organic layers within the soil profile. This contributes to:
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Improved soil porosity
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Enhanced water infiltration and percolation
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Better gas exchange within the root zone
As soil conditions become more aerated, poorly oxygenated zones within the profile are reduced and replaced by a more balanced, aerobic soil environment.
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Supporting Efficient Soil Uptake
OxyTurf helps create a soil structure that allows water, nutrients and soil-applied inputs to move more evenly through the profile. Improved soil contact and porosity support more uniform distribution and uptake at root level, contributing to stronger soil–root interaction and improved turf stability.​
The Role of Oxygen in Healthy Soils
Adequate oxygen availability is a key component of soil function:
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Oxygen supports soil respiration, enabling biological processes that convert nutrients into plant-available forms.
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Well-oxygenated soils encourage root system development, supporting effective water and nutrient uptake.
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Proper aeration helps maintain balanced moisture conditions within the root zone.
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Poorly oxygenated soils can restrict biological activity and limit effective root function.
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Oxygen availability supports the activity of beneficial aerobic soil bacteria, essential for organic matter transformation and soil structure improvement.
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