TourTurf® Eco Universal is an organic-mineral NPK fertiliser with 16% nitrogen (N) designed for use on larger turf areas where environmental awareness and budget limitations influence decision making.

TourTurf® Eco Universal provides an ideal opportunity to apply organic material on larger, sandy areas of turf, such as sports fields, parks and fairways.

The product is rich in carbon. The organic material gives the fertiliser a slow-release effect and enhances the soil microbial life, which in turn enhances plant growth.A positive side effect is that the fertiliser will last longer and is less sensitive to being washed out from heavy rain or irrigation.

The use of the product will result in short-term fertilisation and immediate soil quality enhancement, which will eventually increase the resilience of the soil and plants to environmental stress and the wear and tear of the playing surface.

Contains the basic building blocks for healthy growth for all types of turf.

Carbohydrates:
Carbohydrates serve as energy source for the soil microorganisms in order to increase microbial activity.

Carbon:
About 50% of a plant is made up of carbon, mostly synthesised from CO2 during photosynthesis. Carbon is the basis for all building blocks of life and essential for healthy soils.

• Increases the cation exchange capacity (CEC)
• Optimizes soil pH and salinity
• Improves water holding capacity
• Prevents nutrient leaching
• Improves soil structure for better air and water movement
• Higher microbial activity and soil biodiversity
• Makes nutrients more available
• Improved rooting for healthier, stronger plants• Accelerates seed germination

Amino acids:
Amino acids are the building blocks for plant proteins. The plant will combine amino acids to form peptide chains and later complex proteins. All the processes in the plant like tissue development, growth, recovery from injury and self-defence require proteins.The turf plant can synthesise all the needed amino acids from the mineral nutrients it takes in. But the plant can absorb amino acids through the roots as well, saving the energy to produce them itself, especially in times of plant stress.Over time, microorganisms in the rootzone will break down amino acids into their components, making nutrients readily plant available.