Increases microbial diversity
TurfRX C-85 is a multi-extraction humic and fulvic acid that contains short-, medium-, and long-chain soluble carbon molecules.
MICROBIAL DIVERSITY
TurfRX C-85 is soluble across a broad pH range, improving soluble carbon availability in all soil types. The availability of soluble carbon across a broad pH range increases soil microbial diversity and soil health.
NITROGEN EFFICIENCY
When combined with synthetic nitrogen, TurfRx C-85 will increase nitrogen efficiency by at least 25%.
Fertilizing Chamicals:
Available Phosphate (P2O5) - 1%
Soluble Potash (K20) - 6%
ALSO CONTAINS NON-PLANT FOOD INGREDIENTS
Humic Acid - 8%
Improves calcium nutrition & builds soil structure
TurfRX CA is specifically formulated to provide concentrated plant-available calcium for plant nutrition and soil structure.
CALCIUM NUTRITION
Redox microencapsulation allows for improved calcium uptake and movement within the plant.
SOIL STRUCTURE
Redox microencapsulation prevents calcium tie-up in the soil allowing for improved soil structure.
ROOT DEVELOPMENT
TurfRx CA supplies soluble calcium during critical root development periods. Application is most critical in spring, fall, and post aerification.
Fertilizing Chemicals: Calcium (Ca) - 20%
Increases root development, microbial diversity, & respiration
TurfRx Fairway+ is a phosphorus and potassium fertilizer, containing proprietary soluble carbon compounds. TurfRx Fairway+ reduces abiotic stress, improves root development and increases soil microbial diversity due to humic, fulvic, and long-chain soluble carbon content. TurfRx Fairway+ utilizes technology from its proprietary TurfRx formulations of P+, K+, and C-85.
Fertilizing Chemicals:
Total Nitrogen - 1%
Ammoniacal Nitrogen - 0.25%
Nitrate Nitrogen - 0.25%
Urea Nitrogen - 0.5%
Available Phosphate (P2O5) - 7%
Soluble Potash (K2O) - 12%
ALSO CONTAINS NON-PLANT FOOD INGREDIENTS
Humic Acid - 2%
Improves metabolic activity & greens nutrition
TurfRx Green is a complete multi-nutritional fertilizer specifically formulated to improve turf metabolic activity and nutritional balance on golf greens.
Formulated with proprietary carbon compounds, TurfRx Green will reduce mowing height stress, improve plant vigor, and increase overall playing surface performance and color.
Fertilizing Chemicals:
Nitrogen (N) - 1%
Ammoniacal Nitrogen - 0.2%
Other Water Soluble Nitrogen - 0.8%
Available Phosphate (P2O5) - 5%
Soluble Potash (K2O) - 5%
Boron (B) - 0.2%
Copper (Cu) - 0.2%
Iron (Fe) - 0.8%
Manganese (Mn) - 0.5%
Water Soluble Manganes (Mn) - 0.5%
Molybdenum (Mo) - 0.001%
Zinc (Zn) - 0.6%
Increases plant respiration
PLANT NUTRITION
TurfRx K+ Micro Crystal is formulated to provide efficient potassium and phosphorus.
ABIOTIC STRESS DEFENSE
TurfRx K+ Micro Crystal contains proprietary soluble carbon compounds that improve antioxidant production and increase plant respiration. Antioxidant production and increased plant respiration improves Abiotic Stress Defense.
Fertilizing Chemicals:
Available Phosphate (P2O5) - 31%
Soluble Potash (K2O) - 50%
Increases magnesium nutrition
TurfRx Mg is specifically formulated for magnesium plant nutrition without nitrates, sulfates or chlorides. Redox microencapsulation technology allows for improved magnesium uptake and movement within the plant. Improved magnesium nutrition enhances cholorophyll activity creating a higher level of true green playing surfaces.
Fertilizing Chemicals:
Magnesium (Mg) - 20%
Increases micronutrient nutrition
TurfRx Micro+ is an L-amino acid micronutrient fertilizer. Redox chelation and complexing technology increases micronutrient availability. The specific ration of each micronutrient will improve turf color and surface appearance of sports fields and playing surfaces.
Fertilizing Chemicals:
Boron (B) - 0.66%
Copper (Cu) - 0.66%
Iron (Fe) - 2.1%
Manganese (Mn) - 2.1%
Molybdenum (Mo) - 0.01%
Zinc (Zn) - 2.1%
Stimulates root development & metabolism
TurfRx NatureCur is a botanical extract product that contains 5% potassium. TurfRx NatureCur contains proprietary soluble carbon compounds that improve antioxidant production and stimulate root growth & metabolism. TurfRx NatureCur reduces abiotic stress by increasing root quality and quantity, resulting in improved soil health.
Fertilizing Chemicals:
Soluble Potash (K2O) - 5%
Accelerates photosynthetic activity
SOIL STRUCTURE
TurfRx OxyCal is formulated to provide efficient potassium, calcium, phosphorus and sulfer nutrition.
SOIL STRUCTURE
TurfRx OxyCal contains proprietary soluble carbon compounds that improve antioxidant production and accelerate photosynthetic activity. Antioxidant production and accelerated photosynthetic activity improve Abiotic Stress Defense for playing surface recovery.
Fertilizing Chemicals:
Available Phosphate (P2O5) - 4%
Soluble Potash (K2O) - 20%
Calcium (Ca) - 14%
Sulfer (S) - 7%
Stimulates lateral root branching
PHOSPHORUS NUTRITION
Redox complexing technology of phosphorus with soluble carbon chemistry reduces soil tie-up and significantly improves phosphorus efficiency.
ROOT DEVELOPMENT & LATERAL ROOT BRANCHING
Six specific L-amino acids and increased soluble phosphorus improve lateral root branching, root development, and overall soil health.
The unique formulation of TurfRx P+ is the new standard in phosphorus nutrition and root/stolon development.
Fertilizing Chemicals:
Total Nitrogen (N) - 2%
Ammoniacal Nitrogen - 2%
Available Phosphate (P2O5) - 15%
Soluble Potash (K2O) - 2%
Improves water penetration
TurfRx PeneCal is a soil surfactant reacted with microencapsulated calcium. It reduces water surface tension while delivering calcium and water throughout the soil profile. TurfRx PeneCal improves soil structure, air:water relationships, and overall soil health.
Fertilizing Chemicals:
Calcium (Ca) - 10%
CONTAINS NON-PLANT FOOD INGREDIENTS
TensioActive Ethoxylated CoPolymers - 22%
Improves calcium nutrition & builds soil structure
CALCIUM & SILICON NUTRITION
TurfRx Si is specifically formulated to provide efficient calcium and silicon nutrition. Silicon enhances the proper uptake and organization of calcium for cell wall structure.
ABIOTIC STRESS DEFENSE
Lack of calcium and silicon nutrition leads to abiotic stress and cell wall degradation. Enhancing cell wall structure will reduce ball markings, improve ball speeds, and improve overall playing surface performance. TurfRx Si is unique in its ability to improve Abiotic Stress Defense.
Fertilizing Chemicals:
Calcium (Ca) - 10%
ALSO CONTAINS NON-PLANT FOOD INGREDIENTS
Silicon Dioxide (SiO2) - 22%
Increases nitrogen metabolism
TurfRx Supreme is specifically formulated to target plant sugar alcohol production related to nitrogen metabolism in plants. The combination of plant nutrients and increased sugar alcohols will enhance nitrogen metabolism and improve overall quality and performance.
Fertilizing Chemicals:
Available Phosphate (P2O5) - 5%
Soluble Potash (K2O) - 4%
Boron (B) - 0.14%
Copper (Cu) - 0.3%
Iron (Fe) - 0.3%
Manganese (Mn) - 0.6%
Water Soluble Mananese (Mn) - 0.6%
Molybdenum (Mo) - 0.005%
Zinc (Zn) - 0.6%
Phosphorus metabolic primer
TurfRx Xpect is a phosphorus metabolic primer that contains key L-amino acids.
ROOT DEVELOPMENT
Specific L-amino acids and improve lateral root branching, root growth, and overall soil health.
PHOSPHORUS NUTRITION
TurfRx Xpect increases plant phosphorus uptake. TurfRx Xpect contains no phosphorus.
The unique formulation of TurfRx Xpect is the new standard for root/stolon development where phosphorus restrictions exist.
Fertilizing Chemicals:
Total Nitrogen (N) - 2%
Soluble Potash (K2O) - 3%
Essential to healthy plants and maximizing performance potential
Necessary to support optimum soil biology and plant growth
Increasing soluble carbon to improve nutrient availability for root growth and microbial diversity
Critical protection against stress factors that can reduce performance
Root system function is compromised by inadequate availability of phosphorus, calcium, and soluble carbon due to chemical tie-up in the soil.
Phosphorus, calcium, and carbon require specific chemical reactions to maintain plant availability. Increased availability and solubility leads to improved quantity and quality of roots.
Optimum phosphorus nutrition is associated with the quality and quantity of the root system. Natural soil chemistry conditions tend to quickly tie-up conventional phosphate fertilizers into chemical bonds that cannot be assimilated by the plant. Conventional phosphate is often applied in excess to compensate for these undesirable soil chemical reactions.
Calcium plays an essential role in root growth and is often overlooked. Inadequate plant available calcium will severely limit root growth.
Soluble carbon is critical to proper microbial function in the soil. Adequate microbial activity in the soil directly impacts root development.
A healthy soil supports optimum soil biology and plant growth. Imbalances in soil chemistry, soil biology, or plant physiology lead to reduced soil health.
The quantity and diversity of soil biology is a primary indicator of soil health. Proper biology relies on various factors to support optimum function: root growth, air/water relationships, soluble carbon, and chemical balance. These factors improve nutrient availability.
Plants form a symbiotic relationship between roots and soil microorganisms. This is accomplished through plant root exudates. As plants release exudates into the soil, there is an increase in quantity and diversity of soil biology.
The chemical makeup of any soil has a profound impact on relative soil health and the ability to support optimum plant growth. Key chemical factors are pH, salinity, soil cations, and organic matter composition.
Enhancing the plant’s ability to take up and utilize nutrients to help maximize yields and minimize stress.
Converting nitrogen to amino acids and proteins.
Stimulating specific plant compounds which lead to improved turf color.
Increasing uptake, density, and distribution of nutrients.
Abiotic stress reduces yield and quality. Biotic stress is always preceded by abiotic stress factors.
Plants naturally produce antioxidants to counteract stress. Plants must constantly adapt to the growing conditions of their environment. As stress occurs, oxygen free radicals accumulate in plant tissue. If the plant is unable to combat the oxygen free radicals, premature cell degradation occurs. Redox technologies promote abiotic stress defense.
– Reduced Antioxidant Production – Inhibited Plant Respiration – Reduced Photosynthetic Activity – Poor Root Growth & Metabolism – Weak Cell Wall Strength
Abiotic stress is the negative impact of non-living factors and can lead to biotic stress. Abiotic stress is caused by four fundamental factors: weather, soil health, nutritional imbalance, and oxidative stress. Yield and quality are reduced when abiotic stress occurs.