Details

Next-generation soybean inoculant combining two complementary microorganisms, Bradyrhizobium diazoefficiens and Pseudomonas pergaminensis. This innovative dual-action technology enhances Biological Nitrogen Fixation while improving phosphorus availability through nutrient solubilization mechanisms, increasing nutrient uptake efficiency throughout the crop cycle. The synergistic interaction between both microorganisms promotes stronger root development, improved plant vigor, and more efficient use of essential nutrients. By optimizing key biological processes in the rhizosphere, RizoMix supports higher productivity, better crop establishment, and greater yield potential.

Mode of action

RizoMix combines Bradyrhizobium diazoefficiens and Pseudomonas pergaminensis in a single formulation to simultaneously enhance Biological Nitrogen Fixation and phosphorus availability in the rhizosphere. Bradyrhizobium establishes a symbiotic association with soybean roots, promoting nodulation and nitrogen fixation, while Pseudomonas contributes to phosphorus mobilization, increasing nutrient availability around the developing root system.

The co-localization of both microorganisms on the seed, together with a high-concentration formulation, increases the likelihood of successful colonization during the earliest stages of crop establishment. This synergistic interaction supports stronger root development, improved nutrient use efficiency, and enhanced crop performance, particularly in environments where phosphorus availability may limit the full expression of Biological Nitrogen Fixation.

Crops: Soybean

Details

Liquid soybean inoculant combining Osmo Protector and Bio-Inducer Technologies to enhance bacterial establishment and accelerate Biological Nitrogen Fixation (BNF). Its advanced formulation promotes rapid nodulation, improved plant vigor, and consistent performance under challenging environmental conditions, helping growers maximize yield potential.

Mode of action

Signum combines inoculation and bio-induction technologies to stimulate early metabolic activity in both bacteria and plants. By generating molecular signals, it promotes a stronger symbiotic relationship between soybean roots and Bradyrhizobium bacteria, enhancing rhizosphere activity and accelerating nodulation. This results in more efficient Biological Nitrogen Fixation, improved plant nutrition, and greater tolerance to environmental stresses such as drought, waterlogging, temperature extremes, and acidic soils, ultimately supporting higher yield potential.

Crops: Soybean

Details

Long-life liquid inoculant for soybean designed to maintain high bacterial viability on treated seeds for extended periods. Its advanced microbiological technology improves bacterial survival, increases nodulation and biological nitrogen fixation, and provides excellent compatibility with fungicide and insecticide seed treatments, making it an ideal solution for pre-treated seed programs.

Mode of action

Long Life Inoculant (LLI) technology combines selected Bradyrhizobium strains with the bacterial protectant Premax to maximize bacterial survival during extended seed storage. Premax supplies specific nutrients that maintain bacteria in a controlled metabolic dormancy, preventing nutrient depletion while preserving viability. At the same time, its colloidal matrix protects cells against desiccation, temperature stress, and other adverse storage conditions. The technology also improves inoculant adhesion to the seed surface, reducing bacterial loss during handling, transportation, and planting. Once germination begins, the bacteria rapidly reactivate, promoting early root infection, efficient nodulation, and enhanced Biological Nitrogen Fixation.

Crops: Soybean

Details

Cost-effective liquid inoculant for soybean production, formulated with two selected Bradyrhizobium strains to promote effective nodulation and Biological Nitrogen Fixation (BNF). Suitable for both on-seed and in-furrow applications, Launcher provides a practical and reliable solution for growers seeking consistent inoculation performance. Its balanced formulation supports early root colonization, efficient nitrogen fixation, and optimal crop establishment, contributing to improved soybean productivity while maintaining excellent value and ease of use.

Mode of action

Launcher contains selected nitrogen-fixing Bradyrhizobium strains that establish a symbiotic relationship with soybean plants. Following seed germination, the bacteria infect emerging root hairs and stimulate the formation of root nodules, where the symbiosis is established.

Within these nodules, the bacteria convert atmospheric nitrogen into plant-available forms through the process of Biological Nitrogen Fixation (BNF). This continuous supply of nitrogen supports crop growth, reduces dependence on synthetic nitrogen fertilizers, and promotes effective plant development throughout the growing season..

Crops: Soybean

Details

RIZODERMA® is a biological fungicide for seed treatment based on Trichoderma harzianum (Th2), a highly effective biocontrol microorganism. Applied directly to the seed, it helps protect crops against key seed- and soil-borne pathogens while supporting healthy root and seedling development. Its multiple modes of action contribute to reliable disease management and extended residual efficacy.

Mode of action

Competition

Trichoderma harzianum rapidly colonizes the seed surface and developing root system, occupying ecological niches and consuming available nutrients before pathogens can establish. This early and aggressive colonization creates a protective barrier around the seedling during the most vulnerable stages of crop establishment.

Mycoparasitism

The fungus actively detects and recognizes pathogenic fungi in its environment. Once contact is established, it grows around the pathogen, penetrates its structures, and releases hydrolytic enzymes that degrade the pathogen's cell wall, ultimately suppressing or destroying the target organism.

Antibiosis

Trichoderma harzianum produces a range of natural bioactive compounds and metabolites that inhibit spore germination, pathogen development, and fungal growth. These compounds help reduce disease pressure and limit the spread of harmful microorganisms in the rhizosphere.

Plant Growth Promotion and Defense Activation

In addition to its biocontrol activity, Trichoderma harzianum promotes plant growth by stimulating root development, increasing root length, volume, and biomass. It also activates the plant's natural defense mechanisms, priming the crop to respond more effectively to biotic and abiotic stresses throughout the growing cycle.

Crops: Cereals, row crops and vegetable crops

Main Crops: Wheat, Soybean, Corn

Details

Aterix is a biological fungicide formulated with Trichoderma afroharzianum (Th2RI99), a proven biocontrol microorganism widely recognized for its ability to suppress a broad spectrum of foliar pathogens. Applied directly to the crop canopy, it helps reduce disease pressure through natural biological mechanisms that limit pathogen establishment, growth, and spread.

In addition to its protective effects, Aterix contributes to overall plant health by promoting a more balanced crop environment and supporting plant resilience under disease pressure. Its biological nature makes it a valuable tool within integrated disease management programs, helping growers protect yield potential while advancing more sustainable and environmentally responsible production practices.

Mode of action

• Competition: Following foliar application, Trichoderma afroharzianum rapidly colonizes the plant surface, competing with pathogenic fungi for space and nutrients. This biological occupation reduces the ability of pathogens to establish and proliferate on plant tissues.
• Mycoparasitism: The fungus directly attacks susceptible pathogens by growing around and penetrating their structures. Through the secretion of lytic enzymes such as chitinases and β-1,3-glucanases, it degrades pathogen cell walls, suppressing growth and causing the death of the target fungus.
• Antibiosis:Trichoderma afroharzianum produces a diverse range of volatile and non-volatile antimicrobial metabolites that inhibit the development of pathogenic fungi. These naturally occurring compounds help reduce disease pressure and limit pathogen spread within the crop canopy.
• Induction of Plant Defenses:The fungus stimulates the plant's physiological and biochemical defense pathways, triggering Induced Systemic Resistance (ISR). This enhanced defensive state enables the plant to respond more rapidly and effectively to pathogen attacks, contributing to improved crop health and disease tolerance throughout the season.

Crops: Cereals, row crops and veggies

Main Crops: Wheat, Soybean, Corn

Details

SERTIVO® is a microbial solution based on Pseudomonas pergaminensis strain 1008 for foliar application. By enhancing photosynthetic efficiency, it helps plants make better use of available resources, promoting stronger growth, improved crop vigor, and increased yield potential across a wide range of crops

Mode of action

Pseudomonas pergaminensis is a plantgrowth-promoting rhizobacterium (PGPR) with multiple modes of action, depending on the strain and formulation:

• Competes with pathogens for iron using siderophores (iron-chelating compounds), starving the pathogen.
• Growth Promotion
• Produces phytohormones (mainly auxins such as IAA), promoting root growth and development.
• Releases compounds such as 2,3-butanediol and acetoin, which act as biostimulants.
• Enhances nutrient uptake (especially phosphorus, zinc, and micronutrients).
• Produces gabD (aminotransferase) that reduces stress.
• Activates photosystems I and II

Crops: Cereals, row crops and veggies

Main Crops: Potato, Soybean, Tomato

Details

Rizospirillum ST is a high-performance biological inoculant developed by Rizobacter, based on selected strains of Azospirillum brasilense, one of the most widely recognized plant growth-promoting rhizobacteria (PGPR) in modern agriculture.

Applied directly to the seed, Rizospirillum ST colonizes the root surface and surrounding rhizosphere from the earliest stages of germination, establishing a beneficial association with the developing plant. This interaction promotes vigorous root growth, improves nutrient acquisition, and enhances the crop’s ability to access water and soil resources throughout the growing season.

In cereal crops such as corn, wheat, sorghum, rice, and other grasses, Rizospirillum ST stimulates plant vigor through a combination of biological nitrogen fixation and natural phytohormone production. It is also an excellent tool for co-inoculation in soybeans and other legumes, where it works synergistically with Bradyrhizobium species to maximize root development, nodulation efficiency, and yield potential.

By strengthening the root system and improving nutrient-use efficiency, Rizospirillum ST helps crops perform more consistently under both favorable and stressful environmental conditions.

Mode of action

• Root growth stimulation: Produces phytohormones such as auxin, cytokinin, and gibberellin, promoting root development, branching, and overall root surface area.
• Biological nitrogen fixation: Contributes atmospheric nitrogen to the rhizosphere, improving nitrogen availability for plant uptake.
• Enhanced nutrient uptake: Improves the efficiency of nutrient acquisition and utilization, particularly during early crop development.
• Improved seedling vigor: Promotes faster germination, uniform emergence, and stronger early growth.
• Stress tolerance: Enhances plant resilience to drought, salinity, and osmotic stress conditions.
• Rhizosphere enhancement: Improves root-microbe interactions and, in legumes, can stimulate nodulation and increase the efficiency of biological nitrogen fixation when co-inoculated with rhizobia.

Crops: Cereals, row crops and veggies

Main Crops: Corn, Soybean, Tomato

Details

RIZOFOS is a biological inoculant and plant growth promoter developed by Rizobacter. It contains selected strains of Pseudomonas pergaminensis, a beneficial soil microorganism that enhances nutrient availability and improves the efficiency of natural soil resources.

One of the main challenges in crop nutrition is phosphorus immobilization. Although phosphorus may be present in the soil or supplied through conventional fertilizers, a significant portion becomes chemically bound to calcium, iron, or aluminum compounds, making it unavailable for plant uptake. Rizofos addresses this limitation by naturally releasing bound phosphorus and zinc into plant-available forms.

By improving nutrient accessibility in the rhizosphere, Rizofos promotes rapid crop establishment, stronger root systems, and more efficient nutrient utilization, contributing to increased productivity and sustainable agricultural performance.

Mode of action

Pseudomonas pergaminensis is a plant growth-promoting rhizobacterium (PGPR) with multiple modes of action, depending on the strain and formulation:

• Competing with pathogens for iron using siderophores (iron-chelating compounds), starving the pathogen.
• Growth Promotion
• Produces phytohormones (mainly auxins such as IAA), promoting root growth and development.
• Releases compounds such as 2,3-butanediol and acetoin, which act as biostimulants.
• Enhances nutrient uptake (especially phosphorus, zinc and micronutrients).
• Produce gabD (aminotransferase) that reduces stress.
• Activates photosystems I and II.

Crops: Cereals, row crops and veggies

Main Crops: Potato, Soybean, Corn

Details

Rizospirillum Foliar leverages the proven benefits of Azospirillum argentinense Az39 to promote root growth, improves nutrient and water uptake, and supports biological nitrogen fixation. It helps growers build stronger, more resilient crops while maximizing productivity across a broad range of agricultural systems

Mode of action

Azospirillum argentinense works systematically and promotes plant growth through multiple mechanisms:

• Biological Nitrogen Fixation (BNF): Converts atmospheric nitrogen (N₂) into ammonium,making it available to the plant.
• Phytohormone Production: Synthesizes plant hormones like auxins (e.g., IAA),gibberellins, and cytokinins, which enhance root development and plant vigor.
• Improved Nutrient Uptake: Enhances uptake of N, P, K, and other micronutrients by improving root architecture.
• Siderophore Production: Helps solubilize and uptake iron.
• ACC Deaminase Activity: Reduces ethylene levels in plants, mitigating stress-related growth inhibition.

Crops: Cereals, row crops and veggies

Main Crops: Corn, Soybean, Tomato

Details

Advanced soybean inoculant developed for production environments characterized by drought, high temperatures, and other stress conditions. Formulated with carefully selected Bradyrhizobium strains and a high-concentration protective matrix, it enhances bacterial survival, root infection, and nodulation under adverse conditions. Its Osmoprotective Technology protects bacterial cells from dehydration and environmental stress, ensuring greater viability on the seed and consistent Biological Nitrogen Fixation (BNF). The formulation also supports early seed treatment without additional additives, offering operational flexibility while helping maintain crop performance and yield potential in challenging environments.

Mode of action

Rizoliq Top Dakar is based on specially selected Bradyrhizobium strains with enhanced tolerance to drought and high-temperature stress. These characteristics improve bacterial survival both on the seed surface and in the soil, helping maintain viability under challenging environmental conditions.

By preserving an active bacterial population during the critical stages of crop establishment, the inoculant promotes rapid root infection, effective nodulation, and consistent Biological Nitrogen Fixation (BNF). Its advanced protective formulation supports reliable performance in stress-prone environments, contributing to improved nutrient supply and crop productivity.

Crops: Soybean 

Details

Liquid inoculant based on Bradyrhizobium spp., specifically formulated for peanut cultivation and enhanced with Osmo-protection Technology (TOP). The formulation promotes higher bacterial concentration and survival on the seed surface, enabling rapid root colonization after germination and accelerating the onset of Biological Nitrogen Fixation (BNF). TOP Technology improves the metabolic and physiological performance of microorganisms, increasing their tolerance to environmental challenges such as moisture stress and exposure to seed treatment chemicals. The enhanced protection also extends bacterial viability on the seed, allowing treatment up to seven days before planting without the need for re-inoculation, providing greater operational flexibility and simplifying planting logistics.

Mode of action

Rizoliq TOP Peanuts incorporates Osmo-protection Technology (TOP), which enhances bacterial resilience and physiological activity under adverse environmental conditions. This technology protects bacterial cells from dehydration and environmental stress, helping to maintain high viability and activity in the furrow under conditions of elevated temperatures, limited soil moisture, and other stress factors commonly encountered during crop establishment.

By improving bacterial persistence and performance in the root zone, TOP Technology promotes rapid colonization of emerging peanut roots and early nodulation. This enables a more efficient Biological Nitrogen Fixation (BNF) process, supporting nitrogen availability, crop establishment, and plant development throughout the growing season. The enhanced tolerance of microorganisms to environmental stress helps ensure consistent inoculant performance, even under challenging field conditions.

Crops: Peanut

Details

Liquid inoculant for chickpea featuring Osmo-protection Technology (TOP), developed to maximize bacterial survival and performance on the seed. Its advanced formulation enhances nodulation and Biological Nitrogen Fixation (BNF), delivering reliable results under stressful growing conditions through a convenient, single-component application.

Mode of action

Osmo-protection Technology (TOP) improves bacterial tolerance to environmental and chemical stresses, helping to maintain high viability under conditions of limited moisture, elevated temperatures, and seed treatment exposure. This increased resilience extends bacterial survival on the seed and supports rapid root colonization after planting, promoting effective nodulation and consistent Biological Nitrogen Fixation while allowing greater flexibility between seed treatment and planting.

Crops: Chickpea

Details

Liquid inoculant for peas and lentils formulated with Osmo-protection Technology (TOP) to enhance bacterial survival and performance on the seed. Its single-component formulation makes it easy to use while promoting effective nodulation and nitrogen fixation, even under challenging environmental conditions.

Mode of action

Osmo-protection Technology (TOP) strengthens bacterial cells, improving their ability to survive and perform under environmental stress such as drought, elevated temperatures, and exposure to seed treatment products. Enhanced protection extends bacterial survival on the seed surface without requiring additional extenders, increasing planting flexibility and ensuring effective nodulation and nitrogen fixation even under challenging growing conditions.

Crops: Pea and Lentil

Details

Liquid inoculant based on Bradyrhizobium spp., featuring Osmo-protection Technology (TOP), developed to maximize bacterial viability, survival, and concentration both in the package and on the seed. Its high bacterial concentration and specially selected strains promote rapid nodulation and efficient Biological Nitrogen Fixation (BNF). The formulation enables pre-treatment of seeds without additional additives, simplifying planting logistics while ensuring consistent field performance.

Mode of action

Osmo-protection Technology (TOP) enhances bacterial resilience, improving survival and performance under adverse environmental conditions, including high temperatures, limited moisture availability, and exposure to seed treatment chemicals. By protecting bacterial cells from stress, TOP ensures higher viability and extended on-seed survival without the need for additional extenders, providing greater flexibility between seed treatment and planting while supporting effective nodulation and Biological Nitrogen Fixation (BNF).

Crops: Soybean

Details

Liquid inoculant for common bean based on Rhizobium tropici and Rhizobium etli, specifically selected to promote rapid root colonization and efficient Biological Nitrogen Fixation (BNF). Incorporating Osmo-protection Technology (TOP), the formulation enhances microbial metabolic activity, survival on the seed surface, and adaptability to environmental, chemical, and moisture-related stresses. Its extended on-seed viability allows planting flexibility for up to seven days after treatment, reducing the need for reapplication and simplifying farm operations.

Mode of action

Osmo-protection Technology (TOP) enhances the metabolic activity and physiological performance of Rhizobium tropici and Rhizobium etli, improving their survival and adaptation to environmental, chemical, and moisture-related stresses. The technology promotes rapid root colonization and early nodulation, accelerating the onset of Biological Nitrogen Fixation. Extended on-seed survival provides increased planting flexibility

Crops: Beans

Details

Rizostar PZ BIO integrates chemical and biological nutrition into a single micro granulated fertilizer. Its formulation supplies essential nutrients including nitrogen, phosphorus, sulfur, and zinc, while incorporating selected strains of plant growth-promoting Bacillus that help improve soil health and crop performance.

Once applied in-furrow, these beneficial microorganisms stimulate the development of a more active soil microbiome, promoting biological processes that enhance nutrient cycling and plant growth. The bacteria establish beneficial associations with plant roots, improving nutrient uptake efficiency and releasing metabolites that help make soil nutrients more available to the crop. By combining balanced nutrition with biological activity, Rizostar PZ BIO supports stronger root development, improved crop establishment, and greater nutrient use efficiency throughout the growing season.

Mode of action

Rizostar PZ BIO integrates Microgranule Technology, Phosphorus Preservation Technology (TPP), and beneficial Bacillus spp. strains to provide both nutritional and biological support during crop establishment. The microgranules dissolve rapidly after application in-furrow, supplying nitrogen, phosphorus, sulfur, and zinc directly within the root absorption zone for efficient nutrient uptake.

TPP Technology protects phosphorus from soil fixation, helping maintain its availability throughout the early stages of growth. At the same time, the incorporated Bacillus strains actively stimulate soil biological activity by promoting the development of beneficial microbial populations and producing natural bio-stimulation compounds. These microorganisms form beneficial associations with plant roots, enhancing nutrient acquisition, improving nutrient cycling, and releasing metabolites that increase the bioavailability of nutrients already present in the soil. The result is a synergistic interaction between chemical and biological nutrition that supports stronger root development, improved crop establishment, and greater nutrient use efficiency.

Crops: Barley, Corn, Fruits, Pastures, Potatoes, Pulses, Soybean, Sunflower, Wheat, Canola

Main Crops: Corn, Wheat, Barley

Details

Rizostar PZ is a premium micro granulated fertilizer formulated to provide a balanced supply of nitrogen, phosphorus, sulfur, and zinc during the critical early stages of crop growth. Applied in-furrow and positioned close to the seed, it ensures rapid nutrient availability within the root absorption zone, promoting uniform emergence, vigorous establishment, and enhanced early growth.

Its advanced microgranule technology guarantees precise and uniform nutrient distribution along the planting row, maximizing nutrient use efficiency. The formulation is further enhanced with TPP (Phosphorus Preservation Technology), a proprietary blend of organic acids that helps protect phosphorus from soil fixation, improving its availability to the crop when it is most needed. This combination makes Rizostar PZ an ideal starter fertilizer for maximizing crop establishment and early-season performance.

Mode of action

Rizostar PZ combines Microgranule Technology with Phosphorus Preservation Technology (TPP) to deliver essential nutrients directly into the root zone at planting. Its uniform microgranules, ranging from 0.8 to 1.2 mm in size, are placed in-furrow close to the seed, allowing for rapid dissolution and immediate nutrient availability during the critical stages of crop establishment.

The formulation provides a balanced supply of nitrogen, phosphorus, sulfur, and zinc precisely where emerging roots can access them most efficiently. In addition, TPP Technology, a specialized co-formulation of organic acids, protects the phosphorus fraction from fixation and immobilization in the soil. By reducing interactions with aluminum, iron, calcium, and soil colloids, TPP helps maintain phosphorus in a plant-available form, improving nutrient uptake efficiency and supporting vigorous early crop development.

Crops: Barley, Corn, Fruits, Pastures, Potatoes, Pulses, Soybean, Sunflower, Wheat, Canola

Main Crops: Corn, Wheat, Barley

Details

Rizostar CMB BIO is an innovative micro granulated fertilizer that combines the benefits of complete crop nutrition with biological technology. In addition to supplying essential macro and micronutrients, the formulation incorporates live Bacillus strains that actively contribute to soil health and nutrient availability.

Its uniform microgranule technology ensures precise fertilizer placement and even distribution of nutrients along the planting furrow, maximizing nutrient accessibility during early crop development. The incorporated beneficial bacteria stimulate soil biological activity, enhance nutrient cycling, and promote beneficial root-microbe interactions that improve nutrient uptake efficiency. By combining chemical and biological nutrition in a single product, Rizostar CMB BIO supports stronger crop establishment, healthier root systems, improved soil vitality, and more efficient use of applied nutrients throughout the growing season.

Mode of action

Rizostar CMB BIO combines advanced Microgranule Technology, Phosphorus Preservation Technology (TPP), and selected Bacillus spp. strains to deliver an integrated nutritional and biological solution. Applied in-furrow, its microgranules dissolve rapidly, providing essential macro and micronutrients in close proximity to emerging roots for maximum uptake efficiency.

Crops: Barley, Corn, Fruits, Pastures, Potatoes, Pulses, Soybean, Sunflower, Wheat, Canola 

Main Crops: Soybean, Canola, Sunflower 

Details

Rizostar CMB is a complex micro granulated fertilizer developed to deliver a complete package of macro and micronutrients during the most critical stages of crop establishment. Its formulation combines nitrogen, phosphorus, sulfur, calcium, zinc, molybdenum, cobalt, and boron, providing a balanced nutritional foundation to support vigorous early growth and root development.

Applied directly in the planting furrow near the seed, its microgranule technology ensures uniform nutrient distribution and rapid accessibility within the root zone. The highly concentrated and homogeneous composition improves fertilizer placement accuracy while promoting efficient nutrient uptake. In addition, the formulation helps to reduce phosphorus immobilization in the soil, increases nutrient efficiency and supports stronger crop emergence, improves plant vigor, and enhances yield potential.

Mode of action

Rizostar CMB utilizes Microgranule Technology to provide a comprehensive package of macro and micronutrients directly in the planting furrow, ensuring rapid access by developing roots. The uniform granule size promotes even nutrient distribution and rapid dissolution, allowing emerging seedlings to efficiently absorb nutrients during the earliest and most critical stages of growth.

The formulation incorporates Phosphorus Preservation Technology (TPP), which protects the phosphorus fraction from fixation reactions commonly caused by aluminum, iron, calcium, and soil colloids. By preserving phosphorus availability in the root zone, TPP improves nutrient efficiency and supports early root growth, crop establishment, and overall plant vigor. The combined supply of nitrogen, phosphorus, sulfur, calcium, zinc, molybdenum, cobalt, and boron provides balanced nutrition to optimize crop performance from emergence onward.

Crops: Barley, Corn, Fruits, Pastures, Potatoes, Pulses, Soybean, Sunflower, Wheat, Canola 

Main Crops: Soybean, Canola, Sunflower 

Details

Rizospray Integrum Black is an advanced functional adjuvant designed to optimize the performance of crop protection technologies while supporting crop resilience following application. Its dual-action approach improves the biological activity of applied products and simultaneously stimulates key physiological processes that help crops recover more rapidly from stress.

By enhancing product uptake and effectiveness while promoting faster crop recovery, Integrum Black contributes to improved weed control, better crop selectivity, and stronger overall plant performance. The result is a more efficient use of crop protection inputs and greater consistency under a wide range of growing conditions.

Mode of action

Dual-Action Adjuvant: Acts through a dual-action mode that maximizes herbicide effectiveness while relieving post-application stress.

Herbicide Performance Enhancer: Improves penetration, adhesion, and translocation of herbicides in target weeds, enhancing control under diverse environmental conditions.

Crops: All crops 

Details

The optimal enhancer for graminicides and other emulsifiable concentrates (EC), providing anti-evaporation, penetration and translocation properties.

It is a thermodynamically stable microemulsion, specifically designed to increase the stability of highly complex tank mixes used in modern agriculture. Rizospray Integrum does not separate into phases, thus preventing the stratification of products in the spray solution.

Mode of action

Rizospray Integrum improves spray application quality through its advanced formulation of highly concentrated surfactants and methylated seed oil (MSO). When mixed inside the tank, these components drastically lower the surface tension of the spray droplets, causing them to spread widely upon hitting the weed's waxy surface for maximum coverage. Additionally, the oil molecules form a protective shield that slows down water evaporation under hot or dry conditions, keeping the droplet in a liquid state on the leaf for a longer period. This prevents the active herbicide ingredient from crystallizing prematurely, giving it the necessary time to remain active and available for plant absorption.

Once the droplet settles, the methylated oil enhances penetration by temporarily softening and dissolving the lipophilic waxes of the plant's cuticle, which is the toughest natural barrier against agrochemicals. By dissolving this outer layer, Integrum creates a direct pathway that allows the active ingredients (such as graminicides) to enter the plant tissues rapidly and translocate throughout its system before environmental factors can degrade them. Furthermore, its sophisticated emulsifier system chemically stabilizes the tank mix, preventing insoluble products from separating or settling out, which ensures a perfectly uniform dosage from the first to the last gallon sprayed.

Crops: All crops 

Details

Eco Rizospray is a highly effective surfactant and wetting agent formulated to improve the performance of crop protection applications. Based on ethoxylated monobranched fatty alcohol (AGE), it enhances droplet spreading, coverage, and adhesion on leaf surfaces, improving contact between the spray solution and the target.

Its high active ingredient concentration and excellent dispersion properties contribute to superior spray solution quality and stability. In addition, its biodegradable formulation supports sustainable agricultural practices while helping maximize the efficacy of applied crop protection products through improved coverage and uniform deposition.

Mode of action

Ecorizospray improves spray performance by optimizing droplet behavior from deposition through coverage on the target surface. 

Reduced Contact Angle 

The formulation rapidly lowers the contact angle of spray droplets, improving wetting and reducing runoff, which helps retain more active ingredient on the target surface. 

Enhanced Spreading 

Once deposited, droplets spread quickly and uniformly across the leaf surface, increasing the treated area and improving interaction between the active ingredient and the target. 

Improved Droplet Distribution 

Ecorizospray helps homogenize droplet size and increase the contact surface area, promoting more efficient coverage and allowing effective performance even at lower spray volumes. 

Together, these mechanisms improve spray deposition, coverage, and treatment efficiency while maximizing the performance of crop protection products. 

Crops: All crops 

Details

Extremo is a high-performance adjuvant formulated to enhance the effectiveness of crop protection applications under challenging environmental conditions. Its advanced combination of Modified Seed Oil (MSO) and organosilicone surfactants improve droplet deposition, spreading, retention, and penetration on the target surface, maximizing product uptake and biological performance.

The formulation helps reduce droplet evaporation under high temperatures and low humidity, minimizes losses caused by environmental stress, and improves rainfastness when precipitation occurs shortly after application. By optimizing coverage and cuticular penetration, Extremo ensures more efficient delivery of crop protection products and more consistent field performance, even under demanding application conditions.

Mode of action

Extremo enhances spray performance through three complementary mechanisms that optimize product delivery from the nozzle to the target surface.

Evaporation Reduction

The methylated seed oil (MSO) component protects spray droplets against evaporation during application, helping maintain droplet size and integrity under conditions of high temperatures, low humidity, and wind.

Improved Coverage and Spreading

Once droplets reach the target surface, the organosilicone technology rapidly reduces surface tension, allowing droplets to spread more efficiently and achieve greater coverage across the leaf surface.

Enhanced Penetration

The synergistic combination of MSO and organosilicone improves cuticular penetration, facilitating the movement of active ingredients into plant tissues and enhancing product uptake and efficacy.

This triple-action technology maximizes the performance of fungicides, herbicides, insecticides, biostimulants, and foliar fertilizers, particularly under challenging environmental conditions.

Crops: All crops

Details

Rizospray Cleaner Advance is a professional cleaning solution specifically developed to remove even the most persistent crop protection product residues from spray equipment. Its advanced triple-action technology combines descaling, solubilizing, and deactivating properties to thoroughly clean tanks, lines, filters, and spray components.

By eliminating residual active ingredients that can remain after spraying operations, it helps reduce the risk of crop injury caused by cross-contamination, particularly in sensitive crops. Rizospray Cleaner Advance contributes to safer equipment maintenance, cleaner application systems, and more reliable spray operations throughout the season.

Mode of action

Rizospray Cleaner Advance uses a comprehensive triple-action cleaning system to remove residues and protect spray equipment from contamination.

Descaling Action

Removes mineral deposits and scale buildup from tanks, lines, filters, and spray components, helping maintain equipment performance and efficiency.

Solubilizing Action

Breaks down complex pesticide and herbicide residues, facilitating their removal from internal equipment surfaces and hard-to-clean areas.

Active Ingredient Deactivation

Neutralizes residual active ingredients remaining in the sprayer, minimizing the risk of cross-contamination and crop injury in subsequent applications.

This three-step process provides a thorough professional cleaning solution that improves equipment reliability, reduces contamination risks, and prolongs the operational life of spray systems.

Crops: All crops 

Details

Rizospray Water Conditioner is designed to improve spray water quality and maximize the effectiveness of crop protection applications. Its powerful cation-sequestering technology binds calcium, magnesium, iron, aluminum, and other ions that can negatively impact the performance of pesticides and other agricultural inputs.

In addition, its advanced buffering system adjusts and stabilizes spray solution pH within the optimal range of 4.5 to 6.5, helping preserve product stability and efficacy throughout the application process. By improving water quality before mixing, Rizospray Water Conditioner provides the ideal foundation for more reliable, effective, and consistent spray performance.

Mode of action

Rizospray Water Conditioner improves spray water quality by addressing two of the most important factors affecting application performance: water hardness and pH.

Cation Sequestration

Its advanced cation-binding technology neutralizes calcium (Ca²⁺), magnesium (Mg²⁺), iron (Fe³⁺), aluminum (Al³⁺), and other antagonistic ions that can reduce the effectiveness of crop protection products.

pH Optimization and Buffering

The formulation incorporates a powerful buffering system that adjusts and stabilizes the spray solution within the optimal pH range of 4.5 to 6.5, helping preserve the stability and performance of active ingredients throughout the application process.

By conditioning water before mixing, it creates an optimal spray environment that maximizes the efficacy and consistency of crop protection treatments.

Crops: All Crops