Added Nutrition for Legumes, Rice and Corn
BSN Ultra benefits from the addition of two extra nutrients – potassium and magnesium – formulated for the specific needs of legumes, rice and corn. This is a product for those farmers who want an even more targeted response or better performance potential from their investment.
Increases Available Phosphorus
BSN Ultra increases the available phosphorus (inorganic phosphorus) of seed by up to 350% compared to untreated seed. This is because some 70% of seed phosphorus is as phytic acid and is unavailable during early germination. The higher available phosphorus resulting from BSN Ultra is the most important factor ‘kick-starting’ germination, by supplying energy for robust growth and the setting of higher yield potential.
Increases Rhizosphere Activity
BSN Ultra increases rhizosphere activity and exudation of organic acids. It releases soil-based phosphate bound to calcium (in alkaline soils), or soil-based phosphate that is bound to aluminium, iron and manganese in acid soils. Through this increased rhizosphere activity, the resultant faster root system growth protects plants from disease – in contrast to disease susceptibility experienced by a plant with a slow growing root system.
BSN Ultra is a Seed Priming Fertiliser that applies RLF seed delivery system (SDS) technology to imbibe the seed with a multi-nutrient formulation. It has been formulated especially for rice and corn crops, but can be adapted to all crop types.
BSN Ultra is a High-analysis Broad-Spectrum Solution (HBS) that provides the optimum levels of seed nutrient required by the seed in a single application. It is easy to apply, and is fast becoming the new world standard for modern farming practice, where fertilising the seed is every bit as important as fertilising the plant.
Safe transfer of nutrients within close proximity to the seed embryo ensuring high availability to the young seedling.
Increased yield regardless of soil fertiliser rate as it has been scientifically demonstrated that the seed’s internal nutrient concentrations are improved.
Is effective in all soil types as it functions within the seed and embryo regardless of the soil pH.
Fixes variability in seed lots as it corrects the nutrient variability that is naturally found in all seeds.
Greater root mass because of the immediate effect of establishing a robust and larger root
system quickly.
system quickly.
Early vigour and stronger plant growth as it provides the seed with the nutrient it requires for healthy, robust growth during the early weeks of development.
Higher yields, quality and value are a feature because the crops carry the benefits directly through to the farmer with higher yields, better quality and consistent crop results.
Is good business investment for the farmer when used. The cost represents a small percentage of the financial gains achieved and is a positive return for every dollar invested.
Category
Features
Nutrient Matrix
Features and Benefits
SDS Provides Safe Transfer of Nutrients
Using BSN’s built in Seed Delivery Systems (SDS) the nutrients are safety transported to be in close proximity to the seed embryo; ensuring nutrients have high availability to the young seedling. Importantly, BSN then triggers the seeds own nutrient sensing mechanisms to set the plant for maximum yield potential.
BSN Increases Yield Regardless of Fertiliser Rate
It is very common in untreated seeds for nutrient levels to be suboptimal levels. It has been scientifically demonstrated that BSN improves the seeds internal nutrient concentrations.
To ensure yield BSN adds “plant-available? Phosphorous which directly influences the yield potential regardless of fertiliser rates applied to the soil.
BSN is Effective in All Soil Types
BSN works effectively in all soil types regardless of the soil pH as the nutrient bypass the soil by being taken up from the seed.
Fix Nutrient Variability in Seed Lots
BSN corrects the nutrient variability that is naturally found in all seeds. BSN is effectively and quickly imbibed by the seed. The resulting effect is that BSN primes the seed to the optimum range for essential nutrients including Phosphorus, Zinc, Copper, Manganese and Molybdenum; ensuring that all seeds are now in optimum nutrient condition.
Greater Root Mass
BSN has the immediate effect of quickly growing a robust and larger root system.
This root system is bigger in overall mass, reach, and most importantly surface area. Typically this means an exponential increase in the number of fine root hairs which produce an increased amount of plant exudate and therefore stimulate greater microbial activity.
Early Vigor and Stronger Plant Growth
BSN when applied to the seed provides during the first 3-4 weeks of development the embryo, seedling and young plant with the nutrient required for healthy and strong growth.
BSN primed plants clearly show earlier, stronger and better plant growth as the basis for greater future yield potential.
Higher Yields, Quality + Value
BSN crops and fruits carry the benefits directly through to the farmer with higher yields, better quality and consistent crop and fruit produce. These benefits all result in higher value, bigger margins and an overall greater financial outcome.
BSN is Good Business for the Grower
BSN is good business for the grower who benefits directly from using BSN. The cost of using BSN is often a small percentage of the financial gains achieved through its application – a positive return for every dollar invested.
General Features of RLF Products
High-analysis, Broad-spectrum Solutions
RLF's world-leading technology that enables the safe formulation and manufacture of fertiliser in a concentrated solution that contain many nutrients – all stable and safely engineered for the plant.
SDS - Seed Delivery System
World-leading first RLF-developed technology that bonds with the nutrient elements to efficiently and safely transport them directly into the seed embryo. This process is called imbibing and it is essential in the success of fertilising the seed directly with nutrient.
NDS - Nutrient Delivery System
World-leading RLF's specially formulated nutrient carrier-technology that bonds with the nutrient elements in solution to transfer them straight into the plant through the leaf cell walls and then directly into the cells themselves.
RDS - Rapid Delivery System
RLF's specially formulated technology that utilises a balance of high- quality chelates and RLF nutrient carrier-technology to enact nutrient transfer rapidly with high-efficiency into the plant and throughout
its cells.
High-Performance Formulations
RLF High-analysis Broad-spectrum products have up to 12 nutrient elements delivered to the plant or seed in a single application – meaning that this one product can perform many functions and achieve many outcomes in this high performance formulation.
Phosphorus-Based
Stimulation of a plant's metabolism requires it to have phosphorus delivered as part of a foliar application. Phosphorus is also vital for yield. Since phosphorus soil uptake is difficult, RLF products provide plant-available phosphorus for immediate uptake and support in the transfer of other elements to the plant.
Plant Physiology + Chemistry
RLF products are developed based on the plants own detailed and individual physiology and related chemistry, in order to achieve the desired results from every formulation. This is the basis of all RLF products. This ensures the correct types of nutrient are delivered to the plant safely and efficiently.
Crop Nutrient Removal
RLF applies the science of nutrient removal in the development and formulation of its high technology products. Crop Nutrient Removal science allows RLF to calculate the quantity of nutrients for every formulation as to balance those nutrients removed during the
plant cycle.
Stable Solution
RLF products are high concentration at specific gravity values between 1.2 and 1.5 – they are engineered in the formulation to ensure that they maintain full integrity. RLF products are tested, accredited and in quality solution that assures stability and longevity.
Build + Increase Organic Matter
RLF high-technology products build and increase organic matter through the development of a larger root mass, greatly increased fine root hairs and a higher rate of root turnover caused by increased microbial activity and the resulting increase in plant exudate. This is supported by the increase in plant nutrient levels and the increase in the mass of growth matter – both returning to the soil at harvest.
Quality Assured
Accredited ISO9001:2008 certification enables RLF to demonstrate high levels of service quality and to show that internationally recognised quality management principles are followed.
World-Leading RLF Product
RLF products are high concentration at specific gravity values between 1.2 and 1.5 – they are engineered in the formulation to ensure that they maintain full integrity. RLF products are tested, accredited and in quality solution that assures stability and longevity.
Low pH Acid Technology
In order to deliver nutrient quickly and safely, hydrogen (acidity) is required to enable the safe and efficient transfer and uptake of the nutrient load by the plant from the outside of the leaf directly into the plant cells.
Proven to Work
All RLF products are scientifically tested, trialled and proven in both laboratory and field evaluations.
How to use
Types of Application
MANUAL
Spray and
Mix Method
Mix Method
STEPS
- Spread out seed
- Spray BSN + Water on seed
- Mix seed to cover seed thoroughly
- Store seed 24-78 hours
- Ready to Sow
Container or
Bucket
Bucket
STEPS
- Add Seed to container or bucket
- Mix BSN + Water
- Cover seed thoroughly and evenly
- Store seed 24-78 hours
- Ready to Sow
Bag or
Packet
Packet
STEPS
- Add Seed to bag or packet
- Pour BSN + Water
- Shake to cover seed thoroughly
- Store seed 24-78 hours
- Ready to Sow
RICE SEED APPLICATION METHODS
Soak
Method
Method
STEPS
- Soak Rice Seed
- Drain
- Mix BSN + Water
- Pour BSN on Rice Seeds
- Wait 24 Hours +
- Ready to Sow
Mix + Cover
Method
Method
STEPS
- Mix BSN + Water
- Add Rice Seed
- Add water to cover seed
- Wait 24 Hours +
- Drain
- Wait 24 Hours
- Ready to Sow
Spray + Mix
Method
Method
STEPS
- Spread out Rice Seed
- Mix BSN + Water
- Spray BSN + Water on Seed
- Mix Thoroughly
- Wait 24 hours to 78 hours
- Ready to Sow
MACHINE APPLICATION
Auger Spray Application
STEPS
- Decant BSN + Mix Water into the pump
- Activate pump spray system
- Activate seed transfer
Other Inline Application
Drum Priming Application
Spray and Mix Method
| Local farmer practice determines the best method of application to be used.
Spray and
Mix
Mix
The Spray and Mix method uses 5 steps to apply BSN Seed Priming Fertiliser thoroughly and evenly to the seed to ensure the nutrients are imbibed.
Download PDF | How to Apply BSN to the Seed - Spray and Mix Method
STEPS
- Spread out seed
- Spray BSN + Water on seed
- Mix seed to cover seed thoroughly
- Store seed 24-78 hours
- Ready to Sow
Spread seed
on sheet
Separate seed
best possible
SPREAD
Spread out the seed as evenly as possible onto a clean plastic sheet so that the grains separate from each other.
Mix BSN
+ Water
Use
Spray Bottle
OR
Back Pack
Sprayer
Spray
Seed Uniformly
SPRAY
Mix BSN Seed Priming Fertiliser with water as per the seed type requirements. Put into a spray bottle or back pack sprayer and shake vigorously until thoroughly combined.
Spray mixture uniformly onto the seeds - making sure all seeds are sprayed.
Spray mixture uniformly onto the seeds - making sure all seeds are sprayed.
Roll seed to
make sure covered
MIX
If possible, with two people holding the opposite sides of the plastic sheet, roll it, so that the tipping action mixes the applied BSN uniformly. Repeat this for a few minutes until such time as the whole seed surface receives the BSN solution.
This process can be stopped when the seed surface is nearly dry when touched.
Incubate +24 Hours
to 78 Hours
+24 Hours to 78 Hours
Keep the seed wrapped in a clean breather bag or bucket/container for 24-hours (at a minimum) or a few days if time permits.
Ready to Sow
Sow the seeds as per normal farmer practice.
Container or Bucket Method
| Local farmer practice determines the best method of application to be used.
Container or
Bucket
Bucket
The Container or Bucket method uses 5 steps to apply BSN Seed Priming Fertiliser thoroughly and evenly to the seed to ensure the nutrients are imbibed.
Download PDF | How to Apply BSN to the Seed - Container or Bucket Method
STEPS
- Add seed to container or bucket
- Mix BSN + Water
- Cover seed thoroughly and evenly
- Store seed 24-78 hours
- Ready to Sow
Add Seed
to Container
OR
Add Seed
to Bucket
ADD SEED
Add seed into the container or bucket
Mix BSN
+ Water
Mix Thoroughly
Pour on BSN + Water
Mix evenly on Seed
APPLY
Mix BSN Seed Priming Fertiliser with water as per the seed type requirements. Put into a beaker and mix until thoroughly combined.
Pour on the BSN + water mix so all seeds are evenly covered.
Pour on the BSN + water mix so all seeds are evenly covered.
Shake or Mix
to Cover
Make sure
seed evenly covered
MIX
Mix or shake to cover seed thoroughly and evenly.
Incubate +24 Hours
to 78 Hours
Incubate +24 Hours
to 78 Hours
+24 Hours to 78 Hours
Keep the seed in container or bucket (or wrapped in a clean breather bag) for 24-hours (at a minimum) or a few days if time permits.
Ready to Sow
Sow the seeds as per normal farmer practice.
Bag Method
| Local farmer practice determines the best method of application to be used.
Bag or
Packet
Packet
The Bag method uses 5 steps to apply BSN Seed Priming Fertiliser thoroughly and evenly to the seed to ensure the nutrients are imbibed.
Download PDF | How to Apply BSN to the Seed - Bag Method
Watch video
STEPS
- Add seed to bag or packet
- Pour in BSN + Water
- Shake to cover seed thoroughly
- Store seed 24-78 hours
- Ready to Sow
Bag or
Packet
ADD
Add seed into the bag or packet
Mix BSN
+ Water
Mix Thoroughly
Uniformly
Apply BSN
APPLY
Slowly pour the mixture of BSN and water from the top of the bag or packet. Pour the mixture uniformly so that the whole body of seed gets its share and coverage by the mixture.
Shake Thoroughly
MIX
Shake the bag or packet thoroughly so that the BSN mixture is covering all the seeds evenly.
Be certain that the mixture is not applied to one location only since it will not treat the whole seed lot uniformly.
Incubate +24 Hours
to 78 Hours
+24 Hours to 78 Hours
Incubate seed for +24 hours (at a minimum) in the bag or in a clean container or if time permits for longer +78 hours.
Ready to Sow
Sow the seeds as per normal farmer practice.
RICE SEED Soak Method
| Local farmer practice determines the best method of application to be used.
Soak
The Soak method uses 6 steps to apply BSN Seed Priming Fertiliser to the rice seed.
This method is closest to common or typical farmer practice.
This method is closest to common or typical farmer practice.
Download PDF | How to Apply BSN to the Seed - Soak Method
STEPS
- Soak Rice Seed
- Drain
- Mix BSN + Water
- Pour BSN on Rice Seeds
- Wait 24 hours+
- Ready to Sow
Soak
SOAK
Soak 20kg of rice seed for 24-hours (usually rice is in a permeable bag)
Drain
DRAIN
Drain the extra water
Mix BSN
+ Water
SOAK
Soak 20kg of rice seed for 24-hours (usually rice is in a permeable bag)
Uniformly
Apply BSN
Slowly pour the mixture of water and BSN from the top of the bag. Pour the mixture uniformly and slowly, so that the whole body of rice seed gets its share of the mixture. Be certain that the mixture is not applied to one location only since it will not treat the whole seed lot uniformly
Incubate +24 Hours
to 78 Hours
+24 Hours to 78 Hours
Incubate seed for a further 24-hours.
Ready to Sow
READY TO SOW
Sow the rice seed as per normal practice.RICE SEED Mix + Cover Method
| Local farmer practice determines the best method of application to be used.
Mix + Cover
The Mix + Cover method uses 7 steps to apply BSN Seed Priming Fertiliser to the rice seed.
This method is more effective than method 1.
Download PDF | How to Apply BSN to the Seed - Mix + Cover Method
STEPS
- Mix BSN + Water
- Add Rice Seed
- Add water to cover seed
- Wait 24 hours+
- Drain
- Wait 24 hours+
- Ready so Sow
Mix BSN
+ Water
Mix Thoroughly
MIX
Mix 10-litres of water with 125ml of BSN Seed Priming Fertiliser in a container with a total volume of 30-litres and agitate thoroughly.
Add Rice Seed
Add more water(if needed)
to achieve coverage
ADD RICE SEED
Add 20kg of rice seed into the container and leave stand for 24-hours (for 20kg of rice seed)
Drain
Incubate
+24 Hours
DRAIN
Drain and incubate the rice seed for a further 24-hours in the same container
Ready to Sow
READY TO SOW
Sow the rice seed as per normal farmer practice
RICE SEED Spray + Mix Method
| Local farmer practice determines the best method of application to be used.
Spray and
Mix
Mix
The Spray and Mix method uses 6 steps to apply BSN Seed Priming Fertiliser to the Rice Seed. This method is more effective than method 1.
Download PDF | How to Apply BSN to the Seed - Spray + Mix Method
STEPS
- Spread out Rice Seed
- Mix BSN + Water
- Spray BSN + Water on Seed
- Mix Thoroughly
- Wait 24 hours to 78 hours
- Ready to Sow
Spread seed
on sheet
Separate seed
best possible
SPREAD
Spread 20kg of rice seed onto a plastic sheet so that the seed separate from each other as best as possible.
Mix BSN
+ Water
Use
Spray Bottle
Spray
Seed Uniformly
SPRAY
Mix 125ml of BSN Seed Priming Fertiliser with 125ml of water in a spray bottle and shake vigorously until thoroughly combined. Spray the mixture uniformly onto the grain lot.
Roll seed to
make sure covered
MIX
With two people holding the opposite sides of the plastic sheet, roll it, so that the tipping action mixes the applied BSN uniformly with the seed lot. Repeat this for a few minutes until such time as the whole rice seed surface receives the BSN solution. This process can be stopped when the seed surface is nearly dry when touched.
Incubate +24 Hours
to 78 Hours
+24 Hours to 78 Hours
Keep the rice seed wrapped in a breather bag for 24-hours (at a minimum) or a few days if time permits.
Ready to Sow
Sow the seeds as per normal farmer practice.
Auger Spray Application Method
Auger Srpay
Application
Application
Larger farming operation will use the application spray systems in seed loading equipment to apply BSN Seed Priming Fertiliser to the seed during transfer from storage.
Download PDF | How to Apply BSN to the Seed - Machine Application
STEPS
- Decant BSN + Mix Water into the pump
- Activate pump spray system
- Activate seed tranfer
Decant BSN
into Applicator
Pump during
seed transfer
Use spray applicator
in Auger
Decant BSN + mix with water in the spray pump applicator. Activate spray application system
built into the seed transfer auger.
Incubate +24 Hours
to 78 Hours
+24 Hours to 78 Hours
Keep the rice seed wrapped in a breather bag for 24-hours (at a minimum) or a few days if time permits.
Ready to Sow
Sow the seeds as per normal farmer practice.
Drum Priming Application Method
Drum Priming
Application
The use of Drum Priming is typical to large scale or commercial seed operations.
BSN can be applied using this method. Things to note are :
as required.
BSN can be applied using this method. Things to note are :
- Water rates may change
- Fluency powder may be used(if needed)
as required.
Inline Engineered Application Solution
Other Inline
Application
BSN can be applied as an engineered solution to an inline coating or treatment process as part of a commercial coating operation.
This is normally a specialty system or practice and the incorporation of the BSN Seed Priming Fertiliser application into each system is establish for each purpose.
This is normally a specialty system or practice and the incorporation of the BSN Seed Priming Fertiliser application into each system is establish for each purpose.
Application Rates
| Seed Type | BSN SS,BSN-10, Interceptor XS ml/kg |
ml Water + Chemicals ml/kg |
Total Application ml/kg |
|
|---|---|---|---|---|
| Corn, cotton, sunflower, pumpkin | 4 | + | 2 | 6 |
| Zucchini, squash, melon, watermelon | 4 | + | 5 | 9 |
| Wheat, barley, triticale, oat | 5-6 | + | 3-5 | 8-11 |
| Rice (dry grain), safflower | 5-6 | + | 3-5 | 8-11 |
| Beet, cucumber, okra, coriander | 6-7 | + | 8-9 | 14-16 |
| Radish, turnip, Kohlrabi, parsnip, pepper | 7-8 | + | 8-9 | 15-17 |
| Onion, leek, chive, garlic, tomato, eggplant | 8-9 | + | 9-10 | 17-19 |
| Canola, carrot, lettuce, dill, chicory | 10-12 | + | 14 | 24-26 |
| Celery, non-fluffy grass pasture seeds | 15-18 | + | 18-20 | 33-38 |
| Fluffy grass pasture seeds | 30 | + | 33 | 63 |
| Seed Type | BSN Ultra + BSN Hybrid ml/kg |
Water and Pesticide ml/kg |
Total Application ml/kg |
|
|---|---|---|---|---|
| Corn | 4 | + | 2 | 6 |
| Rice (Dry grain) | 5-6 | + | 5-6 | 10-12 |
| Lucerne(Alfalfa) | 10 | + | 2 | 12 |
Do not sow seeds on day of application.
BSN can be applied to seeds anytime between harvest and seeding. For best result, prime seeds well before sowing time preferably during dry season after harvest.
Always use clean seed as dusty seed causes stickiness and can tie-up BSN nutrient reducing uptake.
Primed seeds should be sown at least one day after treatment. If you prime seeds at seeding time, you may notice that primed seed lot volume increase by 10%, this is reversed quickly when seeds lose their extra moisture. When you drill treated seeds soon after treatment, you may need to allow for increased volume if volume increase is not fully reversed.
Always use clean seed as dusty seed causes stickiness and can tie-up BSN nutrient reducing uptake.
Priming at Seeding Time
Primed seeds should be sown at least one day after treatment. If you prime seeds at seeding time, you may notice that primed seed lot volume increase by 10%, this is reversed quickly when seeds lose their extra moisture. When you drill treated seeds soon after treatment, you may need to allow for increased volume if volume increase is not fully reversed.
How to Mix BSN
Share
Vigously
Mix with
Water
Mix with other
Chemicals
BSN Mixing
BSN “imbibed” nutrient inside the seed - caution must be taken when using chemicals. ALWAYS apply BSN first or mix water and BSN before adding chemical.
Product Compatibility + Jar Testing
Do not mix with Alkaline Copper fungicides or innoculants If you are unsure, we recommend a simple jar test of products. Mix together and check if reaction occurs.
Check www.rlfchemtest.com
How to Mix BSN
1. First Mix with Water
BSN Seed Primer must first be mixed with water. Taking care with the water rates greatly
assists the absorption process and provides for optimum delivery of nutrient to the seed.
The water rates required for each seed type is given in the next section of this document.
BSN
Water
Ready to Apply
2. Mixing with Other Chemicals
Shake
Vigorously
Mix with
Water
Mix with other
Chemicals
BSN Seed Primer can be mixed with a wide range of other chemicals.
But caution must be exercised. Always apply BSN first, or mix water and BSN before adding chemicals. It is recommended that a simple jar test be carried out if you are unsure of product compatibility by mixing together and checking if a reaction occurs.
Do not mix with alkaline copper fungicides or inoculates.
You can also check at www.rlfchemtest.com
But caution must be exercised. Always apply BSN first, or mix water and BSN before adding chemicals. It is recommended that a simple jar test be carried out if you are unsure of product compatibility by mixing together and checking if a reaction occurs.
Do not mix with alkaline copper fungicides or inoculates.
You can also check at www.rlfchemtest.com
How Much to Apply to the Seed
| Seed Type | BSN SS, BSN-10, Interceptor XS ml per 1kg of seed |
ml Water + Chemicals ml per 1kg of seed |
Total Application ml per 1kg of seed |
||
|---|---|---|---|---|---|
| Corn, Cotton, sunflower,pumpkin | 4 ml | + | 2 ml | = | 6 ml for 1kg seed |
| Zucchini, squash, melon, watermelon | 4 ml | + | 5 ml | = | 9ml for 1kg seed |
| Wheat, barley, triticale, oat | 5-6 ml | + | 3-5 ml | = | 8-11 ml for 1kg seed |
| Rice (dry grain), safflower | 5-6 ml | + | 3-5 ml | = | 8-11 ml for 1kg seed |
| Beet, cucumber, okra, coriander | 6-7 ml | + | 8-9 ml | = | 14-16 ml for 1kg seed |
| Radish, turnip, kohlrabi, parsnip, pepper | 7-8 ml | + | 8-9 ml | = | 15-17 ml for 1kg of seed |
| Onion, leek, chive, garlic, tomato, eggplant | 8-9 ml | + | 9-10 ml | = | 17-19 ml for 1kg of seed |
| Canola, carrot, lettuce, dill, chicory | 10-12 ml | + | 14 ml | = | 24-26 ml for 1kg of seed |
| Celery, non-fluffy grass pasture seeds | 15-18 ml | + | 18-20 ml | = | 33-38 ml for 1kg of seed |
| Fluffy grass pasture seeds | 30 ml | + | 33 ml | = | 63 ml for 1kg of seed |
| Seed Type | BSN Ultra + BSN Hybrid ml per 1kg of seed |
Water & Pesticide ml per 1kg of seed |
Total Application ml per 1kg of seed |
||
|---|---|---|---|---|---|
| Corn | 4 ml | + | 2 ml | = | 6 ml for 1kg of seed |
| Rice (dry grain) | 5-6 ml | + | 5-6 ml | = | 10-12 ml for 1kg of seed |
| Lucerne (Alfalfa) | 10 ml | + | 2 ml | = | 12 ml for 1kg seed |
Key Observation about BSN and Seeds
Important Instructions and Precautions
- Do not add extra Trace Elements to BSN Seed Primer as this could inhibit seed germination or cause seed toxicity.
- It is always best to use clean seeds for priming as dusty seeds can cause stickiness. Dust on the seed can also tie-up nutrients on the seed surface, reducing the effectiveness of BSN seed priming uptake, with less nutrient imbibed inside the seed.
- For fungicide/pesticide compatibility check first at www.rlfchemtest.com or perform a simple jar test.
- When mixing with a liquid fungicide add water to BSN Seed Primer first. (Always BSN + Water + Fungicide)
- Rhizobial inoculates should NOT be mixed with BSN Seed Primer.
When Priming Seed for Storage
- It is best, whterever possible, to use fresh seeds for priming. Older seeds may have a lower germination rate when stored under sub-standard, or less than ideal conditions.
- Seed viability (i.e. longevity) is maintained best when it is stored in a cool dry place.
- BSN Seed Primer can be applied to seeds any time between harvest and seeding. For the best result, prime seeds well before sowing time and if possible preferably during the dry season following harvest.
- Allow maximum ventilation to dry the primed seed-lot.
- Seeds stored at high temperature or in moist conditions run the risk of a reduced rate of germination. If seeds (especially rain-affected seeds) are stored for many months then they must be tested for germination suitability before treating with BSN Seed Primer.
- Contamination of wild radish seeds can drastically reduce germination rates. It is therefore best to make sure the stored seeds and silos are free from this contamination.
- Rain-affected seeds must pass the viability tests before being primed with BSN Seed Primer.
- When seeds are primed with a mixture of BSN Seed Primer and other chemicals there is no guarantee that the germination rate would be satisfactory over long-term storage. Germination tests are recommended before sowing if this is the case.
When Primming Seed at Seeding Time
- If seeds are primed at seeding time you may notice that the treated seed-lot volume increases by approximately 10%. (This is reversed quickly when seeds lose their extra (moisture). But when you drill treated seeds soon after treatment you may need to allow for increased seed volume if the volume increase is not yet fully reversed. It is always recommended that at least 24-hours is allowed between priming the seed with BSN Seed Primer and sowing.
Key Facts about BSN Seed Primer
- BSN primed seeds absorb (imbibes) water faster. This is due to the active ingredients in BSN Seed Primer breaking down the barriers to water penetration in the seed coat.
- The seed coat in cereal crops contain more than 50% of the total seed mineral nutrient reserves. BSN Seed Primer indices ion exchange in the seed coat releasing stored nutrients and facilitating utilisation by the seed embryo.
- BSN speeds up imbibition since it is an osmo-primer (i.e. draws water into the seed). The osmo-priming effect of BSN is due to its highly concentrated ortho-phosphate and trace elements.
- BSN Seed Primer is also a nutritional primer. It increases the level of essential elements in the grain from 2 to 10 times.
- BSN Seed Primer increases the available phosphorous (inorganic phosphorous) of seed by up to 350% compared to untreated seed. This is because some 70% of seed phosphorous is as phytic acid and is unavailable during early germination. The higher available phosphorous resulting from BSN Seed Primer is the most important factor 'kick-starting' the germination, by supplying energy for growth and setting higher yield potential.
- Optimum pH for phytase activity is about 4. The low pH of BSN Seed Primer stimulates phytase activity and converts more phytic acid (unavailable phosphate reserve of the seed) to available phosphate.
- With BSN Seed Primer increased biological activity in the rhizosphere is experienced. This is due to more exudation of metabolites from the root system, resulting in higher temperature in the root zone.
- The BSN increased rhizosphere activity and exudation of organic acids (i.e. ascitric acid) releases soil-based phosphate bound to calcium (in alkaline soils) or soil-based phosphate the is bound to aluminium, iron and manganese in acid soils.
- The BSN increased rhizosphere activity, and faster root growth protects roots from disease, in contrast to disease susceptibility in a slow growing root system.
- Research shows that phosphorous and most trace elements are suboptimal and variable in seed-lots and have a greater impact on yield of late sown crops.
The key facts and findings listed above support the visual responses seen in seedlings and their rhizosphere
when treated with BSN Seed Primer. Such changes translate to increased yield at harvest. With late planting
and lower temperature zones (usually well below the optimum range of 12°C to 25°C) the speedy germination and
establishment allows the crop to intercept and utilise soil nutrients faster.
Compatibility Matrix
Many farmers ask what chemicals can be mixed with liquid products that contain trace elements.
Whilst we recommend that to obtain the best result from any chemical, it should be applied individually, we are fully aware of many farm practices that include mixing chemicals to reduce application costs.
From anecdotal evidence gathered from farmers who have mixed various chemicals with RLF products, at the time of application, we have compiled the following list of products that have been reported to be mixed successfully:
PLEASE NOTE:
- Do NOT composite mix more than one of the above with foliar products
- BSN-range and Ultra Foliar products are not compatible with Inoculants.
- When BSN seed priming treatment is to be applied with fungicides, BSN which is imbided by the seed should be used first followed by fungicides that stick to the seed surface.
Compatibility Matrix for RLF Products | Version 3 ; 16/12/2014
BSN SUPERSTRIKE |
BSN ULTRA |
BSN 10 |
BROADACRE PLUS |
CEREAL PLUS |
CANOLA PLUS |
FRUITS & VEGGIES PLUS |
K-KOMPLEX |
LEGUME PLUS |
PASTURE PLUS |
PLASMA FURROW INJECT |
PLASMA FUSION |
PLASMA POWER |
POWER NP |
RAPID ZINC |
VITICULTURE PLUS |
|||||
|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|
| PESTICIDE INFORMATION | SEED | FOLIAR | ||||||||||||||||||
| ACTIVE INGREDIENTS | TRADE NAME/S | LABEL (G/L) | GROUP | ACTIVITY | ||||||||||||||||
|
2,4-D
- diethanolamine salt
- dimethylamine salt - isopropylamine salt - triethanolamine salt - sodium salt |
SURPASS 300 300 SURPASS 475 475 AMICIDE 500;2,4 -D AMINE 500 500 AMICIDE 625 625 TORNADO DF 700 GK 2,4-D 720;AMICIDE 720 720 SODIUM 2,4-D 800 GK |
I | H |
10, 11 |
10, 11 |
10, 11 |
10, 11 |
10, 11 |
10, 11 |
10, 11 |
10, 11 |
10, 11 |
10, 11 |
10, 11 |
10, 11 |
10, 11 |
||||
|
2,4-D
- ethyl ester
- ethyl hexyl ester - iso-octyl ester |
LV ESTERCIDE 600 600 ESTERCIDE XTRA 680;LV ESTER 680 680 ESTERCIDE 800 800 |
I | H |
c
2 |
c
2 |
c
2 |
c
2 |
c
2 |
c
2 |
c
2 |
c
2 |
c
2 |
c
2 |
c
2 |
c
2 |
c
2 |
||||
|
Alpha-cypermethrin
|
ASTOUND DUO;FASTAC DUO;DOMINEX DUO 100 |
3A | I |
c
4 |
c
4 |
c
4 |
c
4 |
c
4 |
c
4 |
c
4 |
c
4 |
c
4 |
c
4 |
c
4 |
c
4 |
c
4 |
||||
|
AMADS
(1-aminomethanamide dihydrogen tetraoxosulphate)
|
COTTONQUIK 873 |
- | PGR |
c
4 |
c
4 |
c
4 |
c
4 |
c
4 |
c
4 |
c
4 |
c
4 |
c
4 |
c
4 |
c
4 |
c
4 |
c
4 |
||||
|
Bifenthrin
|
BIFLEX TERMITE/INSECT;TALSTAR 100EC;BIFLEX ULTRA (BISTAR LO ODOUR);ASTRAL 100EC 100 BIFLEX DUO 200 200 TALSTAR 250EC;ASTRAL 250EC 250 |
3A | I |
c
|
c
|
c
|
c
|
c
|
c
|
c
|
c
|
c
|
c
|
c
|
c
|
c
|
||||
|
Bromoxynil
- octanoate
- n-octanoyl ester - heptanoic acid ester - octanoic acid ester |
BROADSIDE 140 BROMICIDE 200;BROMICIDE MA;BUCTRIL MA 200 PARAGON XTRA;FLIGHT EC;VELOCITY 210 JAGUAR;MINDER 250 |
C | H |
c
3, 5 |
c
3, 5 |
c
3, 5 |
c
3, 5 |
c
3, 5 |
c
3, 5 |
c
3, 5 |
c
3, 5 |
c
3, 5 |
c
3, 5 |
c
3, 5 |
c
3, 5 |
c
3, 5 |
||||
|
Carboxin
|
VITAVAX 200FF 200 VITAFLO;VITAFLO C 400 VITAVAX 750C 750 |
G | F |
h
2 |
h
2 |
h
2 |
||||||||||||||
|
Chlorothalonil
|
WALABI SC 375 BRAVO; ELECT 500 500 BARRACK; BARRACK BETTERSTICK 720 UNITE 720; UNITE ULTRASTICK |
M5 | F |
h
2, 11 |
h
2, 11 |
h
2, 11 |
h
2, 11 |
h
2, 11 |
h
2, 11 |
h
2, 11 |
h
2, 11 |
h
2, 11 |
h
2, 11 |
h
2, 11 |
h
2, 11 |
h
2, 11 |
h
2, 11 |
h
2, 11 |
h
2, 11 |
|
|
Chlorpropham
|
TATO-VAPO POTATO STOP SPROUT 500 |
- | PGR |
c
2, 3 |
c
2, 3 |
c
2, 3 |
||||||||||||||
|
Chlorpyrifos
|
CHLORPYRIFOS 500EC 500 |
1B | I |
c
4 |
c
4 |
c
4 |
c
4 |
c
4 |
c
4 |
c
4 |
c
4 |
c
4 |
c
4 |
c
4 |
c
4 |
c
4 |
||||
|
Chlorsulfuron
|
GLEAN; LUSTA: SIEGE: TACKLE 750 GK |
B | H |
h
2 |
h
2 |
h
2 |
h
2 |
h
2 |
h
2 |
h
2 |
h
2 |
h
2 |
h
2 |
h
2 |
h
2 |
h
2 |
||||
|
Clethodim
|
SELECT; SEQUENCE 240 |
A | H |
c
2 |
c
2 |
c
2 |
c
2 |
c
2 |
c
2 |
c
2 |
c
2 |
c
2 |
c
2 |
c
2 |
c
2 |
c
2 |
||||
|
Clodinafop-propargyl
|
TOPIK 240EC 240 |
A | H |
c
6, 12 |
c
6, 12 |
c
6, 12 |
c
6, 12 |
c
6, 12 |
c
6, 12 |
c
6, 12 |
c
6, 12 |
c
6, 12 |
c
6, 12 |
c
6, 12 |
c
6, 12 |
c
6, 12 |
||||
|
Clopyralid
- monoethanolamine salt
- triisopranolamine salt - potassium salt |
LONTREL; TORPEDO 300 ARCHER 750 750 |
I | H |
c
10, 11 |
c
10, 11 |
c
10, 11 |
c
10, 11 |
c
10, 11 |
c
10, 11 |
c
10, 11 |
c
10, 11 |
c
10, 11 |
c
10, 11 |
c
10, 11 |
c
10, 11 |
c
10, 11 |
||||
|
Cloquintocet-mexyl
|
AXIAL 100EC 25 TOPIK 240EC 60 |
- | SAF |
c, p
|
c, p
|
c, p
|
c, p
|
c, p
|
c, p
|
c, p
|
c, p
|
c, p
|
c, p
|
c, p
|
c, p
|
c, p
|
||||
|
Clothianidin
|
SHIELD 200SC 200 PONCHO PLUS 360 PONCHO; PONCHO 600FS 600 |
4A | I |
c
2 |
c
2 |
c
2 |
c
2 |
c
2 |
c
2 |
c
2 |
c
2 |
c
2 |
c
2 |
c
2 |
c
2 |
c
2 |
c
2 |
c
2 |
c
2 |
|
|
Copper oxychloride
|
OXYDUL DF; COPPER OXYCHLORIDE 500 |
Y | F |
h
8 |
h
8 |
h
8 |
h
8 |
h
8 |
h
8 |
h
8 |
h
8 |
h
8 |
h
8 |
h
8 |
h
8 |
h
8 |
||||
|
Copper sulphate (tribasic)
|
TRI-BASE BLUE 190 |
Y | F |
c
8 |
c
8 |
c
8 |
c
8 |
c
8 |
c
8 |
c
8 |
c
8 |
c
8 |
c
8 |
c
8 |
c
8 |
c
8 |
||||
|
Cyanamide; dicyanamide; Hydrogen cyanamide
|
DORMEX L 520 |
- | PGR |
c
4 |
c
4 |
c
4 |
c
4 |
c
4 |
c
4 |
c
4 |
c
4 |
c
4 |
c
4 |
c
4 |
c
4 |
c
4 |
||||
|
Cypermethrin
|
VITAFLO C 3.2 VETERAN C LIQUID; PREMIS PRO C 4 PREMIS PROTECT; REAL 200SC VITAVAX 750C 6.4 |
3A | I |
h
3, 5 |
h
3, 5 |
h
3, 5 |
||||||||||||||
|
Cyproconazole
|
TILT XTRA 80 |
C | F |
c
|
c
|
c
|
c
|
c
|
c
|
c
|
c
|
c
|
c
|
c
|
c
|
c
|
||||
|
Diazinon
|
DIAZINON 800 800 |
1B | I |
c
2 |
c
2 |
c
2 |
c
2 |
c
2 |
c
2 |
c
2 |
c
2 |
c
2 |
c
2 |
c
2 |
c
2 |
c
2 |
||||
|
Dicamba
- dimethyl amine
|
BROADSIDE 40 KAMBA M 80 KAMBA 500 500 |
I | H |
10, 11 |
10, 11 |
10, 11 |
10, 11 |
10, 11 |
10, 11 |
10, 11 |
10, 11 |
10, 11 |
10, 11 |
10, 11 |
10, 11 |
10, 11 |
||||
|
Dichlorvos
|
DICHLORVOS 1140 1140 DICHLORVOS 500 (BMC) 500 |
1B | I |
c
4 |
c
4 |
c
4 |
c
4 |
c
4 |
c
4 |
c
4 |
c
4 |
c
4 |
c
4 |
c
4 |
c
4 |
c
4 |
||||
|
Diclofop-methyl
|
CHEETAH GOLD; DECISION 200 HOEGRASS; NUGRASS 375 HOEGRASS 500 500 |
A | H |
c, h
3, 5, 6 |
c, h
3, 5, 6 |
c, h
3, 5, 6 |
c, h
3, 5, 6 |
c, h
3, 5, 6 |
c, h
3, 5, 6 |
c, h
3, 5, 6 |
c, h
3, 5, 6 |
c, h
3, 5, 6 |
c, h
3, 5, 6 |
c, h
3, 5, 6 |
c, h
3, 5, 6 |
c, h
3, 5, 6 |
||||
|
Dicofol
|
KELTHANE MF 480 |
2B | I |
c
4 |
c
4 |
c
4 |
c
4 |
c
4 |
c
4 |
c
4 |
c
4 |
c
4 |
c
4 |
c
4 |
c
4 |
c
4 |
||||
|
Difenoconazole
|
DIVIDEND FORMULA M 92 ACE; DIGGER 250 |
c
|
c
|
c
|
c
|
c
|
c
|
c
|
c
|
c
|
c
|
c
|
c
|
c
|
c
|
c
|
c
|
|||
|
Diflufenican
|
TIGREX; JAGUAR; NUGREX 25 BRODAL; AGILITY 500 |
F | H |
c
2, 12 |
c
2, 12 |
c
2, 12 |
c
2, 12 |
c
2, 12 |
c
2, 12 |
c
2, 12 |
c
2, 12 |
c
2, 12 |
c
2, 12 |
c
2, 12 |
c
2, 12 |
c
2, 12 |
||||
|
Dimethoate
|
DIMETHOATE 400 400 |
1B | I |
h
4 |
h
4 |
h
4 |
h
4 |
h
4 |
h
4 |
h
4 |
h
4 |
h
4 |
h
4 |
h
4 |
h
4 |
h
4 |
||||
|
Dithianon
|
DELAN 700WG; DRAGON 700WG 700 GK |
M9 | F |
h
2, 4 |
h
2, 4 |
h
2, 4 |
||||||||||||||
|
Diuron
|
DIURON 500SC; FLOWABLE DIURON 500 DIURON 900DF; DIUREX WG 900 GK |
C | H |
c
2, 4, 6 |
c
2, 4, 6 |
c
2, 4, 6 |
c
2, 4, 6 |
c
2, 4, 6 |
c
2, 4, 6 |
c
2, 4, 6 |
c
2, 4, 6 |
c
2, 4, 6 |
c
2, 4, 6 |
c
2, 4, 6 |
c
2, 4, 6 |
c
2, 4, 6 |
||||
|
Epoxiconazole
|
OPERA 62.5 OPUS 75 75 OPUS 125 125 |
3 | F |
c
|
c
|
c
|
||||||||||||||
|
Esfenvalerate
|
SUMI-ALPHA 50EC; HALLMARK 50EC 50 |
3A | I |
c
2 |
c
2 |
c
2 |
c
2 |
c
2 |
c
2 |
c
2 |
c
2 |
c
2 |
c
2 |
c
2 |
c
2 |
c
2 |
||||
|
Ethephon
|
COTTONQUIK 275 GALLEON 720 |
- | PGR |
c
4 |
c
4 |
c
4 |
c
4 |
c
4 |
c
4 |
c
4 |
c
4 |
c
4 |
c
4 |
c
4 |
c
4 |
c
4 |
||||
|
Ethion
|
MUSTANG 360 |
1B | I |
c
4 |
c
4 |
c
4 |
c
4 |
c
4 |
c
4 |
c
4 |
c
4 |
c
4 |
c
4 |
c
4 |
c
4 |
c
4 |
||||
|
Fenarimol
|
RUBIGAN SC 120 |
C | F |
h
|
h
|
h
|
h
|
h
|
h
|
h
|
h
|
h
|
h
|
h
|
h
|
h
|
||||
|
Fenitrothion
|
GRAIN-GUARD DUO 600 FENITROTHION 1000 1000 |
A | H |
c
|
c
|
c
|
c
|
c
|
c
|
c
|
c
|
c
|
c
|
c
|
c
|
c
|
c
|
c
|
c
|
|
|
Fenoxaprop-P
Fenoxaprop-P ethyl
|
CHEETAH GOLD 13.6 PUMA S 69 TRISTAR 110 |
A | H |
c
2, 5 |
c
2, 5 |
c
2, 5 |
c
2, 5 |
c
2, 5 |
c
2, 5 |
c
2, 5 |
c
2, 5 |
c
2, 5 |
c
2, 5 |
c
2, 5 |
c
2, 5 |
c
2, 5 |
||||
|
Fipronil
|
REGENT 200SC 200 COSMOS 500 |
2B | I |
c
13 |
c
13 |
c
13 |
c
13 |
c
13 |
c
13 |
c
13 |
c
13 |
c
13 |
c
13 |
c
13 |
c
13 |
c
13 |
||||
|
Florasulam
|
TORPEDO 50 |
B | H |
c
11 |
c
11 |
c
11 |
c
11 |
c
11 |
c
11 |
c
11 |
c
11 |
c
11 |
c
11 |
c
11 |
c
11 |
c
11 |
||||
|
Fluazifop-P
Fluazifop-P butyl
Fluazifop-P butyl ester |
FUSILADE 212 |
A | H |
h
|
h
|
h
|
h
|
h
|
h
|
h
|
h
|
h
|
h
|
h
|
h
|
h
|
||||
|
Fluazinam
|
SHIRLAN FUNGICIDE 500 |
Y | F |
c
|
c
|
c
|
c
|
c
|
c
|
c
|
c
|
c
|
c
|
c
|
c
|
c
|
||||
|
Flumetsulam
|
BROADSTRIKE; BROADSWORD 800GK |
B | H |
h
2 |
h
2 |
h
2 |
h
2 |
h
2 |
h
2 |
h
2 |
h
2 |
h
2 |
h
2 |
h
2 |
h
2 |
h
2 |
||||
|
Fluquinconazole
|
VISION 250SC 50 JOCKEY; GALMANO 167 |
C | F |
nd
|
nd
|
nd
|
nd
|
nd
|
nd
|
nd
|
nd
|
nd
|
nd
|
nd
|
nd
|
nd
|
nd
|
nd
|
nd
|
|
|
Flusilazole
|
CANE STRIKE 1.6 500 |
C | F |
nd
|
nd
|
nd
|
nd
|
nd
|
nd
|
nd
|
nd
|
nd
|
nd
|
nd
|
nd
|
nd
|
nd
|
nd
|
nd
|
|
|
Fosetyl-aluminium
|
ALIETTE SUPER 528 GK ALIETTE 800 GK |
33 | F |
c
|
c
|
c
|
c
|
c
|
c
|
c
|
c
|
c
|
c
|
c
|
c
|
c
|
c
|
c
|
c
|
|
|
Haloxyfop
Haloxyfop-P
Haloxyfop-P methyl ester Haloxyfop-R methyl ester |
VERDICT 520 520 |
A | H |
h
2 |
h
2 |
h
2 |
h
2 |
h
2 |
h
2 |
h
2 |
h
2 |
h
2 |
h
2 |
h
2 |
h
2 |
h
2 |
||||
|
Imazamox
Imazamox ammonium
|
INTERVIX; INTERCEPT 33 |
B | H |
c
2, 6, 10, 12 |
c
2, 6, 10, 12 |
c
2, 6, 10, 12 |
c
2, 6, 10, 12 |
c
2, 6, 10, 12 |
c
2, 6, 10, 12 |
c
2, 6, 10, 12 |
c
2, 6, 10, 12 |
c
2, 6, 10, 12 |
c
2, 6, 10, 12 |
c
2, 6, 10, 12 |
c
2, 6, 10, 12 |
c
2, 6, 10, 12 |
||||
|
Imazapyr
Imazapyr ammonium
|
INTERVIX; INTERCEPT 15 |
B | H |
c
2, 6, 10, 12 |
c
2, 6, 10, 12 |
c
2, 6, 10, 12 |
c
2, 6, 10, 12 |
c
2, 6, 10, 12 |
c
2, 6, 10, 12 |
c
2, 6, 10, 12 |
c
2, 6, 10, 12 |
c
2, 6, 10, 12 |
c
2, 6, 10, 12 |
c
2, 6, 10, 12 |
c
2, 6, 10, 12 |
c
2, 6, 10, 12 |
||||
|
Imazethapyr
|
SPINNAKER; KYTE 700WG 700 GK |
B | H |
h
3 |
h
3 |
h
3 |
h
3 |
h
3 |
h
3 |
h
3 |
h
3 |
h
3 |
h
3 |
h
3 |
h
3 |
h
3 |
||||
|
Imidacloprid
|
ZORRO 180 NUPRID 200SC; CONFIDOR 200 PONCHO PLUS 240 NUPRID 350SC; CONFIDOR GUARD; GAUCHO 350 350 HOMBRE ULTRA 360 SENATOR 600SC; GAUCHO 600 600 |
4A | I |
c
2 |
c
2 |
c
2 |
c
2 |
c
2 |
c
2 |
c
2 |
c
2 |
c
2 |
c
2 |
c
2 |
c
2 |
c
2 |
c
2 |
c
2 |
c
2 |
|
|
Iprodione
|
ROVRAL LIQUID; CORVETTE LIQUID 250 ROVRAL AQUAFLO; CORVETTE FLOWABLE 500 |
B | F |
h
3 |
h
3 |
h
3 |
h
3 |
h
3 |
h
3 |
h
3 |
h
3 |
h
3 |
h
3 |
h
3 |
h
3 |
h
3 |
h
3 |
h
3 |
h
3 |
|
|
Lambda-cyhalothrin
|
KARATE ZEON; MATADOR 250 |
3A | I |
h
3, 5 |
h
3, 5 |
h
3, 5 |
h
3, 5 |
h
3, 5 |
h
3, 5 |
h
3, 5 |
h
3, 5 |
h
3, 5 |
h
3, 5 |
h
3, 5 |
h
3, 5 |
h
3, 5 |
||||
|
Malathion
|
MALDISON 500 500 HY-MAL 1150 |
1B | I |
c
2, 4 |
c
2, 4 |
c
2, 4 |
c
2, 4 |
c
2, 4 |
c
2, 4 |
c
2, 4 |
c
2, 4 |
c
2, 4 |
c
2, 4 |
c
2, 4 |
c
2, 4 |
c
2, 4 |
||||
|
Mancozeb
|
PENNCOZEB 420SC 420 MANCOZEB DF 750 PENNCOZEB DF 750 GK |
Y | F |
h
5 |
h
5 |
h
5 |
h
5 |
h
5 |
h
5 |
h
5 |
h
5 |
h
5 |
h
5 |
h
5 |
h
5 |
h
5 |
h
5 |
h
5 |
h
5 |
|
|
Methoprene; S-methoprene
|
GRAIN-GUARD DUO 60 |
7A | I |
c
|
c
|
c
|
||||||||||||||
|
MCPA
- dimethyl amine salt
- sodium salt |
MCPA 250 250 KAMBA M 340 MCPA 500 500 MCPA 750 750 |
I | H |
10, 11 |
10, 11 |
10, 11 |
10, 11 |
10, 11 |
10, 11 |
10, 11 |
10, 11 |
10, 11 |
10, 11 |
10, 11 |
10, 11 |
10, 11 |
||||
|
MCPA
- iso-octyl ester
- 2-ethyl hexyl ester - ethyl hexyl ester |
PRECEPT 125 BROMICIDE MA; BUCTRIL MA 200 TIGREX; NUGREX 250 BROADSIDE 280 PARAGON XTRA; FLIGHT EC 350 LVE MCPA 500 LVE MCPA 570 570 LVE 600 600 |
I | H |
c, p, b
2 |
c, p, b
2 |
c, p, b
2 |
c, p, b
2 |
c, p, b
2 |
c, p, b
2 |
c, p, b
2 |
c, p, b
2 |
c, p, b
2 |
c, p, b
2 |
c, p, b
2 |
c, p, b
2 |
c, p, b
2 |
||||
|
Mefenpyr-diethyl
|
PRECEPT 6.25 VELOCITY 9.4 DECISION 20 CHEETAH GOLD 25 |
− | SAF |
c
2, 3, 5 |
c
2, 3, 5 |
c
2, 3, 5 |
c
2, 3, 5 |
c
2, 3, 5 |
c
2, 3, 5 |
c
2, 3, 5 |
c
2, 3, 5 |
c
2, 3, 5 |
c
2, 3, 5 |
c
2, 3, 5 |
c
2, 3, 5 |
c
2, 3, 5 |
||||
|
Mepiquat chloride
|
CONCORDE 38 |
− | PGR |
c
10 |
c
10 |
c
10 |
c
10 |
c
10 |
c
10 |
c
10 |
c
10 |
c
10 |
c
10 |
c
10 |
c
10 |
c
10 |
||||
|
Metalaxyl-M
|
DIVIDEND FORMULA M 23 RIDOMIL GOLD 480EC 480 |
4 | F |
c
|
c
|
c
|
c
|
c
|
c
|
c
|
c
|
c
|
c
|
c
|
c
|
c
|
c
|
c
|
c
|
|
|
Methomyl
|
LANNATE L; NUDRIN 225 225 |
1A | I |
c
|
c
|
c
|
c
|
c
|
c
|
c
|
c
|
c
|
c
|
c
|
c
|
c
|
||||
|
Metiram
|
AERO 550 GK POLYRAM DF 700 GK |
M3 | F |
h
4 |
h
4 |
h
4 |
h
4 |
h
4 |
h
4 |
h
4 |
h
4 |
h
4 |
h
4 |
h
4 |
h
4 |
h
4 |
||||
|
Metosulam
|
ECLIPSE 100EC 100 |
B | H |
h
|
h
|
h
|
h
|
h
|
h
|
h
|
h
|
h
|
h
|
h
|
h
|
h
|
||||
|
Metsulfuron-methyl
|
ALLY; BRUSH-OFF; ASSOCIATE 600 GK |
B | H |
c
6 |
c
6 |
c
6 |
c
6 |
c
6 |
c
6 |
c
6 |
c
6 |
c
6 |
c
6 |
c
6 |
c
6 |
c
6 |
||||
|
Omethoate
|
LE-MAT 290SL 290 FOLIMAT 800 800 |
1B | I |
h
4 |
h
4 |
h
4 |
h
4 |
h
4 |
h
4 |
h
4 |
h
4 |
h
4 |
h
4 |
h
4 |
h
4 |
h
4 |
||||
|
Parathion-methyl
|
METHYL PARATHION 500 500 |
1B | I |
c
2, 5 |
c
2, 5 |
c
2, 5 |
c
2, 5 |
c
2, 5 |
c
2, 5 |
c
2, 5 |
c
2, 5 |
c
2, 5 |
c
2, 5 |
c
2, 5 |
c
2, 5 |
c
2, 5 |
||||
|
Pendimethalin
|
RIFLE 330E; STOMP 3330E 330 RIFLE 440; STOMP 440 440 STOMP XTRA 455 |
D | H |
h
|
h
|
h
|
h
|
h
|
h
|
h
|
h
|
h
|
h
|
h
|
h
|
h
|
||||
|
Penflufen
|
EVERGOL PRIME 240 |
7 | F |
c
1, 7 |
c
1, 7 |
c
1, 7 |
||||||||||||||
|
Permethrin
|
INSHIELD 500 |
3A | I |
c
|
c
|
c
|
c
|
c
|
c
|
c
|
c
|
c
|
c
|
c
|
c
|
c
|
||||
|
Phosmet
|
IMIDAN 150 150 |
1B | I |
h
4 |
h
4 |
h
4 |
h
4 |
h
4 |
h
4 |
h
4 |
h
4 |
h
4 |
h
4 |
h
4 |
h
4 |
h
4 |
||||
|
Picolinafen
|
PARAGON XTRA; FLIGHT EC 35 |
F | H |
c
|
c
|
c
|
c
|
c
|
c
|
c
|
c
|
c
|
c
|
c
|
c
|
c
|
||||
|
Pinoxaden
|
AXIAL 100EC 100 |
A | H |
c
|
c
|
c
|
c
|
c
|
c
|
c
|
c
|
c
|
c
|
c
|
c
|
c
|
||||
|
Piperonyl butoxide
|
PYRETHRUM SPRAY 16 SYNERGY (PBO) 800 |
− | SYN |
c
13 |
c
13 |
c
13 |
c
13 |
c
13 |
c
13 |
c
13 |
c
13 |
c
13 |
c
13 |
c
13 |
c
13 |
c
13 |
||||
|
Procymidone
|
SUMISCLEX; FORTRESS 500 |
3 | F |
h
|
h
|
h
|
||||||||||||||
|
Profenofos
|
PROFENOFOS 500 500 |
1B | I |
c
5 |
c
5 |
c
5 |
c
5 |
c
5 |
c
5 |
c
5 |
c
5 |
c
5 |
c
5 |
c
5 |
c
5 |
c
5 |
||||
|
Propiconazole
|
TILT 250; TILT XTRA; THROTTLE; BUMPER 250 THROTTLE 500 500 BUMPER 625 625 |
C | F |
c, p
|
c, p
|
c, p
|
c, p
|
c, p
|
c, p
|
c, p
|
c, p
|
c, p
|
c, p
|
c, p
|
c, p
|
c, p
|
||||
|
Prothioconazole
|
PROSARO 420SC 210 RAXIL PRO 250 |
3 | F |
h
2 |
h
2 |
h
2 |
||||||||||||||
|
Pyraclostrobin
|
AERO 50 GK OPERA 85 CABRIO WG 200 GK CABRIO 250 |
11 | F |
c
2, 3 |
c
2, 3 |
c
2, 3 |
c
2, 3 |
c
2, 3 |
c
2, 3 |
c
2, 3 |
c
2, 3 |
c
2, 3 |
c
2, 3 |
c
2, 3 |
c
2, 3 |
c
2, 3 |
c
2, 3 |
c
2, 3 |
c
2, 3 |
|
|
Pyrasulfotole
|
PRECEPT 25 VELOCITY 37.5 |
H | H |
c
|
c
|
c
|
c
|
c
|
c
|
c
|
c
|
c
|
c
|
c
|
c
|
c
|
||||
|
Pyrethrins; pyrethrum
|
PYRETHRUM SPRAY 4 |
3A | I |
c
5, 13 |
c
5, 13 |
c
5, 13 |
c
5, 13 |
c
5, 13 |
c
5, 13 |
c
5, 13 |
c
5, 13 |
c
5, 13 |
c
5, 13 |
c
5, 13 |
c
5, 13 |
c
5, 13 |
||||
|
Pyrimethanil
|
WALABI SC 150 VISION 250SC 200 PROTECTOR 400SC; SCALA 400SC 400 SIGANEX 600SC 600 |
9I | F |
nd
|
nd
|
nd
|
nd
|
nd
|
nd
|
nd
|
nd
|
nd
|
nd
|
nd
|
nd
|
nd
|
nd
|
nd
|
nd
|
|
|
Pyriproxyfen
|
ADMIRAL 100 |
7C | IGR |
nd
|
nd
|
nd
|
nd
|
nd
|
nd
|
nd
|
nd
|
nd
|
nd
|
nd
|
nd
|
nd
|
nd
|
nd
|
nd
|
|
|
Quizalofop-P ethyl
|
ASSURE; TARGA 100 |
A | H |
h
3, 5 |
h
3, 5 |
h
3, 5 |
h
3, 5 |
h
3, 5 |
h
3, 5 |
h
3, 5 |
h
3, 5 |
h
3, 5 |
h
3, 5 |
h
3, 5 |
h
3, 5 |
h
3, 5 |
||||
|
Sethoxydim
|
CHEETAH GOLD; DECISION 20 SERTIN 186 |
A | H |
c
|
c
|
c
|
c
|
c
|
c
|
c
|
c
|
c
|
c
|
c
|
c
|
c
|
||||
|
Sulphur
|
MICROTHIOL DISPERSS; NOTION DF; RESOLVA 800 |
M2 | F |
h
|
h
|
h
|
h
|
h
|
h
|
h
|
h
|
h
|
h
|
h
|
h
|
h
|
||||
|
Tebuconazole
|
HOMBRE ULTRA 12.5 RAXIL; RAXIL T 25 RAXIL PRO 150 PROSARO 420SC 210 FOLICUR 430SC; HORNET; EMPEROR 430 |
3 | F |
h
|
h
|
h
|
h
|
h
|
h
|
h
|
h
|
h
|
h
|
h
|
h
|
h
|
h
|
h
|
h
|
|
|
Thiabendazole
|
ALIETTE SUPER 129 GK P PICKEL-T 200 |
1 | F |
h
|
h
|
h
|
||||||||||||||
|
“Thiram (TMTD; tetramethylthiuram disulphide)”
|
ALIETTE SUPER 172 GK VITAVAX 200FF 200 P PICKEL-T 360 THIRAM 600; TMTD FLOWABLE 600 |
M3 | F |
h
4 |
h
4 |
h
4 |
h
4 |
h
4 |
h
4 |
h
4 |
h
4 |
h
4 |
h
4 |
h
4 |
h
4 |
h
4 |
h
4 |
h
4 |
h
4 |
|
|
Tolclofos-methyl
|
RIZOLEX 100D 100 GK RIZOLEX IN FURROW 500 |
14 | F |
c, p
2, 4 |
c, p
2, 4 |
c, p
2, 4 |
||||||||||||||
|
Tralkoxydim
|
ACHIEVE WG 400 GK |
A | h |
c, p, h
6, 12 |
c, p, h
6, 12 |
c, p, h
6, 12 |
c, p, h
6, 12 |
c, p, h
6, 12 |
c, p, h
6, 12 |
c, p, h
6, 12 |
c, p, h
6, 12 |
c, p, h
6, 12 |
c, p, h
6, 12 |
c, p, h
6, 12 |
c, p, h
6, 12 |
c, p, h
6, 12 |
||||
|
Triadimefon
|
TURRET 125 |
C | F |
c
|
c
|
c
|
c
|
c
|
c
|
c
|
c
|
c
|
c
|
c
|
c
|
c
|
||||
|
Triadimenol
|
ZORRO 56 BAYTAN T 150 |
3 | F |
c, h
|
c, h
|
c, h
|
||||||||||||||
|
Tri-allate
|
AVADEX XTRA 500 AVADEX XTEND 600 |
J | H |
h
|
h
|
h
|
h
|
h
|
h
|
h
|
h
|
h
|
h
|
h
|
h
|
h
|
||||
|
Triasulfuron
|
LOGRAN; NUGRAN 750 |
B | h |
h
2 |
h
2 |
h
2 |
h
2 |
h
2 |
h
2 |
h
2 |
h
2 |
h
2 |
h
2 |
h
2 |
h
2 |
h
2 |
||||
|
Trichlorfon
|
LEPIDEX 500 500 |
1B | I |
c
2, 4 |
c
2, 4 |
c
2, 4 |
c
2, 4 |
c
2, 4 |
c
2, 4 |
c
2, 4 |
c
2, 4 |
c
2, 4 |
c
2, 4 |
c
2, 4 |
c
2, 4 |
c
2, 4 |
||||
|
Trinexapac-ethyl
|
MAESTRO 120 |
- | PGR |
c
2, 3 |
c
2, 3 |
c
2, 3 |
c
2, 3 |
c
2, 3 |
c
2, 3 |
c
2, 3 |
c
2, 3 |
c
2, 3 |
c
2, 3 |
c
2, 3 |
c
2, 3 |
c
2, 3 |
||||
|
Triflumuron
|
BAYTAN T; RAXIL T 4 |
15A | I |
h
|
h
|
h
|
||||||||||||||
|
Triticonazole
|
PREMIS PRO C; PREMIS PROTECT 25 REAL 200SC 200 |
3 | F |
h
|
h
|
h
|
||||||||||||||
|
Zeta-cypermethrin
|
MUSTANG 20 |
3A | I |
c
4 |
c
4 |
c
4 |
c
4 |
c
4 |
c
4 |
c
4 |
c
4 |
c
4 |
c
4 |
c
4 |
c
4 |
c
4 |
||||
|
Ziram
|
ZIRAM GRANUFLO; ZIRAM DG 760 GK |
Y | F |
h
9 |
h
9 |
h
9 |
h
9 |
h
9 |
h
9 |
h
9 |
h
9 |
h
9 |
h
9 |
h
9 |
h
9 |
h
9 |
||||
Active Ingredient:
RLF Product:
- c = chemically compatible based on reference to The Pesticide Manual published by the British Crop Protection Council (BCPC)
- p = physically compatible when mixed as per RLF Tank Mixing Guide;
- b = biologically compatible, no observable or measurable reduction in pesticide bioefficacy or loss of nutrition;
- h = chemical, physical and biological compatibility based on reference to RLF Crop Nutrition Handbook (ca. 2004), RLF Technical Bulletin TB61 and RLF Website - http://www.ruralliquidfertilisers.com/compatibility;
- nd = no data
- 1 = Total mixture [product + water] shoudl not exceed 600mL / 100kg of seed;
- 2 = Reduction in bioefficacy may occur at pH < 4, severity increasing with lower pH;
- 3 = Reduction bioefficacy may occur at pH > 7
- 4 = Reduction in bioefficacy will occur at pH > 7, severity increasing with higher pH;
- 5 = Reduction in bioefficacy will occur at pH > 9;
- 6 = Refer to pesticide label for restraints on directions for use;
- 7 = Limited evidence suggests poor physical compatibility with RLF BSN products, check compatibility via a jar-test before mixing larger volumes;
- 8 = Mixing with RLF CSF products may cause excessive copper uptake by vines;
- 9 = Very rapid degradation of active ingredient will occur in acidic solutions, DT50 < 1 hr at pH 5;
- 10 = Pesticide active ingredient is formulated as an ionic salt; mixing with RLF products can result in precipitation of insoluble salts and/or reduction in bioefficacy due to interaction with positive and negative ions in the liquid fertiliser formulation;
- 11 = Pesticide is formulated at an alkaline pH; mixing with low pH RLF products can result in generation of heat from exothermic neutralisation reaction;
- 12 = Pesticide label indicates incident phytotocity or transient yellowing if applied to stressed plants; this effect may be enhanced in tank mixes with RLF CSF products but it is likely plants will recover more quickly due to improved nutrition;
- 13 = Photolycally unstable; pesticide active ingredient will rapidly degrade in aqueous solution in sunlight
- H = herbicide
- I = insecticide
- IGR = insect growth regulator; effectively an insecticide but controls insects by interrupting a specific phase of its life cycle, instead of biological toxicity.
- F = fungicide
- PGR = plant growth regulator
- SAF = crop safener; added to herbicide formulations to limit activity on non-target crop species
- ADJ = adjuvant; added to pesticide formulations to increase efficacy, improve tank mix compatibility etc.
- SYN = synergist; added to pesticides (usually insecticides) to enhance performance through chemical or biological synergy of action.
Available Sizes and Quantities
-
1000 L -
200 L -
110 L -
20 L -
5 L -
1 L
-
500 mL -
250 mL -
200 mL -
100 mL
-
30 mL -
10 mL
Analysis
PRODUCT NAMEBSN Ultra
THIS PRODUCT CONTAINS
High-Analysis
Broad Spectrum
Seed
Priming
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TYPICAL ANALYSIS
MACRO NUTRIENTS
Zinc (Zn)
Manganese (Mn)
Copper (Cu)
Molybdenum (Mo)
Sulphur (S)
Magnesium (Mg)
MICRO NUTRIENTS
Zinc (Zn)
Manganese (Mn)
Copper (Cu)
Molybdenum (Mo)
Sulphur (S)
Magnesium (Mg)
Solution
SG
pH
Global Standard Analysis
The analysis given above is the Global Standard and can change or vary from country to country.
Always refer to the product specified for each country and the product labels in each country.
Analysis may vary as a result of the local country rules, regulations and laws. Generally analysis
and formulation is not changed.
Downloads
-
Product details, features, benefits,
results and application details. -
Application methods, quantities,
mix and timings for Product use. -
Safety Data Sheet
(Global Format)
