Sweet-Beet

Sweet-Beet is a range of prescription salt mix fertilisers combining innovative technologies specifically designed for high-yielding, high-quality sugar beet crops.

For farmers growing sugar beet crops

Who are looking to optimise crop establishment and yield potential

Our product offers unique prescription fertilisers designed to match crop requirements

Better than other sugar beet fertilisers as it combines innovative technologies such as MICRO-MATCH

Our prescription solution is formulated to meet your field specific nutrient requirements

It is tried, tested and proven in the UK

Want to know more?

What is Sweet-Beet?

Sweet-Beet is a range of salt mix fertilisers combining innovative technologies specifically designed for high-yielding, high-quality sugar beet crops. Local FACTS qualified advisors will prescribe a Sweet-Beet product to match soil and crop needs.

Why use the Sweet-Beet range?

  • Sweet-Beet is formulated to meet your field specific nutrient requirements
  • Sweet-Beet optimises crop establishment and yield potential
  • Sweet-Beet can provide any combination of P, K, S, Mg, Na and micro-nutrients using a range of specifically selected ingredients, including:
    • Magnesia Kainit® along with additional potash and ESTA® Kieserit
    • Polysulphate®, a unique multi-nutrient fertiliser containing sulphur, potassium, calcium and magnesium
    • MICRO-MATCH technology to apply micro-nutrients, for example boron
  • Sweet-Beet is manufactured at Origin Great Yarmouth, by staff with a wealth of experience of producing sugar beet fertilisers
Need trial data?

MICRO-MATCH

Want trial data on MICRO-MATCH?

Link to Wolf Trax

Polysulphate

Want trial data on Polysulphate?

Download

ESTA KIESERIT

Want information on ESTA KIESERIT?

Download
PRODUCT RANGE
Sweet-Beet can be manufactured to produce OUR NUTRI-MATCH BLENDS. BELOW ARE SOME EXAMPLE GRADES:
0-0-25 + 25Na2ODesigned for situations where P>2, K=2 and Mg=2
0-0-17 + 12.5 MgO + 17Na2O + 12SO3 + MICRO-MATCH BoronDesigned for situations where P>2, K=2 and Mg=1
0-0-19 + 30 Na2O + MICRO-MATCH BoronDesigned for situations where P>2, K=1 and Mg=2
0-0-15 + 8.5 MgO + 23Na2O + 8.5SO3 Designed for situations where P>2, K=1 and Mg=1
0-10-20 + 20Na2O Designed for situations where P=2, K=2 and Mg=2
0-7-14 + 10.5 MgO + 14Na2O + 10.5SO3 + MICRO-MATCH BoronDesigned for situations where P=2, K=2 and Mg=1
0-6.5-16.5 + 26Na2O + MICRO-MATCH BoronDesigned for situations where P=2, K=1 and Mg=2
0-5-13.5 + 7.5 MgO + 20.5 Na2O + 7.5 SO3Designed for situations where P=2, K=1 and Mg=1
0-14-17.5 + 17.5 Na2O + MICRO-MATCH BoronDesigned for situations where P=1, K=2 and Mg=2
0-10.3-13 + 10 MgO + 13 Na2O + 10 SO3 + MICRO-MATCH BoronDesigned for situations where P=1, K=2 and Mg=1
0-9.5-15 + 24 Na2O + MICRO-MATCH BoronDesigned for situations where P=1, K=1 and Mg=2
0-7.5-12.5 + 7 MgO + 19.5 Na2O + 7 SO3 + MICRO-MATCH BoronDesigned for situations where P=1, K=1 and Mg=1
The above is for guidance only. Please consult your FACTS Qualified Advisor for a detailed recommendation based on your specific requirements and situation
Need a Carbon Footprint?

Our aim is to provide specific carbon footprints for our products, improving accuracy for recording and reporting. NUTRI-CO2OL, our independently ADAS verified carbon footprint model, was developed to account for changes in raw material sourcing, production and blending sites. 

An example of a carbon footprint for an Origin grade is below. Contact us quoting the bag code on your bag tie for an accurate carbon footprint.

Need Help to Set Your Spreader?

Need some information to help you set your spreader?

We produce over 17,000 different analyses across our 12 sites from a range of long-term partner suppliers. This makes it difficult for us to supply standard spreader settings.

Our rigorous checks on raw materials enable us to provide some important indicators about our prescription blends to help guide you when setting your spreader.

Please complete the form for more information.