Appearance: reddish brown liquid
Fe content (p/p): 7.3%
Stability range (pH): 1-6
Appearance: reddish brown liquid
Fe content (p/p): 7.3%
Stability range (pH): 1-6
Appearance: yellow crystalline powder
Fe content: 13.0%
Stability range (pH): 1-6
Appearance: yellow crystalline powder
Fe content: 13.0%
Stability range (pH): 1-6
Appearance: dark red-brown microgranule
Water soluble Fe content: 5.0% (p/p)
Fe content chelated by EDDHA (o-o): min. 4.0% (p/p)
Water soluble Mn content: 1.3% (p/p) chelated by EDTA
Water soluble Zn conten: 0.6 % (p/p) helated by EDTA
Chelated Mn and Zn content: 100% (p/p)
Stability range (pH): 3-11
Appearance: dark red-brown microgranule
Water soluble Fe content: 5.0% (p/p)
Fe content chelated by EDDHA (o-o): min. 4.0% (p/p)
Water soluble Mn content: 1.3% (p/p) chelated by EDTA
Water soluble Zn conten: 0.6 % (p/p) helated by EDTA
Chelated Mn and Zn content: 100% (p/p)
Stability range (pH): 3-11
Appearance: dark red-brown microgranule
Water soluble Fe content: 6.0%
Fe content chelated by EDDHA (o-o): 4.8%
Stability range (pH): 3-11
Appearance: dark red-brown microgranule
Water soluble Fe content: 6.0%
Fe content chelated by EDDHA (o-o): 4.8%
Stability range (pH): 3-11
Appearance: reddish microgranule
Water soluble Fe content: 9.0%
Fe content chelated by HEDTA: 9.0%
Stability range (pH): 3-10
Appearance: reddish microgranule
Water soluble Fe content: 9.0%
Fe content chelated by HEDTA: 9.0%
Stability range (pH): 3-10
Appearance: red liquid
Fe content chelated by HEDTA: 4.5%
Stability range (pH): 3-10
Appearance: red liquid
Fe content chelated by HEDTA: 4.5%
Stability range (pH): 3-10
Appearance: dark red-brown microgranule
Water soluble Fe content: 6.0%
Fe content chelated by EDDHSA (o-o): 4.0%
Stability range (pH): 3-11
Appearance: dark red-brown microgranule
Water soluble Fe content: 6.0%
Fe content chelated by EDDHSA (o-o): 4.0%
Stability range (pH): 3-11
Appearance: dark red-brown microgranule
Water soluble Fe content: 6.0%
Fe content chelated by EDDHSA (o-o): 3.0%
Stability range (pH): 3-12
Ureic nitrogen (p/p): 1.5%
Appearance: dark red-brown microgranule
Water soluble Fe content: 6.0%
Fe content chelated by EDDHSA (o-o): 3.0%
Stability range (pH): 3-12
Ureic nitrogen (p/p): 1.5%
Appearance: dark red microgranule
Water soluble Fe content: 6.0%
Fe content chelated by EDDHSA (o-o): 1.2%
Fe content complexed by HGA: 1.2%
Stability range (pH): 2-12
Appearance: dark red microgranule
Water soluble Fe content: 6.0%
Fe content chelated by EDDHSA (o-o): 1.2%
Fe content complexed by HGA: 1.2%
Stability range (pH): 2-12
Appearance: white powder
Water soluble CaO content: 13.4%
CaO content chelated by EDTA: 13.4%
Stability range (pH): 6-12
Appearance: white powder
Water soluble CaO content: 13.4%
CaO content chelated by EDTA: 13.4%
Stability range (pH): 6-12
Hydroponic cultivation
5 – 2.5 kg/100m3 nutrient solution
Fertirrigation
1 – 2 kg/ha (every week)
Hydroponic cultivation
5 – 2.5 kg/100m3 nutrient solution
Fertirrigation
7 – 20 kg/ha
Fertirrigation
Nurseries: 1 – 5 g per stock
Young trees 6 – 25 g per stock
Productive trees: 9 – 140 g per stock
Fertirrigation
Nurseries: 1.5 – 8 g per stock
Young trees 10 – 50 g per stock
Productive trees: 30 – 250 g per stock
Fertirrigation
Young trees 2 – 4 g per stock
Productive trees: 9 –50 g per stock
or strip injection
4 – 7 kg/ha separating the dose by 2 – 3 irrigations
Fertirrigation
3 – 4 kg/ha (every week, at the end of winter and summer)
Application in soil
100 – 300 g/hl of water, alone or mixed with the other foliar fertilisers in the DABQUEL COMPLEX series
Hydroponic cultivation
5 – 2.5 kg/100m3 nutrient solution
Fertirrigation
1 – 2 kg/ha (every week)
Hydroponic cultivation
5 – 2.5 kg/100m3 nutrient solution
Fertirrigation
7 – 20 kg/ha
Fertirrigation
Nurseries: 1 – 5 g per stock
Young trees 6 – 25 g per stock
Productive trees: 9 – 140 g per stock
Fertirrigation
Nurseries: 1.5 – 8 g per stock
Young trees 10 – 50 g per stock
Productive trees: 30 – 250 g per stock
Fertirrigation
Young trees 2 – 4 g per stock
Productive trees: 9 –50 g per stock
or strip injection
4 – 7 kg/ha separating the dose by 2 – 3 irrigations
Fertirrigation
3 – 4 kg/ha (every week, at the end of winter and summer)
Application in soil
100 – 300 g/hl of water, alone or mixed with the other foliar fertilisers in the DABQUEL COMPLEX series
Application in soil
Nurseries: 2 – 15 cc per stock
Young trees 5 – 35 cc per stock
Productive trees: 7.5 – 100 cc per stock
Spraying on leaves
300 cc/hl from petal fall
Application in soil
5 – 30 cc per stock
Spraying on leaves
300 cc/hl wet until dripping
Application in soil
Nurseries: 3 – 20 cc per stock
Young trees 15 – 25 cc per stock
Productive trees: 60 – 350 cc per stock
Spraying on leaves
250 – 500 cc/hl before the flower opening, after the petal fall and at the beginning of summer sprouting
Application in soil
Nurseries: 2 – 15 cc per stock
Young trees 5 – 35 cc per stock
Productive trees: 7.5 – 100 cc per stock
Spraying on leaves
300 cc/hl from petal fall
Application in soil
5 – 30 cc per stock
Spraying on leaves
300 cc/hl wet until dripping
Application in soil
Nurseries: 3 – 20 cc per stock
Young trees 15 – 25 cc per stock
Productive trees: 60 – 350 cc per stock
Spraying on leaves
250 – 500 cc/hl before the flower opening, after the petal fall and at the beginning of summer sprouting
Application in soil
Nurseries: 2 – 10 cc per stock
Young trees: 10 – 35 cc per stock
Productive trees: 15 – 150 cc per stock
Spraying on leaves
300 cc per HI (0.3%)
Carry out 2 – 3 treatments, starting while the fruit is developing (May – June) and until 35 – 40 days before harvesting.
Drip irrigation
1 – 3 L/ha
Spraying on leaves
300 cc/Hl (0.3%)
Carry out 3 – 4 treatments, from setting to the first clusters (tomato).
Application in soil
Nurseries: 2 – 10 cc per stock
Young trees: 10 – 35 cc per stock
Productive trees: 15 – 150 cc per stock
Spraying on leaves
300 cc per HI (0.3%)
Carry out 2 – 3 treatments, starting while the fruit is developing (May – June) and until 35 – 40 days before harvesting.
Drip irrigation
1 – 3 L/ha
Spraying on leaves
300 cc/Hl (0.3%)
Carry out 3 – 4 treatments, from setting to the first clusters (tomato).
Foliar application: 1.5-2 L/ha
Fertirrigation: 2-3 L/ha
Repeat throughout growth depending on deficiency
Foliar application: 2-3 L/ha
Fertirrigation: 4-5 L/ha
Foliar application: 1.5-2 L/ha
Fertirrigation: 3-4 L/ha
Repeat throughout growth depending on deficiency
Foliar application: 1.5-2 L/ha
Fertirrigation: 2-3 L/ha
Repeat throughout growth depending on deficiency
Foliar application: 2-3 L/ha
Fertirrigation: 4-5 L/ha
Foliar application: 1.5-2 L/ha
Fertirrigation: 3-4 L/ha
Repeat throughout growth depending on deficiency
Foliar application
25-40 g/hl.
(Doses above 100-150 g/hl cause defoliation in certain crops)
Fertirrigation
1-1.5 kg/ha.
Foliar application
100-150 g/hl
(Doses above 100-150 g/hl cause defoliation in certain crops)
Fertirrigation
1-1.5 kg/ha.
Foliar application
20-35 g/hl.
(Doses above 100-150 g/hl cause defoliation in certain crops)
Fertirrigation
5-1.5 kg/ha.
Repeat throughout growth depending on deficiency
Foliar application
25-40 g/hl.
(Doses above 100-150 g/hl cause defoliation in certain crops)
Fertirrigation
1-1.5 kg/ha.
Foliar application
100-150 g/hl
(Doses above 100-150 g/hl cause defoliation in certain crops)
Fertirrigation
1-1.5 kg/ha.
Foliar application
20-35 g/hl.
(Doses above 100-150 g/hl cause defoliation in certain crops)
Fertirrigation
5-1.5 kg/ha.
Repeat throughout growth depending on deficiency
Application in soil
Nurseries: 1.5 – 4 cc per tree
Young trees 35 – 60 cc per stock
Productive trees: 75 – 125 cc per stock
Spraying on leaves
4 – 5 l in 400 l of water
Application in soil
Nurseries: 1.5 – 4 cc per tree
Young trees 35 – 60 cc per stock
Productive trees: 75 – 125 cc per stock
Spraying on leaves
4 – 5 l in 400 l of water
Application in soil
Nurseries: 1.5 – 4 cc per tree
Young trees 35 – 60 cc per stock
Productive trees: 75 – 125 cc per stock
Spraying on leaves
4 – 5 l in 400 l of water
Hydroponic cultivation
0,6 – 1 l/100m3
Application in soil
Nurseries: 1.5 – 4 cc per tree
Young trees 35 – 60 cc per stock
Productive trees: 75 – 125 cc per stock
Spraying on leaves
4 – 5 l in 400 l of water
Application in soil
Nurseries: 1.5 – 4 cc per tree
Young trees 35 – 60 cc per stock
Productive trees: 75 – 125 cc per stock
Spraying on leaves
4 – 5 l in 400 l of water
Application in soil
Nurseries: 1.5 – 4 cc per tree
Young trees 35 – 60 cc per stock
Productive trees: 75 – 125 cc per stock
Spraying on leaves
4 – 5 l in 400 l of water
Hydroponic cultivation
0,6 – 1 l/100m3
Application in soil
Nurseries: 1 – 2 g per tree
Young trees 18 – 30 g per tree
Productive trees: 38 – 64g per tree
Spraying on leaves
2 – 3 Kg in 400l of water
Application in soil
Nurseries: 1 – 2 g per tree
Young trees 18 – 30 g per tree
Productive trees: 38 – 64 g per tree
Spraying on leaves
4 – 5kg in 400l of water
Application in soil
2 – 3 g per stock
Drip irrigation
3,5 – 6g per stock
Spraying on leaves
2 – 3 kg in 400l of water
Hydroponic cultivation
0,5 – 1 kg/100m3
Application in soil
Nurseries: 1 – 2 g per tree
Young trees 18 – 30 g per tree
Productive trees: 38 – 64g per tree
Spraying on leaves
2 – 3 Kg in 400l of water
Application in soil
Nurseries: 1 – 2 g per tree
Young trees 18 – 30 g per tree
Productive trees: 38 – 64 g per tree
Spraying on leaves
4 – 5kg in 400l of water
Application in soil
2 – 3 g per stock
Drip irrigation
3,5 – 6g per stock
Spraying on leaves
2 – 3 kg in 400l of water
Hydroponic cultivation
0,5 – 1 kg/100m3
Application in soil
Nurseries: 1.5 – 100 cc per stock
Young trees 4 – 50 cc per stock
Productive trees: 10 – 150 cc per stock
Spraying on leaves
300 cc/hl from sprouting
Application in soil
1 – 2 cc per stock
Drip irrigation
5 – 1 l/ha
Spraying on leaves
300 cc/hl
Application in soil
Nurseries: 1 – 7.5 cc per stock
Young trees 7.5 – 50 cc per stock
Productive trees: 20 – 125 cc per stock
Spraying on leaves
300 cc/hl before the flowering period, after the petal fall and at the beginning of summer sprouting
Application in soil
15 – 35 cc per stock
Drip irrigation
10 – 30 l/ha (spread throughout their entire life cycle)
Spraying on leaves
300 cc/hl from the plantation
Application in soil or spraying
5 – 2.5 l/ha and application
Spraying on leaves
300 cc / hl
Application in soil
Nurseries: 1.5 – 100 cc per stock
Young trees 4 – 50 cc per stock
Productive trees: 10 – 150 cc per stock
Spraying on leaves
300 cc/hl from sprouting
Application in soil
1 – 2 cc per stock
Drip irrigation
5 – 1 l/ha
Spraying on leaves
300 cc/hl
Application in soil
Nurseries: 1 – 7.5 cc per stock
Young trees 7.5 – 50 cc per stock
Productive trees: 20 – 125 cc per stock
Spraying on leaves
300 cc/hl before the flowering period, after the petal fall and at the beginning of summer sprouting
Application in soil
15 – 35 cc per stock
Drip irrigation
10 – 30 l/ha (spread throughout their entire life cycle)
Spraying on leaves
300 cc/hl from the plantation
Application in soil or spraying
5 – 2.5 l/ha and application
Spraying on leaves
300 cc / hl
Application in soil
Nurseries: 1 – 6 g per stock
Young trees 2.5 – 32 g per stock
Productive trees: 6 – 96g per stock
Spraying on leaves
192g/hl from sprouting
Application in soil
6 – 1.3g per stock
Drip irrigation
3 – 0.7kg/ha
Spraying on leaves
192g/hl
Application in soil
Nurseries: 0.6 – 5 g per stock
Young trees 5 – 32 g per stock
Productive trees: 13 – 80 g per stock
Spraying on leaves
192g/hl before the flower opening, after the petal fall and at the summer sprouting
Application in soil
10 – 22 kg/ha
Drip irrigation
6 – 20 kg/ha (spread throughout their entire life cycle)
Spraying on leaves
192 g/hl from the plantation
Application in soil or spraying
1 – 1.6 kg/ha and application
Spraying on leaves
192 g/hl
Application in soil
Nurseries: 1 – 6 g per stock
Young trees 2.5 – 32 g per stock
Productive trees: 6 – 96g per stock
Spraying on leaves
192g/hl from sprouting
Application in soil
6 – 1.3g per stock
Drip irrigation
3 – 0.7kg/ha
Spraying on leaves
192g/hl
Application in soil
Nurseries: 0.6 – 5 g per stock
Young trees 5 – 32 g per stock
Productive trees: 13 – 80 g per stock
Spraying on leaves
192g/hl before the flower opening, after the petal fall and at the summer sprouting
Application in soil
10 – 22 kg/ha
Drip irrigation
6 – 20 kg/ha (spread throughout their entire life cycle)
Spraying on leaves
192 g/hl from the plantation
Application in soil or spraying
1 – 1.6 kg/ha and application
Spraying on leaves
192 g/hl
Application in soil
Nurseries: 1.5 – 10 cc per stock
Young trees 8.5 – 50 cc per stock
Productive trees: 12.5 – 150 cc per stock
Spraying on leaves
300 cc/hl (0.3%) from sprouting (1% for vines)
Application in soil
2 – 15l/ha
Drip irrigation
1 – 10l/ha
Spraying on leaves
100 – 400 cc/ha
Application in soil
Nurseries: 2– 10.5 cc per stock
Young trees 15 – 100 cc per stock
Productive trees: 40 – 250 cc per stock
Spraying on leaves
300 cc/hl before the flowering period, after the petal fall and at the beginning of summer sprouting
Application in soil
12 – 15l/ha
Drip irrigation
8 – 10 hl/ha
Spraying on leaves
300 cc/ha
5 – 12.5 L/ha in 3 applications
1 l/ha
1 – 3 l/ha
Application in soil
Nurseries: 1.5 – 10 cc per stock
Young trees 8.5 – 50 cc per stock
Productive trees: 12.5 – 150 cc per stock
Spraying on leaves
300 cc/hl (0.3%) from sprouting (1% for vines)
Application in soil
2 – 15l/ha
Drip irrigation
1 – 10l/ha
Spraying on leaves
100 – 400 cc/ha
Application in soil
Nurseries: 2– 10.5 cc per stock
Young trees 15 – 100 cc per stock
Productive trees: 40 – 250 cc per stock
Spraying on leaves
300 cc/hl before the flowering period, after the petal fall and at the beginning of summer sprouting
Application in soil
12 – 15l/ha
Drip irrigation
8 – 10 hl/ha
Spraying on leaves
300 cc/ha
5 – 12.5 L/ha in 3 applications
1 l/ha
1 – 3 l/ha
Application in soil
Nurseries: 1 – 6.5 g per stock
Young trees 5.5 – 32.5 g per stock
Productive trees: 8 – 98 g per stock
Spraying on leaves
195 g/hl from sprouting
Application in soil
3 – 10 kg/ha
Drip irrigation
6 – 6.5 kg/ha
Spraying on leaves
65 – 260 g/ha
Application in soil
Nurseries: 1.3 – 7 g per stock
Young trees 9 – 65 g per stock
Productive trees: 26 – 160 g per stock
Spraying on leaves
195g/hl before the flower opening, after the petal fall and at the summer sprouting
Application in soil
7 – 10 kg/ha
Drip irrigation
5 –6.5 kg/ha
Spraying on leaves
195 g/ha
5 – 7 kg/ha in 3 applications
7 kg/ha
7 – 2 kg/ha
Application in soil
Nurseries: 1 – 6.5 g per stock
Young trees 5.5 – 32.5 g per stock
Productive trees: 8 – 98 g per stock
Spraying on leaves
195 g/hl from sprouting
Application in soil
3 – 10 kg/ha
Drip irrigation
6 – 6.5 kg/ha
Spraying on leaves
65 – 260 g/ha
Application in soil
Nurseries: 1.3 – 7 g per stock
Young trees 9 – 65 g per stock
Productive trees: 26 – 160 g per stock
Spraying on leaves
195g/hl before the flower opening, after the petal fall and at the summer sprouting
Application in soil
7 – 10 kg/ha
Drip irrigation
5 –6.5 kg/ha
Spraying on leaves
195 g/ha
5 – 7 kg/ha in 3 applications
7 kg/ha
7 – 2 kg/ha
Application in soil
Nurseries: 2 – 100 cc per stock
Young trees 4 – 25 cc per stock
Productive trees: 6 – 35 cc per stock
Spraying on leaves
300 cc/hl from sprouting
Application in soil
1 – 2l/ha
Drip irrigation
0,5 – 1 l/ha
Spraying on leaves
200 – 400 cc/hl depending on the deficiency severity
5 – 10 l/ha in 3 applications
2 – 2.5 l/ha in 3 applications
Application in soil
Nurseries: 2.5 – 10 cc per stock
Young trees 5 – 20 cc per stock
Spraying on leaves
300 cc/hl from sprouting
Application in soil
Nurseries: 2.5 – 15 cc per stock
Young trees 15 – 100 cc per stock
Productive trees: 80 – 250 cc per stock
Spraying on leaves
300 cc/hl before the flower opening, after the petal fall and at the beginning of summer sprouting
1l/ha
Application in soil
Nurseries: 2 – 100 cc per stock
Young trees 4 – 25 cc per stock
Productive trees: 6 – 35 cc per stock
Spraying on leaves
300 cc/hl from sprouting
Application in soil
1 – 2l/ha
Drip irrigation
0,5 – 1 l/ha
Spraying on leaves
200 – 400 cc/hl depending on the deficiency severity
5 – 10 l/ha in 3 applications
2 – 2.5 l/ha in 3 applications
Application in soil
Nurseries: 2.5 – 10 cc per stock
Young trees 5 – 20 cc per stock
Spraying on leaves
300 cc/hl from sprouting
Application in soil
Nurseries: 2.5 – 15 cc per stock
Young trees 15 – 100 cc per stock
Productive trees: 80 – 250 cc per stock
Spraying on leaves
300 cc/hl before the flower opening, after the petal fall and at the beginning of summer sprouting
1l/ha
Application in soil
Nurseries: 1.3 – 6.5 g per stock
Young trees 2.6 – 16.25 g per stock
Productive trees: 3.9 – 22.75 g per stock
Spraying on leaves
195 g/hl from sprouting
Application in soil
7 – 1.5 kg/ha
Drip irrigation
5 –1 kg/ha
Spraying on leaves
130 – 260 g/hl depending on deficiency
5 – 7 kg/ha in 3 applications
5 – 1.6 kg/ha and application
Application in soil
Young trees 1.7 – 6.5 g per stock
Productive trees: 3.4 – 13 g per stock
Spraying on leaves
195 gr/hl from sprouting
Application in soil
Nurseries: 1.7 – 10 g per stock
Young trees 10 – 65 g per stock
Productive trees: 50 – 160 g per stock
Spraying on leaves
195g/hl before the flower opening, after the petal fall and at the summer sprouting
7 kg/ha
Application in soil
Nurseries: 1.3 – 6.5 g per stock
Young trees 2.6 – 16.25 g per stock
Productive trees: 3.9 – 22.75 g per stock
Spraying on leaves
195 g/hl from sprouting
Application in soil
7 – 1.5 kg/ha
Drip irrigation
5 –1 kg/ha
Spraying on leaves
130 – 260 g/hl depending on deficiency
5 – 7 kg/ha in 3 applications
5 – 1.6 kg/ha and application
Application in soil
Young trees 1.7 – 6.5 g per stock
Productive trees: 3.4 – 13 g per stock
Spraying on leaves
195 gr/hl from sprouting
Application in soil
Nurseries: 1.7 – 10 g per stock
Young trees 10 – 65 g per stock
Productive trees: 50 – 160 g per stock
Spraying on leaves
195g/hl before the flower opening, after the petal fall and at the summer sprouting
7 kg/ha
Maintenance dose
Application in soil: 2 g per stock
Drip: 2 g per stock
In cases of declared deficiency
Application in soil: 2-6 g per stock
Drip: 2-4 g per stock
Maintenance dose
Application in soil: 15 g per stock
Drip: 10 g per stock
In cases of declared deficiency
Application in soil: 20-80 g per stock
Drip: 15-60 g per stock
Maintenance dose
Application in soil: 60 g per stock
Drip: 20 g per stock
In cases of declared deficiency
Application in soil: 80-200 g per stock
Drip: 60- 140 g per stock
Maintenance dose
Application in soil: 100 g per stock
Drip: 60 g per stock
In cases of declared deficiency
Application in soil: 200 – 400 g per stock
Drip: 150-300 g per stock
*FOR FOLIAR APPLICATION, THE DOSE TO APPLY IS 100-200 g/Hl
Maintenance dose
Application in soil: 2 g per stock
Drip: 2 g per stock
In cases of declared deficiency
Application in soil: 2-6 g per stock
Drip: 2-4 g per stock
Maintenance dose
Application in soil: 15 g per stock
Drip: 10 g per stock
In cases of declared deficiency
Application in soil: 20-80 g per stock
Drip: 15-60 g per stock
Maintenance dose
Application in soil: 60 g per stock
Drip: 20 g per stock
In cases of declared deficiency
Application in soil: 80-200 g per stock
Drip: 60- 140 g per stock
Maintenance dose
Application in soil: 100 g per stock
Drip: 60 g per stock
In cases of declared deficiency
Application in soil: 200 – 400 g per stock
Drip: 150-300 g per stock
*FOR FOLIAR APPLICATION, THE DOSE TO APPLY IS 100-200 g/Hl
Appearance: white powder
Water soluble MgO content: 10.0%
MgO content chelated by EDTA: 10.0%
Stability range (pH): 6-11
Appearance: white powder
Water soluble MgO content: 10.0%
MgO content chelated by EDTA: 10.0%
Stability range (pH): 6-11
Appearance: liquid
Fraction of water soluble metals: 100%
Fraction Fe chelated by HEDTA: 100%
Fraction of remaining metals chelated by EDTA: 100%
Stability range (pH): 1-6
Appearance: liquid
Fraction of water soluble metals: 100%
Fraction Fe chelated by HEDTA: 100%
Fraction of remaining metals chelated by EDTA: 100%
Stability range (pH): 1-6
Appearance: deep blue liquid
Fraction of metals soluble in water: 100%
Fraction of metals chelated by EDTA: 100%
Stability range (pH): 4-11
Appearance: deep blue liquid
Fraction of metals soluble in water: 100%
Fraction of metals chelated by EDTA: 100%
Stability range (pH): 4-11
Appearance: dark greenish yellow microgranules
Fraction of metals soluble in water: 100%
Chelating agent: 22,4 % EDTA
Complexing agent: 19,0 % HGA.Na
Stability range (pH): 2-12
Appearance: dark greenish yellow microgranules
Fraction of metals soluble in water: 100%
Chelating agent: 22,4 % EDTA
Complexing agent: 19,0 % HGA.Na
Stability range (pH): 2-12
Appearance: red microgranules
Fraction of metals soluble in water: 100%
Chelating agent: 20,3 % EDTA / 2.0 % EDDHSA
Complexing agent: 19,0 % HGA.Na
Stability range (pH): 2-12
Appearance: red microgranules
Fraction of metals soluble in water: 100%
Chelating agent: 20,3 % EDTA / 2.0 % EDDHSA
Complexing agent: 19,0 % HGA.Na
Stability range (pH): 2-12
Appearance: slightly yellow liquid
Water soluble Mg content: 4.5%
Mg content chelated by EDTA: 4.5%
Stability range (pH): 6-11
Appearance: slightly yellow liquid
Water soluble Mg content: 4.5%
Mg content chelated by EDTA: 4.5%
Stability range (pH): 6-11
Appearance: blue microgranule
Water soluble Cu content: 14.5-15.5%
Cu content chelated by EDTA: 14.5-15.5%
Stability range (pH): 3-11
Appearance: blue microgranule
Water soluble Cu content: 14.5-15.5%
Cu content chelated by EDTA: 14.5-15.5%
Stability range (pH): 3-11
Appearance: slightly pinkish liquid
Water soluble Mn content: 6.0%
Mn content chelated by EDTA: 6.0%
Stability range (pH): 4-11
Appearance: slightly pinkish liquid
Water soluble Mn content: 6.0%
Mn content chelated by EDTA: 6.0%
Stability range (pH): 4-11
Appearance: hygroscopic pink microgranule
Water soluble Mn content: 12.5%
Mn content chelated by EDTA: 1.2%
Stability range (pH): 4-11
Appearance: hygroscopic pink microgranule
Water soluble Mn content: 12.5%
Mn content chelated by EDTA: 1.2%
Stability range (pH): 4-11
Appearance: slightly yellow transparent liquid
Water soluble Zn content: 9.0%
Zn content chelated by EDTA: 9.0%
Stability range (pH): 1-12
Appearance: slightly yellow transparent liquid
Water soluble Zn content: 9.0%
Zn content chelated by EDTA: 9.0%
Stability range (pH): 1-12
Appearance: hygroscopic white microgranule
Water soluble Zn content: 14.5-15.5%
Zn content chelated by EDTA: 14.5-15.5%
Stability range (pH): 3-11
Appearance: hygroscopic white microgranule
Water soluble Zn content: 14.5-15.5%
Zn content chelated by EDTA: 14.5-15.5%
Stability range (pH): 3-11
Appearance: dark red liquid
Water soluble Fe content: 25.0 g/l
Fe content chelated by EDDHSA (o-o): 23.0 g/l
Stability range (pH): 3-12
Appearance: dark red liquid
Water soluble Fe content: 25.0 g/l
Fe content chelated by EDDHSA (o-o): 23.0 g/l
Stability range (pH): 3-12
Chemical Formula: C7H13NaO8·2H2O
Molecular weight: 284
CAS Nº : 13007-85-7
Appearance: Yellow crystalline powder
Chemical Formula: C7H13NaO8·2H2O
Molecular weight: 284
CAS Nº : 13007-85-7
Appearance: Yellow crystalline powder
Chemical formula: C7H13NaO8·2H2O
Molecular weight: 284
CAS Nº : 13007-85-7
Appearance: Solid white crystalline
Chemical formula: C7H13NaO8·2H2O
Molecular weight: 284
CAS Nº : 13007-85-7
Appearance: Solid white crystalline
Chemical formula: C7H13NaO8
Molecular weight: 248
CAS Nº : 31138-65-5
Appearance: Reddish yellow liquid
Chemical formula: C7H13NaO8
Molecular weight: 248
CAS Nº : 31138-65-5
Appearance: Reddish yellow liquid
Chemical formula: C7H13NaO8
Molecular weight: 248
CAS Nº : 31138-65-5
Appearance: Reddish yellow liquid
Chemical formula: C7H13NaO8
Molecular weight: 248
CAS Nº : 31138-65-5
Appearance: Reddish yellow liquid
Chemical formula: C14H18N3Na5O10
Molecular weight: 503
CAS Nº : 140-01-2
Appearance: Slightly yellow liquid
Chemical formula: C14H18N3Na5O10
Molecular weight: 503
CAS Nº : 140-01-2
Appearance: Slightly yellow liquid
Chemical formula: C14H33N5O8
Molecular weight:
364,35 (as trans-CDTA acid monohydrate)
397,35 (as triamonic trans-CDTA)
Appearance: Colorless liquid
Chemical formula: C14H33N5O8
Molecular weight:
364,35 (as trans-CDTA acid monohydrate)
397,35 (as triamonic trans-CDTA)
Appearance: Colorless liquid
Chemical formula: C14H33N5O10
Molecular weight: 380 (as EGTA acid)
CAS Nº : 67-42-5 (as EGTA acid)
Appearance: Slightly yellow liquid
Chemical formula: C14H33N5O10
Molecular weight: 380 (as EGTA acid)
CAS Nº : 67-42-5 (as EGTA acid)
Appearance: Slightly yellow liquid
Chemical formula: C6H13NNaO4
Molecular weight: 186
CAS Nº : 139-41-3
Appearance: Slightly yellow liquid
Chemical formula: C6H13NNaO4
Molecular weight: 186
CAS Nº : 139-41-3
Appearance: Slightly yellow liquid
Chemical formula: C10H15N2Na3O7
Molecular weight: 344
CAS Nº : 139-89-9
Appearance: Slightly yellow liquid
Chemical formula: C10H15N2Na3O7
Molecular weight: 344
CAS Nº : 139-89-9
Appearance: Slightly yellow liquid
Chemical formula: C10H16N2O8
Molecular weight: 292
CAS Nº: 60-00-4
Appearance: White crystalline powder
Chemical formula: C10H16N2O8
Molecular weight: 292
CAS Nº: 60-00-4
Appearance: White crystalline powder
Chemical formula: C10H16N2O8
Molecular weight: 292
CAS Nº : 60-00-4
Appearance: White crystalline powder
Chemical formula: C10H16N2O8
Molecular weight: 292
CAS Nº : 60-00-4
Appearance: White crystalline powder
Appearance: Slightly yellow liquid
CAS Nº: 164462-16-2
Solubility: Totally miscible
Appearance: Slightly yellow liquid
CAS Nº: 164462-16-2
Solubility: Totally miscible
Chemical formula: C10H14N2Na2O8·2H2O
Molecular weight: 372
CAS Nº : 6381-92-6
Appearance: White crystalline powder
Chemical formula: C10H14N2Na2O8·2H2O
Molecular weight: 372
CAS Nº : 6381-92-6
Appearance: White crystalline powder
Chemical formula: C10H14N2Na2O8·2H2O
Molecular weight: 372
CAS Nº : 6381-92-6
Appearance: White crystalline powder
Chemical formula: C10H14N2Na2O8·2H2O
Molecular weight: 372
CAS Nº : 6381-92-6
Appearance: White crystalline powder
Chemical formula: C10H12CaN2Na2O8.2H2O
Molecular weight: 410
CAS Nº : 62-33-9 (anhydre)
Appearance: White powder
Chemical formula: C10H12CaN2Na2O8.2H2O
Molecular weight: 410
CAS Nº : 62-33-9 (anhydre)
Appearance: White powder
Chemical formula: C10H12CaN2Na2O8
Molecular weight: 374
CAS Nº : 62-33-9
Appearance: yellow liquid
Chemical formula: C10H12CaN2Na2O8
Molecular weight: 374
CAS Nº : 62-33-9
Appearance: yellow liquid
Chemical formula: C10H12N2Na4O8
Molecular weight: 380
CAS Nº : 64-02-8
Appearance: Slightly yellow liquid
Chemical formula: C10H12N2Na4O8
Molecular weight: 380
CAS Nº : 64-02-8
Appearance: Slightly yellow liquid
Chemical formula: C10H12N2Na4O8·2H2O
Molecular weight: 416
CAS Nº : 64-02-8 (anhidro)
Appearance: White crystalline powder
Chemical formula: C10H12N2Na4O8·2H2O
Molecular weight: 416
CAS Nº : 64-02-8 (anhidro)
Appearance: White crystalline powder
Chemical formula:
C10H12N2Na4O8 (anhydre)
C10H12N2Na4O8·2H2O (dihydrate)
Molecular weight:
380 (anhydre)
416 (dihydrate)
CAS Nº : 64-02-8 (anhidro)
Appearance: White cristalline powder
Chemical formula:
C10H12N2Na4O8 (anhydre)
C10H12N2Na4O8·2H2O (dihydrate)
Molecular weight:
380 (anhydre)
416 (dihydrate)
CAS Nº : 64-02-8 (anhidro)
Appearance: White cristalline powder
Chemical formula: C10H12N2O8.4NH4
Molecular weight: 360
CAS Nº : 22473-78-5
Appearance: Slightly yellow liquid
Chemical formula: C10H12N2O8.4NH4
Molecular weight: 360
CAS Nº : 22473-78-5
Appearance: Slightly yellow liquid
Active acid : 25%
Appearance: Liquid
pH: 7
Active acid : 25%
Appearance: Liquid
pH: 7
Active acid : 45.5%
Appearance: Liquid
pH: 7.5
Active acid : 45.5%
Appearance: Liquid
pH: 7.5
Active acid : 47%
Appearance: Granule
pH: 8
Active acid : 47%
Appearance: Granule
pH: 8
Dry matter : 44.5%
Appearance: Liquid
pH: 7
Dry matter : 44.5%
Appearance: Liquid
pH: 7
Active acid : 25%
Appearance: Liquid
pH: 7
Active acid : 25%
Appearance: Liquid
pH: 7
Active acid : 50%
Appearance: Liquid
pH: <2
Active acid : 50%
Appearance: Liquid
pH: <2
Active acid : 25%
Appearance: Liquid
pH: 7
Active acid : 25%
Appearance: Liquid
pH: 7
Active acid : 50%
Appearance: Liquid
pH: <2
Active acid : 50%
Appearance: Liquid
pH: <2
Active acid : 30%
Appearance: Liquid
pH: 7
Active acid : 30%
Appearance: Liquid
pH: 7
Active acid: 60%
Appearance: Liquid
pH: 2
Active acid: 60%
Appearance: Liquid
pH: 2
Active acid : 60%
Appearance: Granules
pH: 11
Active acid : 60%
Appearance: Granules
pH: 11
Active acid: 68%
Appearance: Powder
pH: 7
Active acid: 68%
Appearance: Powder
pH: 7
Active acid : 50%
Appearance: Liquid
pH: 2
Active acid : 50%
Appearance: Liquid
pH: 2
Active acid : 28%
Appearance: Liquid
pH: 10.5
Active acid : 28%
Appearance: Liquid
pH: 10.5
Active acid : 25%
Appearance: Liquid
pH: 7
Active acid : 25%
Appearance: Liquid
pH: 7
Active acid : 32%
Appearance: Liquid
pH: 7
Active acid : 32%
Appearance: Liquid
pH: 7
Active acid : 25%
Appearance: Liquid
pH: 10
Active acid : 25%
Appearance: Liquid
pH: 10
Active acid : 25%
Appearance: Liquid
pH: 6
Active acid : 25%
Appearance: Liquid
pH: 6