EDDHA, is a chelate that protects nutrients against precipitation in a wide pH-range: 4-9, which is higher than EDTA and DTPA in pH range. This makes the EDDHA-chelates suitable for alkaline and calcareous soils as well as soils containing high levels of carbonate. It is mainly used for fertigation in open fields and soil injection as well as fertigation in high tech, soil-less cultures. The product contains the highest percentage of the ortho-ortho isomere: 4.8% o-o and it is easy, rapid to dissolve in water and compatible with most water-soluble fertilizers.
Chemical/Physical Data (WhatsApp 8614707090699)
Description
PRODUCT Name : Iron-EDDHA
Molecular Formula. : C18H16N2O6FeNa
MOL. W.T.: 435.2
CAS NO. : 16455-61-1
Appearance : Dark Red-brown Micro-grannular
Chemical Composition
Fe Content: 6%±0.3%
Ortho-ortho 1.8-4.8
Physical Properties
Density: Approx. 500-700Kg/m3
PH (1% w/v Solution): 7.0-9.0
Solubility in water(for practical use): Approx. 60g/L
Water Insoluble: No more than 0.01%
CHLORIDES (Cl) & SULPHATE(SO4)%: No more than 0.05%
Biodegradability: slow
Packaging
Packed in complex bag or kraft bag with plastic inner, 25KG per bag. Available in packages of 1,000 kg, 25 kg, 10 kg, 5 kg and 1 kg.
Dosing instructions/Fertigation
g/1,000 l water Iron(Fe) content
g/1,000L/water/ppm M mol/L
100 6 0.11
500 30 0.54
1000 60 1.07
1500 90 1.60
Dosing instructions/Soil application: fertigation or soil injection
Crop Application date Total dosage in kg/ha Total dosage in g/tree
Citrus Young trees Adult trees 2-3 applications:
- 1x: vegetative development - 1x: spring application
- 1x: autumn application
5-30g 30-80g
Fruit trees Young trees Adult trees 2 applications:
At the very beginning of vegetative development
5-20g 20-50g
Vineyards Young grapesAdult grapes T able grapes Before bud opening or first symptom of deficiency
3-5g
5-25g 10-25g
Vegetables 2 applications:
- 1x: 4-6 weeks after planting - 1x: Before flower induction 10 - 15 kg/ha
Flowers 2 applications,
- 1x: In spring period
- 1x: At first symptoms of deficiency 10 - 50 kg/ha
The pH in the tank should be above 3.
The mentioned indicated dosages and application stage are subject to soil and climatic conditions, influence of previous crops and other specific conditions. Exact dosages and application stages can only be given after an objective diagnostic procedure by e.g. soil, substrate and / or plant analyses.
EDDHA-FE 6% is a micronutrient fertiliser .apply for horticultural plants ,fruits and vegetables etc of iron element defffiency. Suggest for foliar spay or root irrigation on acidic soils ,also could use in water planting and soilless culture
characteristics:
o-o value with 4.8 could make sure absorption rate 100%
Have its obvious performance of iron supplyment since it could be used in a large range PH 3-12 value.
Envirnmental green and safety ,easy release and prolonged efficacy .
Specificationï¼?
Appearance dark red brown granular
Iron chelates 99% min
Iron content 6.0% min
PH 7.0 ?9.0 0.1% water solution
Ortho-ortho content 4.8
Classification: Organic Fertilizer
Type: Manure
CAS No.: 16455-61-1
Other Names: EDDHA-Fe-6;Ethylenediamine-N
MF: C18H20FeN2NaO6
EINECS No.: 240-505-5
Place of Origin: Zhejiang, China (Mainland)
Release Type: Quick
State: Granular
Purity: FE 6%
Application: Iron Chelate Fertilizer
Brand Name: S-Lig
Model Number: EDDHA FE 6%
Water Solubility: approx. 60g/l
Appearance: Dark Brown Granule / Powder
Molecular Weight: 435.2
Fe Content: 6% Min
PH: 7-9
Delivery: Fast Delivery
Product Detail:
Classfication: Organic fertilizer CAS No: 16455-61-1
MF: C18H16N2O16FeNa Place of Origin: China
State: Powder,Microgranule,Granule Chelate Iron Content: 6%
Appearance: Black,Brown,Red Ortho ortho content: 1.2%-4.8%
Used for pH 4.0-9.0 Solubility in water: 100% Soluble
Packing 1: 25 kg kraft bag Packing 2: Alunimium bag with 1kg
Packing 3: Color box with 1 kg Packing 4: Customization
Outline:
Organic chelated iron fertilizer, EDDHA Fe, is most efficient to prevent and cure the disease of leaf-yellows due to iron deficiency for grain ,crops, fruit, vegetables, and flowers etc.
As super water-soluble single microelement efficient organic fertilizer with a very fast iron releasing capacity EDDHA Fe can be widely used in various soils safely and efficiently.
It can be as iron-supplementary agent to normal crops, making them grow better, and improve the quantity and quality of crops.
There was also a significant improvement in the hardened, and fertility declined soil.
It can be used as material for compound fertilizer also.
Feature:
1.Organic fertilizer, absorbed easily by plants, improve the soil
2.Used for pH 4-9 alkaline and acid condition
(Many fertilizers only used in acid condition, i.e. pHâ?¦7 )
3.Used for soils, plants, grain, crops, vegetables, fruits, flowers, aquatic systems and so on.
4.Good compatibility with all agricultural inputs such as fertilizers and pesticides
5.Extremely stability (Stability constant Log Kt = 33.9)
EDTA Fe's stability constant Log Kt = 25
6.100% soluble in water about 5 seconds
7.Fast effect, and operate quickly
8.Considerably long fertilizer efficiency
Spec.:
Item Standard specification
Product name (EDDHA Fe 6%) Ethylenediamino-N, N'-bis (2-hydroxy-phenyl) acetic acid
Appearance Granule, micro granule, powder
Chelate iron content 6.0% Min
Ortho iron content (O-O) 1.8, 2.4, 3.0, 3.6, 4.2, 4.8
Solubility in Water 100% Soluble
pH value(range of application) 4.0-9.0
Molecular formula C18H16N2O6FeNa
CAS No. 16455-61-1
Molecular weight M=435.2
Package:
1.Kraft bag: 25kgs net with PE liner
2.Color box: 1kg/foil bag per color boxes, 10 color boxes per carton
3.Carton: 1kg/foil bag, 10 or 20 bags per carton
4.Drum: 20 or 25kgs/PE bag + nylon cable tie.
Cautions:
1.Best time: crops that sprout after blooming, such as peach trees, are used once
within one week before blooming and another two weeks after blooming.
Crops that bloom after sprouting, such as oranges, are used once they
sprout and flowers wither.
Note: Once the best time was missed, to use doubled volume at a time.
2.Never use this product in bloom.
3.Store in cool dry place. Keep out of reach of children and food.
4.Forbidden from human beings and livestock.
5.Stored in the dry and ventilated inside storeroom
Welcome to contact our salesman for details!
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Plate Iron Scrap is a material that a visual inspection appears of regular shape. This by-product is formed after slag processing in electrometallurgical furnaces.
Its chemical composition is homogeneous and stable with about Fe 90% and P around 1.4%, S 0.8% and C 1.4%.
The max weight of each pieces is up to 1 ton.
The material can be loaded loose in 20 heavy duty container.
Fertilizers play a key role in improving the productivity of various crops. Fertilizers contain three primary elements. They are nitrogen (N), phosphorous (P) and potassium(K). They are usually represented on the package as a percentage of their weight i.e. 10-8-6 meaning 10% of N, 8% of P and 6% of K. Formulation percentages vary depending on intended use and desired effects.
We are proposing about 1000 1200 Mt/ton monthly of iron slag derived from the desulphurisation skimming process. This material is a iron by- product that is encapsulated in varying levels of contaminants (S,Mg,Si). In order to enhance its usability, the material is processed and screened. We can propose two specifications of Iron Slag
:
1. >85% Fe Average 600mm Max Fraction
2. >78% Fe Average 20-300mm Fraction
The level of Fe% in the slag has been estimated by water displacement test. For any further information please feel free to contact
Desulphurisation Slag is an iron slag derived from the desulphurisation skimming process. This material is an iron by- product that is encapsulated in varying levels of contaminants (S,Mg,Si), but has a stable chemistry with 75 -80% chemistry.
The level of Fe% in the slag has been estimated by water displacement test.
This material con offer competitive advantages respect other metal scraps:
Price;
Stable Chemistry;
The material can be loaded loose in 20 heavy duty container.
We are proposing about 2000tons of iron slag derived from the desulphurisation skimming process. This material is a iron by- product that is encapsulated in varying levels of contaminants (S,Mg,Si). In order to enhance its usability, the material is processed and screened. We can propose two specifications of Iron Slag
- European Code: 19.12.01
- Basel Code: B1010
- HS Code: 2619.0020
- Quantity: 2000 tons currently available
- Monthly quantity: 500-1000 tons depending on production
- Size: 350 1200 mm
- Fe content: from 77 to 86%
- C content: above 2,5-3%
- Bulk density: 2,8-3,4 tons/m3
- Loading type: loose in 20 (26-27 tons on average)
The level of Fe% in the slag has been estimated by water displacement test. For any further information please feel free to contact us
This Cast Iron slag is a by-product derived from the production of thermal insulating products. The byproduct is a ferrous slag which can be utilised in an electric arc furnace to produce crude steel.
Physical Description
On visual inspection, it appears to be made up of irregular shapes. Dimension: 500mm -800mm
Chemical Composition
Its chemical composition is homogeneous and stable with Fe contents in the range of 90 +/- 5% and P contents < 0.6% S around 0.15% and C% around 3.5%.
Packing: Loose in container
Loading: in 20 Container
For further information, please feel free to contact us.
We are glad to propose 500 MT of stain less steel mill scale.
Mill scale is formed on the outer surfaces during by the hot rolling lamination of stainless-steel products.
At a visual inspection the material is a hard brittle sand and is mainly composed of iron oxides, mostly ferric, and is bluish black in colour, but it also contains considerable alloying elements such as chromium and nickel.
The recovery ratio after melting in furnace for the most valuable alloy elements is:
- Ni: 3.5 - 4.5%
- Cr: 6-8%
From the chemical and physical analysis performed on the scrap, and according to the European environmental rules, the material has been classified as a special non dangerous waste, listed in green list. In particular the mill scale can be classified as follows:
Waste code: 10 02 10
The material is stored on cemented flooring, and it can be loaded loose in tipper trucks or containers.
Chemical analysis of the material is available on request.
Natural Red Iron Oxide is the most widely occurring Minerals in Earth. It is widely used in many applications due as it is economical as compared to Synthetic Oxides.
Applications :
Red Oxide is anti-corrosive and has inertness to alkali and chemicals which makes its very viable for making of paint, protective coating for steels, cement coloring, NPK Fertilizers, paving tiles.
Highly pure iron fertiliser, with a very high percentage of ortho-ortho, which dissolves rapidly and completely.
Improve the production of chlorophyll.Suitable for organic farming. Gives a strong apical zone, free of chloroses. Developed for fertigation in open field and greenhouse. Also suitable for soil injection. Is ideal for the production of fertilizer against the iron deficiency and its symptoms.
Pig Iron for sale at high quantities from India. Payment Term - LC For price and specification.
This Pig Iron slag is a by-product derived from the production of thermal insulating products. The byproduct is a ferrous slag which can be utilised in an electric arc furnace to produce crude steel. Physical Description On visual inspection, it appears to be made up of irregular shapes. Dimension: 300mm -1000mm Chemical Composition Its chemical composition is homogeneous and stable with Fe contents in the range of 85 +/- 5% and P contents < 0.8% S around 0.15% and C% around 3.5%. Packing: Loose in container Loading: in 20 Container.
Castor meal is also variously called castor meal, castor residue, castor extract & de-oiled castor cake
Castor meal - the residue obtained from castor cake by the solvent extraction process - is one of the most versatile natural manures. It is truly organic manure which enhances the fertility of the soil without causing any damage or decay. It is enriched with the three big elements vital and conducive to the proper growth of crops - Nitrogen, Phosphorus and Potassium. It also has traces of nutrients like Manganese, Zinc and Copper, thus making it a balanced fertilizer. Moreover, it helps to neutralize the detrimental effects of chemical fertilizers. Apart from their contribution to Nutrients, they have a number of benefits in agriculture, which none of the synthetic fertilizers or pesticides can offer. They bring in the wonderful molecules that nature has designed to help the plants flourish naturally. They provide slow and steady nourishment, stimulation, protection from soil nematodes and insects; improve yields, and quality of product like taste, flavour, amino acid composition etc.
The pressed cake obtained after the expression of castor bean. The solvent extracted cake, although rich in protein cannot be used as cattle fodder because of its toxicity. However, it can be used as a fertilizer.
The protein content of castor seed meal varies from 21-48% depending upon the extent of decortications. It has an ideal amino acid profile with moderately high Cystine, mithionine, and isoleucine. But its ant nutritional substances, ricin, ricine and an allergen restrict its use in poultry feed, even at a very low level of inclusion.
Castor Cake is an excellent fertilizer because of high content of N (6.4%), Phosphoric Acid (2.55%) and Potash (1%) and moisture retention.
There is negative correlation between the contents of ricinine in castor seeds and oil content (r = -0.76). This content of ricinine in castor seed is determined by Agro climatic conditions.
Nutrient content of Castor Cake:
Organic matter - 75 - 80 %, Nitrogen - 4.0 - 4.5 %, Phosphorous - 1.5 %, Potassium - 1.25 - 1.5 %.
It also contains some micro nutrients viz., Calcium, Magnesium, Sulphur, Iron, Zinc, Manganese, Copper etc.
A typical composition of castor residue/meal is as follows:
Nitrogen - 4% min. approx.
Phosphorous - 1% min. approx.
Potassium - 1% min. approx.
Moisture - 10 - 12 % max. approx.
Oil Content - 0.7% max. approx.
Advantages:
1. It provides all the major & minor nutrients necessary for better plant growth.
2. It also helps in increasing the nutrient uptake by plants.
3. It improves the soil fertility and productivity.
4. It is known to protect the plants from nematodes and termites.
5. It improves the yield & quality of the farm produce.
6. It improves the physical, chemical and biological properties of soil
The primary use of Ammonium Sulphate is as a fertilizer for alkaline soils. In the soil the ammonium ion is released and forms a small amount of acid, lowering the pH balance of the soil, while contributing essential nitrogen for plant growth. The main disadvantage to the use of Ammonium Sulphate is its low nitrogen content relative to Ammonium Nitrate, which elevates transportation costs.
It is also used as an agricultural spray adjuvant for water soluble insecticides, herbicides, and fungicides. There it functions to bind iron and calcium cations that are present in both well water and plant cells. It is particularly effective as an adjuvant for 2,4-D (amine), glyphosate and glufosinate herbicides.
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