Contact

Info@klad-agro.com

2, HaMa’ayan St.
Modi’in 7171102, Israel

32F, Tower C, Central International
Trade Center, 64 Jianguomenwai,
Avenue, Chaoyang District,
Beijing, China

First Name

Last Name

Company

Position

Address

Email

Country

Message

X

Registration

Prefix

First Name

Last Name

Title

Organization / Company

Company Type

City

Country

State / Province

Telephone

Mobile

Email

Main Crop

I agree to receive information over email

I have read understood and agreed with the term of use

X

Bio-stimulants

DMPP Nitrification Inhibitor

Description

DMPP is effective during the first step of nitrification. It reduces the activity of ammonium oxidizing bacteria (represented by Nitrosomonas) in the soil, and then hinders the conversion of NH4-N to NO3-N, so as to avoid the leaching or volatilization of nitrogen. It has no effect on the second step of nitrification, but as long as the first step of nitrification is inhibited, the whole nitrification reaction is inhibited.

Typical  Analysis

DMPP……………………………………..  98%

Purity%…………………………………..  98%

Product Features

 

  • Long-acting for nitrogen release control: the peak of releasing ammonia N is postponed by 15 days, the peak of releasing nitrate N is delayed by about 25 days, and the fertilizer effective period is extended to 110-120 days. All these features mentioned above allow fertilizers to satisfy the crop needs during the whole season.
  • High-efficiency in nitrogen release control: the peak of ammonia N releasing value is reduced, which is useful for lowering ammonia pressure and loss of nitrogen caused by ammonia volatilization, improving ammonia concentration and persistence time in soil solution, which in turn reduce the nitrate-nitrogen loss.
  • Nourishment by increasing ammonium: prolong the release cycle of ammonia nitrogen, raise the ratio of ammonia nitrogen (ammonia N: nitrate N>3/7) , which in turn raise the NUE up to 30%.

 

 

NBPT Urease Inhibitor

Description

NBPT, N-(N-butyl) thiophosphoric triamide, is a white crystal powder.

As a soil urease inhibitor, NBPT has the effect of inhibiting urea hydrolysis and slow releasing nitrogen. It inhibits the hydrolysis process of urea into ammonia and increases the use efficiency by at least 30%. The nitrogen availability can be extended from 50 days to nearly 120 days. The product is highly-effective and non-toxic. It can eliminate the toxic effects of ammonia on seed germination and seedling growth, thus it is an excellent soil urease inhibitor. NBPT is used for urea-based nitrogen fertilizers, taking effect in almost the whole crop growth period without top-dressing.

Typical  Analysis

NBPT……………………………………95%

Product Features

 

  • Crystal powder. It is a soil urease inhibitor and urea stabilizer, especially suitable for arid soils.
  • Is suitable for N fertilizers based on urea.
  • It enhances fertilizer efficiency and reduces input costs.
  • Highly effective and non-toxic, naturally degraded into nitrogen and phosphorus.
  • Improves fertilizer utilization, reduces nutrient loss.
  • Improves yield and quality.

 

 

IBDU Isobutylidene-diurea

Description

IBDU is a white powder or granule (particle size less than 0.7mm) with a total nitrogen content of 32.18%. Its moisture absorption is much lower than urea. The solubility of IBDU in water is very low (only 0.01 ~ 0.1g nitrogen can be dissolved in 100ml water). It is mainly used as a long-acting fertilizer and for some animal feed additive.

Typical  Analysis

IBDU……………………………………..   90%

Total N…………………………………… 31%

IBDU N………………………………….. 28%

Urea  N…………………………………….. 3%

Purity%…………………………………..  90%

Product Features

 

  • Excellent source of slow release nitrogen with low salt index.
  • Meet plants requirements very well during the period when plants grow fastest and need most nitrogen. It is released by hydrolysis, depending on soil moisture and not temperature.
  • Great source for plants growing in cool soils.

 

 

Potassium Fulvic Acid

Description

Fulvic acid is derived from humic acid and belongs to the further-processed products of humic acid derived from lignite. Compared with humic acid, fulvic acid has better water solubility and higher activity.

Our product is a mineral source of fulvic acid potassium (solid powder), produced from natural lignite, weathered coal after a series of extraction.

Typical  Analysis

Humic Acid…………………………….. 45%

Fulvic Acid………………………….. 40%

Potassium Oxide (K2O)……………….. 20%

Product Features

 

  • Improves soil aggregate structure, loosens soil, improves soil water and fertilizer conservation capacity, regulates soil pH, reduces soil heavy metals availability and reduces salt ions damage to seeds and seedlings.
  • Enhances root growth, increases the ability of roots to uptake nutrients from fertilizers, strengthens resistance to biotic and abiotic stress, and improves crop quality.
  • Improves nutrient-use efficiency. Fulvic acid can reduce hydrolysis of urea due to the inhibition to urease, and reduce the loss of ammonium nitrogen due to the carboxyl functional groups. Fulvic acid can slow down the fixation of available phosphorus in soils, increase the movement of phosphorus in soil and promote the phosphorus absorption by roots. Fulvic acid contains functional groups absorbing and storing potassium ions, which can not only prevent its loss with water in sandy soil, but also prevent potassium fixation in clay soil.

 

Polyaspartic Acid

Description

Polyaspartic acid is a kind of artificial biomimetic synthesized water-soluble polymer material. It does not contain phosphorus, it is non- toxic, pollution-free and fully biodegradable. It is an internationally recognized “green chemical.” Its structure notably has peptide bonds, carboxyl groups, and other active groups. Polyaspartic acid has strong abilities to chelate, disperse and absorb. It also has excellent compatibility. Polyaspartic acid is widely used as a fertilizer synergist, with the effect of strengthening the comprehensive absorption of nitrogen, phosphorus, potassium, medium and trace elements. It can improve fertilizer utilization and increase crop yields. The product can be used alone or mixed with a variety of fertilizer. Moreover, it can be used with pesticides to improve effects.

Typical  Analysis

Polyaspartic acid….…………….……82.00%

Potassium oxide (K2O)………………10.00%

Calcium(Ca)……………….…….……11.00%

Product Features

 

  • Polyaspartic acid is appropriate for a variety of crops and soils as fertilizer synergist.
  • Non-toxic, harmless, and completely biodegradable.
  • Enhances fertilizer efficiency and reduces input costs.
  • Promotes crop growth, increases yield.
  • Promotes crops absorption of iron, zinc, manganese and other elements, improves crop quality.
  • Promotes crop maturity (7-10 days), extends harvest period (10-15 days).
  • Activates soil nutrients, maintains soil moisture and improve soil quality.
  • It can be added to urea or other fertilizers as peptide fertilizer.
  • Enhances the pesticide effects and reduces pesticide residues.

 

 

Seaweed Extracts

Description

Alginic acid is an organic acid (average molecular weight: 240,000) derived from brown seaweed. Seaweed Extracts are a natural polysaccharide carbohydrate, with a main composition of potassium salt of alginic acid (a mixture of polyuronic acid).

Typical  Analysis

Alginate Acid……………………………. 20%

Potassium Oxide (K2O)……………….. 20%

Product Features

 

  • It is a natural soil conditioner containing natural compounds such as alginate, which can form soil aggregate structures. Improves soil porosity, increases soil biological activity, promotes the release of available nutrients and enhances root growth.
  • Improves crop resistance to cold, drought, waterlogging and bacterial infection.
  • Contains natural active ingredients and many non-nitrogen organic matters, such as potassium, calcium, magnesium, zinc, iodine and other mineral elements. It especially contains seaweed polysaccharides, alginic acid, highly unsaturated fatty acids and a variety of natural plant growth regulators which can stimulate the production of plant non-specific activity factor and regulate endogenous hormone balance.
  • Environmentally friendly. Seaweed Extracts are a natural algae extract which shows good affinity with terrestrial plants, non-toxic and it is harmless to humans and livestock.

 

 

Chitosan

Description

Chitosan is a white or gray powder made from shrimp or crab shells by decalcification, deproteinization, and deacetylation. In agriculture, chitosan is widely used in biological fertilizers, biological pesticides, plant growth regulators, soil amendments, agricultural preservatives and feed additives.

Typical  Analysis

Chitosan …………….………………90.00%

Ash  content ……………………………2.00%

Product Features

 

  • Chitosan is hormone free, residue free, biocompatible, biodegradable, film-forming and anti-bacterial.
  • Improves soil condition and nutrient utilization.
  • Reduces the amount of chemical fertilizers used.
  • Has a great effect on rooting and effectively solve continuous cropping problems.
  • Induces plant resistance to disease and stress significantly, reduces the amount of chemical pesticides used.
  • Reduces the incidence of root disease, controls root-knot nematodes.
  • Stimulates seeds germination. Improves the germination rate and disease resistance.
  • Strengthens photosynthesis, improves agricultural products quality.
  • Increases yield.

 

 

Water Soluble Fertilizer

 

Potassium Nitrate

Description

Potassium Nitrate is a source of potassium and nitrogen, two essential elements for plant nutrition and growth. It is widely used in the agricultural market as the main raw material of high-end water soluble fertilizers. This product can also be used for foliar applications.

Typical  Analysis

Nitrate Nitrogen………………………13.00%

Available Potash (K2O)……………..46.00%

Product Features

 

  • High nutrient content, 100% plant nutrients, completely water-soluble, quick absorption. Supply crops with water-soluble nitrate nitrogen and potassium. The nitrate nitrogen and potassium ions can be absorbed synergically, promoting the absorption of calcium and magnesium.
  • High purity, low salt index, no harmful substances. Can be safely used for a variety of crops in a foliar application and drip irrigation with no leaf or root burning. It is especially suitable for chlorine-sensitive crops.
  • Suitable for a variety of crops, convenient application.It can be used on a variety of fruits and vegetables.It is suitable for soil application, water flushing, foliar spraying or irrigation systems.It has good compatibility with the majority of liquid fertilizers and pesticides.It can partly avoid soil compaction caused by long-term application of potassium sulphate.
  • Promotes water absorption and improves fruit quality.

 

Mono-ammonium Phosphate

Description

Mono-ammonium Phosphate is produced from phosphoric acid and ammonia through acid and alkali reactions. It can provide crops with N and P simultaneously. It has a better effect than superphosphate and ammonium sulfate in acid and alkaline soils. Suitable for all crops. Can be used with chelated secondary and trace elements.

Typical  Analysis

Total Nitrogen (N)……………..……12.00%

Ammonium Nitrogen…………………12.00%

Available Phosphate (P2O5)….…….61.00%

Product Features

 

  • Suitable for a wide range of crops and soil types. Crystalline powder, easy to transport.
  • Improve crops yield, quality, and stress resistance. Main raw material for soluble fertilizers.
  • Applications close to the seeds should be avoided.

 

Mono-potassium Phosphate

Description

Mono-potassium Phosphate contains more than 80% P2O5 and K2O. It is commonly used in the agricultural market and is the major raw material for high-tech water soluble fertilizers. It has a significant effect on increasing yield, optimizing quality, resisting lodging, and preventing premature aging. It also has a major role in overcoming nutritional deficiencies caused by poor root absorption ability during the late growth stage.

Typical  Analysis

 

Available Phosphate (P2O5)……….51.50%

Soluble Potash (K2O)….………..….34.00%

Product Features

 

  • High nutrient content, excellent solubility, efficient uptake. This is a 100% water-soluble fertilizer with a high content of available nutrients. The phosphate and potassium can be directly taken up by crops. The absorption rate by leaf spraying can reach 80% to 90%. It is a safe product for the leaves and fruits when applied at the recommended rates.
  • High purity, low salt index. It is the chemical fertilizer with the lowest salt index, and safe for crops without leaf or root burning. It can be used as a nutrient solution for foliar application and soilless cultivation.
  • Enhances resistance to disease and stress, increase yield and improve quality. It provides crops with P and K simultaneously and has positive effects on improving photosynthetic efficiency, promoting crop growth, improving resistance, preventing premature aging, and increasing fruit quality.
  • Blending and tank mixing flexibility for both distributors and growers.

 

Potassium Sulphate

Description

SOP (Sulphate of Potash) is a chloride-free water-soluble fertilizer. SOP is the best choice for chloride sensitive crops such as tobacco and some fruits and vegetables. Crops that are less sensitive may still require SOP for optimal growth if the soil accumulates chloride from irrigation water.

Typical  Analysis

Soluble  Potash (K2O)…..………..…50.00%

Product Features

 

  • Highly concentrated potash fertilizer.
  • Suitable for foliar spraying and irrigation systems.

 

Urea Phosphate

Description

Produced by wet-process reaction of phosphoric acid and urea solution and by reaction of diluted phosphoric acid and urea. Can provide plants with N and P; promotes plant growth and development.

Typical  Analysis

Total Nitrogen (N)…………..……..17.00%

Urea  Nitrogen…………………………17.00%

Available Phosphate (P2O5)………..44.00%

Product Features

 

  • High nutrient content, suitable for crop seedling and flower bud differentiation period, promotes root growth and improves flower bud differentiation rate.
  • Reduces ammonia volatilization and increases nitrogen use efficiency. Completely water-soluble.
  • Especially suitable for alkaline soil and hard water. Convenient to mix with other fertilizers without precipitation.

 

 

Calcium Nitrate

Description

Calcium nitrate (Nitric acid, ammonium calcium salt) is a fully water-soluble nitrogen and calcium fertilizer.

Typical  Analysis

Total Nitrogen (N)…………..……..15.50%

Nitrate Nitrogen………………………14.40%

Ammonium Nitrogen…………………..1.10%

Calcium (Ca)…………………………..18.50%

 

 

Magnesium Nitrate

Description

Magnesium nitrate is a fully water-soluble nitrogen and magnesium fertilizer.

Typical  Analysis

Nitrate Nitrogen………………………10.80%

Magnesium Oxide (MgO)…………………………..15.40%

 

Magnesium sulphate

Description

Magnesium sulphate is a fully water-soluble nitrogen and magnesium fertilizer.

Typical  Analysis

Sulfur (SO3)………………………32.30%

Magnesium Oxide (MgO)…………………………..16.20%

 

NPK Water Soluble Fertilizer

Description

KLAD offer a large variety of water-soluble formulation for fertigation technologies and foliar applications. We can costume tailor formulations per order. Our formulations are based on Potassium nitrate, Potassium sulfate, Potassium chloride, Urea and can be enriched with chelated microelements per request.

 

 

Micro-elements

EDTA-Fe

Appearance

Yellowish-Brown Powder

Fe Concentration

12%

pH (1% Water Solution)

5.0

Insolubles

0.1%

Solubility(g/l)

90

 

EDTA-Mn

Appearance

Pale Pink Powder

Mn Concentration

12%

pH (1% Water Solution)

6.5

Insolubles

0.1%

Solubility(g/l)

800

 

EDTA-Zn

Appearance

White Powder

Zn Concentration

14%

pH (1% Water Solution)

6.5

Insolubles

0.1%

Solubility(g/l)

1000

 

EDTA-Cu

Appearance

Blue Powder

Cu Concentration

14%

pH (1% Water Solution)

6.5

Insolubles

0.1%

Solubility(g/l)

1200

 

 

Granular NPK

Product Information

Specifications

Grain Size: 90% 2-4 mm
Color: gray
Tailored NPK compound fertilizer for customers’ needs based on ammonium nitrate, urea, PN, SOP, and KCl with or without ME.

Product description

A unique property production process from dissolution process of phosphate rocks the production of fertilizers using distributed control systems (DCS) to ensure stable quality.

 

Slow & Controlled-Release Fertilizer

Polymer Coated Urea 

Description

Using advanced membrane coating technology urea granules are coated with a polymer which controls the release as required thereby increasing nitrogen utilization rate. This product can effectively control the nitrogen release up to three months. The release rate depends on the soil temperature and the thickness of the membrane. The higher the soil temperature, the faster the nitrogen releases. Soil moisture, pH, and the activity of soil microorganisms have little impact on the fertilizer nutrient release.

Typical  Analysis

 

Longevity Formula
2 Month 44-0-0
3 Month 43-0-0
6 Month 42-0-0
9 Month 41-0-0

 

Product Features

  • Matches crops nitrogen demand.
  • Increases yield, income and fertilizer use efficiency.
  • Reduces application times, dosage and nitrogen loss, reduce labor costs.

 

Polymer Coated Mini-prilled Urea 

Description

Using advanced membrane coating technology mini-prilled urea granules (0.7-2.0 mm) are coated with a polymer which controls the release as required thereby increasing nitrogen utilization rate. This product can effectively control the nitrogen release up to three months. The release rate depends on the soil temperature and the thickness of the membrane. The higher the soil temperature, the faster the nitrogen releases. Soil moisture, pH, and the activity of soil microorganisms have little impact on the fertilizer nutrient release.

Typical  Analysis

Longevity Formula
2 Months 40-0-0

 

Product Features

  • Matches crops nitrogen demand.
  • Increases yield, income and fertilizer use efficiency.
  • Reduces application times, dosage and nitrogen loss, reduce labor costs.

 

Polymer Sulfur Coated Urea           35-0-0+15S

Description

Urea granules are coated with 1% polymer after which they are coated with sulfur. Polymer coating makes the sulfur coating more flexible and durable. This product can effectively control the nitrogen release to match crop’ s nitrogen demand, thus increases nitrogen use efficiency. The longevity of (PSCU) is about three months. The release rate depends on the soil temperature and the thickness of the membrane. The higher the soil temperature, the faster the nitrogen releases. Soil moisture, pH, and the activity of soil microorganisms have little impact on the fertilizer nitrogen release.

 

Product Features

  • Matches crops nitrogen demand.
  • Increases yield, income and fertilizer use efficiency.
  • Reduces application times, dosage and nitrogen loss; Reduce labor costs.
  • Provides extra sulfur supplement.
  • Lowers soil pH and improves saline-alkali soil.

 

 

Polymer Coated Potassium Nitrate  

Description

Polymer Coated Potassium Nitrate is potassium nitrate coated with a biodegradable polymer. The product has high elements content and excellent water solubility, potassium is slowly released through the microporous coating layer, the synergistic effect of K+ and NO3- helps the roots absorb both ions. In addition, the affinity between negatively charged nitrate ions and positively charged potassium ions prevents potassium absorption by soil particles to prolong the absorption of the potassium ion by plants. Polymer Coated Potassium Nitrate 3M aims to provide a long-term supply of nutrients for the whole growth period of the crops.

 

Typical  Analysis

 

Longevity Formula
2 Month 12.5-0-43.5
4 Month 12.5-0-43
6 Month 12-0-42
9 Month 12-0-41

 

Product Features

  • Polymer coated Potassium Nitrate is chlorine free and can be applied to any crop in any season.
  • Makes plants more robust; improves frost resistance, disease resistance, and drought resistance. Increases crop yield by reducing soil salinity and increasing water use efficiency.
  • Promotes absorption of water and improves fruit quality.
  • Promotes absorption of water and improves fruit quality. Suitable for most crops, especially for Jasmine, grapes, potatoes, cotton, tomatoes, bananas, beets, kale, tobacco and melons.

 

 

Polymer Coated Mono-ammonium Phosphate 3M

Description

Polymer Coated Mono-ammonium Phosphate is Mono-ammonium Phosphate coated with a biodegradable polymer. It contains mostly water-soluble phosphorus and ammonium nitrogen which can easily be absorbed by crops. The phosphorus and nitrogen utilization rates can be increased greatly through the coating to meet nutrient demand throughout the whole growth season of the crops.

Longevity Formula
2 Month 10.5-42.5-0
4 Month 10-42-0
6 Month 10-41-0
9 Month 9.5-40.5-0

 

Product Features

Polymer Coated Mono-ammonium Phosphate is a chlorine-free N, P compound fertilizer, it is suitable for many different crops and many kinds of soils. Contains Nitrogen and Phosphorus which are essential for crop growth. The Nitrogen can promote foliar development; the phosphorus takes part in the photosynthesis and respiration process. It does not only promote the early formation and root growth, but also improves the crop’ s adaptability to adverse environments. The product also promotes early maturity and improves crop quality and pest resistance.

  • Matches crops nutrients demand. Continuous Nutrients supplement.
  • Increases crop yield and fertilizer use efficiency.
  • Reduces application times, dosage and nutrient loss; Reduce labor costs.
  • Enhances root growth, balances endogenous hormones, induces floral bud and improves leaf color.

 

 

Polymer Coated Di-ammonium Phosphate 3M

Description

Polymer coated Di-ammonium Phosphate is granular Di-ammonium Phosphate coated with a biodegradable polymer. It is water soluble and leaves a little solid residue after dissolution. It is suitable for various crops; especially suitable for base fertilization and topdressing in dry areas. The nitrogen and phosphorus can be slowly released through the micropores coating layer resulting in a higher utilization rate of nutrients and prolonged nutrient absorption time. This fertilizer meets the crop’ s nutrient demand during the whole growth period.

 

Typical  Analysis

Total Nitrogen (N)………………….16.00%

Ammonium Nitrogen………………..16.00%

Available Phosphate (P2O5)……….44.00%

Water-Soluble Phosphate…………..38.00%

 

Product Features

Polymer coated Di-ammonium Phosphate is a chlorine-free N, P compound fertilizer, it is suitable for many different crops and many kinds of soils. Contains nitrogen and phosphorus which are essential for crop growth. The nitrogen can promote foliar development. The phosphorus takes part in the photosynthesis and the respiration process. It does not only promote the early formation and root growth, but also improves the crop’ s adaptability to adverse conditions.

  • The product also promotes early maturity and improves crop quality and pest resistance.
  • Matches crops nutrients demand. Continuous supply of nutrients.
  • Increases crop yield and fertilizer use efficiency.
  • Reduces application times, dosage and nutrient loss, reduce labor costs.
  • Enhances root growth, balances endogenous hormones, induces floral bud and improves leaf color.
  • Releases nutrients timely and precisely based on the requirement of plants.
  • Accelerates blossom and increases sugar content.

 

 

Polymer Coated Granular NPK 

Description

KLAD offer a large variety of granular polymer coated NPK fertilizers in various longevities.We can costume tailor formulations per order. 

  • Matches crops nutrients demand.
  • Continuous Nutrients (NPK) supplement.
  • Increases yield, income and fertilizer use efficiency.
  • Reduces application times, dosage and nutrient loss; Reduce labor costs.
  • Enhances root growth, balances endogenous hormones, induces floral bud and improves leaf color.