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Humic Acid Potassium, Humic Acids, Potassium Salt

Name: Humic Acid Potassium, Humic Acids, Potassium Salt
Brand: CXKJ
SKU: 138688671
Availability: InStock

US$ 300 - 1,000 MOQ: 5 Metric Tons

Key Specifications

Type:

Potassium Humate

CAS No.:

68514-28-3

Other Names:

Humic Acid Potassium Salt

Shandong Chuangxin Humic Acid Technology Co., Ltd.

Payment & Shipping

Payment Methods:

Port of Shipment:

Qingdao Tianjin Shanghai

Delivery Detail:

Delivery time depends on order quantity.

Type Potassium Humate

CAS No. 68514-28-3

Other Names Humic Acid Potassium Salt

MF C9H8K2O4

EINECS No. 270-030-1

Place of Origin Xinjiang, China

Release Type Quick

Purity 98%

Application Agriculture, Foliar Spray, Base Fertilizer

Brand Name CXKJ

Model Number CXKJ-002

Humic Acid Potassium, Humic Acids, Potassium Salt

Defination

Potassium humate is ideally suited for addition with fertilizers, such as Urea. With prominent effect to release the locked phosphate

by some ions such as Fe3+, Al3+, also can slow-release nitrogen fertilizer to promote the function of NPK fertilizers.

Description

Name	Potassium Humate
Brand Name	CXKJ
Model Number	CXKJ-002
Molecular Formula	C9H8K2O4
CAS	68514-28-3
EINECS	271-030-1
Appearance	Black Powder
Water Solubility	80%
Humic Acid (dry basis)	60% min
K2O	8% / 10% / 12% min
PH	9.0-11.0
Moisture	18% max
Purity	98%
Nitrogen	0.35%
P2O5	0.02%
Fe	0.10%
Mesh	60
Sieve Residues (0.5mm)	5% max
Application	Agriculture & Industry
Dosage	Foliar Spray Fertilizer: 0.5-1kg per unit area
	Irrigation Fertilizer: 1-2 kgs per unit area
Pay attention to	Concentrations will vary depending on the needs of the crop
	or soil, the micro-climate, the soil type and desired results.
Other State	Crystal, Granule & Flakes
Caution	Pls keep in sealed & damp proof place.

Functions

Physical Benefits:
Increases water holding capacity
Increase soil aeration
Improve soil workability, making it more friable and crumbly
Improve drought resistibility
Improve the seedbed
Reduce soil erosion
Chemical Benefits:
Retain water-soluble inorganic fertilisers in the root zones and release them to plants when needed
Promote the conversion of a number of elements into bioavailable forms to plants
Provide extremely high ion-exchange capacities
Participate in the decomposition of rocks and minerals
Increase the buffering properties of soil
Chelate metal ions under alkaline conditions
Provide rich organic and mineral substances essential to plant growth
Increase nitrogen content in soil
Biological Benefits:
Stimulates plant growth by accelerating cell division, increasing root system development, and increasing yield of dry matter
Strengthens root system development, respiration and growth for quicker and improved mineral and nutrient intake
Increase germination and viability of seed
Increase vitamin content of plants
Increase plant membrane permeability to optimise mineral intake
Increase plasma permeability to optimise nutrient intake
Act as a supplementary source of polyphenols which are respiratory catalysts
Converts heavy metals (e.g. iron) into bioavailable forms to protect plants from chlorosis
Stimulates plant growth by accelerating cell division
Stimulates plant enzymes
Supports plant photosynthesis