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Additive Boric Acid CAS 10043-35-3

Additive Boric Acid CAS 10043-35-3
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Product Details


Product name: Boric acid

CAS No.: 10043-35-3

Molecular formula: H3BO3



Industrial Boric Acid 

High Purity Boric Acid 

Pure Boric Acid

Ordinary Water-Soluble Fertilizer BoricAcid

Foliar Boric Acid

Index item

standard(%)

standard(%)

standard(%)

standard(%)

standard(%)

H3BO3

99.9

99.9

99.99

99.9

99.9

SO4

≤0.3

≤0.02

≤0.008

≤0.3

≤0.03

Fe

≤0.0020

≤0.0015

≤0.0005

≤0.0015

≤0.0030

Cl

≤0.10

≤0.002

≤0.005

≤0.05

≤0.007


Application of Boric acid

Medicine

Boric acid is used in the production of boric acid softening, ice boron powder, norfloxacin, disinfectant, astringent, preservative, medical boric acid sterilization and disinfection

Toxic is used as a cleanser for skin damage.

 

Military industry

Elemental boron, non-metal boride, metal boride and borohydride have been widely used in rocket solid fuels and atomic reactions

Stack control rods, explosive catalysts, high-quality special steel and other aerospace and defense industries.

 

Electronic

Borides are widely used in the electronics industry. Its development and application have involved and deepened into superconductor materials, amorphous alloys

Gold materials, rare magnetic materials, photoelectric ceramic materials, high-performance battery materials and other high-tech fields.

 

Glass

Boric acid can improve the heat resistance and transparency of glass products, increase the mechanical strength, and promote the sintering process of fused silica.

Densification. Give the glass good thermal stability, chemical stability, and good mechanical properties.

 

Fine industry additives

It can be used as rust inhibitor, lubricant, thermal oxidation stabilizer, brake fluid, metal working fluid, water treatment agent and other additives. The introduction of boron into lubricating oil additives can improve and enhance the anti-wear performance and thermal stability of the oil. The boron-modified additives can better solve the problem of reducing the amount of additives due to the restriction of harmful components and some metal additives. The problem of reduced oil function, boron element gives oil energy saving and environmental protection. Usually boron is introduced into additive molecules through the reaction of boric acid and basic compounds. Therefore, boric acid has gradually become one of the important raw materials for lubricant additives.

 

Agricultural fertilizer

It can be used as insecticides and herbicides to produce boron-containing trace fertilizers, mix boron and sand into aqueous solutions, and spray them as foliar fertilizers.


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