That one can introduce disodium octaborate tetrahydrate

1) Disodium octaborate tetrahydrate.

Purity: Above.

Boron: 21% or more.

Boron oxide: more than 66%.

Sodium oxide: more than 15%.

Scope of application: Agriculture——

Chemical fertilizer. Plant growth regulators.

Boron deficiency applied to leaves.

Industrial – fungicides, insecticides, fungal protectants.

Target pests: ants, cockroaches, lizards, silverfish, large black ants, cockroaches, tree insects, whiteflies, centipedes, millipedes, molds, and mildew.

Wood protection. Special Applications——

Flame retardant. Antisepsis. Wash the product.

Main uses: the production of melt or suspension fertilizers. Optimized dissolution at low temperatures and high concentrations.

Formulate high-performance liquids containing a single boron or nutrient mixture for spraying, "fertilizing" or irrigation.

Contained in multi-element soluble powder formulations for on-farm spraying. Boron is provided through fertilization, irrigation, or solution culture, which is the most practical way to fertilize plants.

Advantages: Rapid dispersion

Amorphous particles of disodium octaborate tetrahydrate that easily and quickly wets and binds in water and more viscous liquids, even at low temperatures.

High solubility ——

The fine particle size and inherently high solubility show rapid dissolution performance even at low temperatures and harsh conditions.

Wow, upstairs, is that thing an ant killer? Hey hey really detailed top

Pesticide Disodium octaborate tetrahydrate English common name: disodium octaborate tetrahydrate Chinese alias: English alias: Pesticide category: insecticide Fungicide.

Summary. Sodium octaborate tetrahydrate is unstable under acidic conditions and easily decomposes into sodium hydroxide and boric acid. To stabilize sodium octaborate tetrahydrate, the following methods can be employed:

1.First of all, before adding sodium octaborate tetrahydrate, the pH value of the solution should be adjusted to between to ensure the stability of the solution. 2.

Secondly, when adding sodium octaborrate tetrahydrate, the slow drip method should be used as much as possible to reduce the content of oxides in the solution, so as to effectively stabilize sodium octaborate tetrahydrate. 3.Finally, a certain amount of antioxidants should be added immediately after the addition of sodium octaborate tetrahydrate to prevent the decomposition of sodium octaborate tetrahydrate.

In conclusion, to stabilize sodium octaborate tetrahydrate, it is necessary to adjust the pH value of the solution before adding sodium octaborate tetrahydrate, and when adding sodium octaborate tetrahydrate, the slow drip method is adopted, and antioxidants are added immediately after adding sodium octaborate tetrahydrate.

Sodium octaborate tetrahydrate is unstable under acidic conditions and easily decomposes into sodium hydroxide and boric acid. In order to stabilize the dust and bury sodium octaborate tetrahydrate, the following methods can be used to send the ants:1

First of all, before adding sodium octaborate tetrahydrate, the pH value of the solution should be adjusted to between to ensure the stability of the solution. 2.Secondly, when adding sodium octaborrate tetrahydrate, the slow drip method should be used as much as possible to reduce the content of oxides in the solution, so as to effectively stabilize sodium octaborate tetrahydrate.

3.Finally, a certain amount of antioxidants should be added immediately after the addition of sodium octaborate tetrahydrate to prevent the decomposition of sodium octaborate tetrahydrate. In conclusion, to stabilize sodium octaborate tetrahydrate, it is necessary to adjust the pH value of the solution before adding sodium octaborate tetrahydrate, and when adding sodium octaborate tetrahydrate, the slow drip method is adopted, and antioxidants are added immediately after adding sodium octaborate tetrahydrate.

Excuse me, but please go into more detail?

I am, sodium octaborate tetrahydrate is stable in acidic conditions. Sodium octaborate tetrahydrate is a stable inorganic compound that is stable in both sodium ions and boron ions in its structure and therefore also stable under acidic conditions. In addition, sodium octaborate tetrahydrate also has good corrosion resistance, which can effectively inhibit the corrosion of metals, so it is also stable under acidic conditions.

Sodium octaborate tetrahydrate can also be used to prepare various chemical reagents, such as sodium hydroxide, sodium chloride dust, etc., these reagents are also stable under acidic conditions, so sodium octaborate tetrahydrate is also stable. In addition, sodium octaborate tetrahydrate can also be used to prepare various alkaline solutions, such as sodium carbonate solution, sodium hydroxide solution, etc., these solutions are also stable under acidic conditions, so sodium octaborate tetrahydrate is also stable and deficient.

Sodium tetraborate (Na2B4O7) is commonly known as borax.

The solubility of borax in water is very large, and it increases with the increase of temperature, and it is easy to hydrolyze and alkaline in aqueous solution, and the hydrolysis reaction of borate is as follows

Sodium pentahydrate tetraborate, white crystalline powder. Density. Melting point 75. The slip delay mode is soluble in hot water and glycerol, and slightly soluble in ethanol and carbon chloride in the four-denier section. The aqueous solution is alkaline. When heated to 120, the crystal water is completely lost.

Sodium tetraborate, or borax, is highly toxic in its molecular formula. It is a very important boron-containing mineral and boron compound. It is usually a white powder containing colorless crystals that is easily soluble in water.

Borax has a wide range of uses, from cleaning agents, cosmetics, pesticides, to buffer solutions and other boron compounds. Borax often refers to sodium tetraborate decahydrate, i.e., but commercially available borax is often partially weathered.

Sodium tetraborate decahydrate is a chemical that is late round, and the branched Zhengzi formula is Na2B4O710 (H2O).