EN
EN
EN
Boron Fertilizer
Uses of BoraxIt is mainly used in the glass and enamel industries. In glass production, it can enhance ultraviolet transmittance and improve the transparency and heat resistance of glass. In enamel products, it prevents glaze from peeling off easily and gives a glossy finish. It also has wide applications in special optical glass, glass fiber, welding fluxes for non-ferrous metals, jewelry adhesives, printing and dyeing, scouring (silk, wool fabrics, etc.), gold refining, cosmetics, pesticides, fertilizers, borax soap, preservatives, antifreeze agents and medical disinfectants. Borax is the basic raw material for manufacturing boron-containing compounds; almost all such compounds can be produced from borax. They play important and extensive roles in metallurgy, iron and steel, machinery, military industry, cutting tools, papermaking, electron tubes, chemical engineering, textiles and other fields. In medicine, borax is used for disinfection and antisepsis of skin and mucous membranes, and in the treatment of skeletal fluorosis, tinea pedis, pulpitis, mycotic vaginitis, cervical erosion, bedsores, acne, external auditory eczema, herpes viral skin diseases, epilepsy and tumors. In veterinary medicine, borax is used to treat infectious laryngotracheitis in chickens, contagious ecthyma in goats, mycoplasmal pneumonia in pigs and chronic mucinous endometritis in cattle. It also attracts considerable attention as a feed additive.
Boron Fertilizer
Appearance:White powder Purity (Na2B8O13·4H2O):More than 99.9% Boron Oxide (B2O3):67±0.5% Boron Element (B):20.5±0.5% Sodium Oxide (Na2O):14±1% pH Value:7–8.5 Solubility:Highly soluble in water. 4.2g/100ml water at 0℃, 41g/100ml water at 50℃, 74g/100ml water at 100℃. Dissolution rate in cold water (10℃):15g/3min Screen Residue:(325 mesh) /% ≤ 0.5 Product Features: 1. High boron content:This product has stable boron efficiency and high fertilizer efficiency, with pure boron content ≥20.5% and purity ≥99.0%. 2. Excellent instant solubility:This product dissolves very rapidly, even at low temperatures, in water or more viscous liquids. In addition, it has high solubility; its solubility at 30℃ is equivalent to that of borax in hot water at 75℃. 3. Efficient and economical:This product is formulated with appropriate surfactants and penetrants, requiring low dosage. After application, it can be quickly absorbed and utilized by leaves, stems, flowers, fruits and soil, with boron utilization rate above 80%, showing obvious fertilizer effect on crops. It is especially suitable for large‑scale agricultural machinery, can be used with other measures, simplifies operation, and saves labor and cost. 4. Safe and efficient:This product is absorbed in the current season of application, leaving no residue in soil and causing no pollution. It meets environmental protection requirements and the development direction of pollution‑free agriculture, with broad application prospects. 5. Good compatibility:The aqueous solution of this product is nearly neutral (pH 7.6). It can be mixed with many foliar fertilizers and chemical pesticides (except alkaline pesticides) without degradation, and itself is also a good insecticidal, disease‑preventing, antiseptic and disinfecting agent. 6. Obvious fertilizer effect:When soil is boron‑deficient, application of this product can increase yield by 15%–45% and significantly improve crop quality. It features low input and quick effect.
Boron Fertilizer
Chinese Name: Boron 17%English Name: Boric AcidCAS No.: 10043-35-3Executive Standard for Industrial Boric Acid: GB/T 538-2006Melting Point (℃): 185 (decomposes)Boiling Point (℃): 300Relative Density (water=1): 1.44 (15℃)Appearance and Character: Colorless triclinic crystals with slight pearly luster or white powder, slippery to the touch, odorless.Main Applications: Used in glass, enamel, pharmaceutical, cosmetic and other industries, as well as for the preparation of boron and borates, and also as food preservatives and disinfectants. Boric acid is also one of the basic raw materials for producing other boron compounds. Boron compounds produced from it are widely used in national defense, other industrial sectors and scientific research institutions. Used as a pH adjuster and bacteriostatic preservative.
Boron Fertilizer
Uses of Borax DecahydrateIt is mainly used in the glass and enamel industries. In glass manufacturing, it can increase UV transmittance, improve transparency and heat resistance. In enamel products, it prevents glaze from peeling and imparts a glossy finish. It also has wide applications in special optical glass, glass fiber, welding fluxes for non-ferrous metals, jewelry adhesives, printing and dyeing, scouring (silk, wool, etc.), gold refining, cosmetics, pesticides, fertilizers, borax soap, preservatives, antifreeze agents and medical disinfectants. Borax is the basic raw material for producing boron-containing compounds; nearly all such compounds can be made from borax. They are widely and importantly used in metallurgy, iron and steel, machinery, military industry, cutting tools, papermaking, electron tubes, chemical engineering, textiles and other sectors. In medicine, borax is used for disinfection and antisepsis of skin and mucous membranes, and in the treatment of skeletal fluorosis, tinea pedis, pulpitis, mycotic vaginitis, cervical erosion, bedsores, acne, external auditory eczema, herpes viral skin diseases, epilepsy and tumors. In veterinary medicine, it is used to treat infectious laryngotracheitis in chickens, contagious ecthyma in goats, mycoplasmal pneumonia in pigs and chronic mucinous endometritis in cattle. It also draws much attention as a feed additive.
Boron Fertilizer
Uses of Borax DecahydrateIt is mainly used in the glass and enamel industries. In glass production, it can enhance UV transmittance, and improve the transparency and heat resistance of glass. In enamel products, it prevents the glaze from peeling off easily and gives a glossy finish. It also has wide applications in special optical glass, glass fiber, welding fluxes for non-ferrous metals, jewelry adhesives, printing and dyeing, scouring (silk, wool fabrics, etc.), gold refining, cosmetics, pesticides, fertilizers, borax soap, preservatives, antifreezes and medical disinfectants. Borax is the basic raw material for producing boron-containing compounds; almost all boron-containing compounds can be prepared from borax. They play important and extensive roles in metallurgy, iron and steel, machinery, military industry, cutting tools, papermaking, electron tubes, chemical engineering, textiles and other fields. In medicine, borax is used for disinfection and antisepsis of skin and mucous membranes, and in the treatment of skeletal fluorosis, tinea pedis, pulpitis, mycotic vaginitis, cervical erosion, bedsores, acne, external auditory eczema, herpes viral skin diseases, epilepsy and tumors. In veterinary medicine, borax is used to treat infectious laryngotracheitis in chickens, contagious ecthyma in goats, mycoplasmal pneumonia in pigs and chronic mucinous endometritis in cattle. It also attracts much attention as a feed additive.
Boron Fertilizer
Uses of BoraxIt is mainly used in the glass and enamel industries. In glass production, it can increase ultraviolet transmittance, improve transparency and heat resistance. In enamel products, it prevents glaze from peeling off and gives a glossy finish. It also has wide applications in special optical glass, glass fiber, welding fluxes for non-ferrous metals, jewelry adhesives, printing and dyeing, scouring (silk, wool and other textiles), gold refining, cosmetics, pesticides, fertilizers, borax soap, preservatives, antifreeze agents and medical disinfectants. Borax is the basic raw material for manufacturing boron-containing compounds; almost all such compounds can be produced from borax. They play important and extensive roles in metallurgy, iron and steel, machinery, military industry, cutting tools, papermaking, electron tubes, chemical engineering, textiles and other fields. In medicine, borax is used for disinfection and antisepsis of skin and mucous membranes, and in the treatment of skeletal fluorosis, tinea pedis, pulpitis, mycotic vaginitis, cervical erosion, bedsores, acne, external auditory eczema, herpes viral skin diseases, epilepsy and tumors. In veterinary medicine, it is used to treat infectious laryngotracheitis in chickens, contagious ecthyma in goats, mycoplasmal pneumonia in pigs and chronic mucinous endometritis in cattle. It also attracts considerable attention as a feed additive.
Boron Fertilizer
Chinese Name: Boron 17%English Name: Boric AcidCAS: 10043-35-3Executive Standard for Industrial Boric Acid: GB/T 538-2006Melting Point (℃): 185 (decomposes)Boiling Point (℃): 300Relative Density (water=1): 1.44 (15℃)Appearance & Character: Colorless triclinic crystals with slightly pearly luster or white powder, slippery to the touch, odorless.Main Applications: Used in glass, enamel, medicine, cosmetics and other industries, as well as for the preparation of boron and borates, and also as food preservatives and disinfectants. Boric acid is also one of the basic raw materials for producing other boron compounds. Boron compounds produced from it are widely used in national defense, other industrial sectors and scientific research institutions. Used as a pH regulator and bacteriostatic preservative.
Boron Fertilizer
Physiological functions of boron in plants mainly include the following aspects: Boron is a component of various plant tissues and affects the formation of cell membranes. Boron participates in the cell division of meristematic tissues. Under boron deficiency, cell division is inhibited and growth points become necrotic within a few days. Boron promotes the transformation and translocation of carbohydrates, accelerates plant growth and development, and induces early maturity. Boron benefits the formation and stability of chlorophyll. Under boron deficiency, new leaves turn white and old leaves yellow prematurely. Boron inhibits the excessive biosynthesis of phenolic compounds and lignin, preventing apical bud brown rot and heart rot. Boron plays an important role in the formation and development of plant reproductive organs. It promotes pollen germination and pollen tube elongation, significantly affects plant fertilization, favors seed formation, and reduces flower and fruit drop. Boron enhances plant stress resistance. It improves drought and disease resistance of crops; boron regulates water status in plants and strengthens the water-binding capacity of colloids; boron application promotes vitamin C synthesis, and increased vitamin C further enhances crop stress resistance.
Boron Fertilizer
Uses of BoraxIt is mainly used in the glass and enamel industries. In glass production, it can increase UV transmittance, improve transparency and heat resistance. In enamel products, it prevents glaze from peeling off and gives a glossy finish. It also has wide applications in special optical glass, glass fiber, welding fluxes for non-ferrous metals, jewelry adhesives, printing and dyeing, scouring (silk, wool, etc.), gold refining, cosmetics, pesticides, fertilizers, borax soap, preservatives, antifreeze agents and medical disinfectants. Borax is the basic raw material for manufacturing boron-containing compounds; almost all such compounds can be produced from borax. They play important and extensive roles in metallurgy, iron and steel, machinery, military industry, cutting tools, papermaking, electron tubes, chemical engineering, textiles and other fields. In medicine, borax is used for disinfection and antisepsis of skin and mucous membranes, and in the treatment of skeletal fluorosis, tinea pedis, pulpitis, mycotic vaginitis, cervical erosion, bedsores, acne, external auditory eczema, herpes viral skin diseases, epilepsy and tumors. In veterinary medicine, it is used to treat infectious laryngotracheitis in chickens, contagious ecthyma in goats, mycoplasmal pneumonia in pigs and chronic mucinous endometritis in cattle. It also attracts considerable attention as a feed additive.
Boron Fertilizer
It is mainly used in the glass and enamel industries. In glass, it can enhance the transmittance of ultraviolet rays, improve the transparency and heat resistance of glass. In enamel products, it can prevent enamel from falling off easily and make it glossy. It also has a wide range of applications in special optical glass, glass fiber, welding agents for non-ferrous metals, adhesives for jewelry, printing and dyeing, washing (silk and wool fabrics, etc.), gold refining, cosmetics, pesticides, fertilizers, borax soaps, preservatives, antifreezes, and medical disinfectants. Borax is the basic raw material for producing boron-containing compounds; almost all boron-containing compounds can be prepared from borax. They have important and extensive uses in metallurgy, iron and steel, machinery, military industry, cutting tools, papermaking, electronic tubes, chemical engineering, textiles and other sectors. In medicine, borax is used for disinfection and antisepsis of skin and mucous membranes, and in the treatment of fluorosis, tinea pedis, pulpitis, mycotic vaginitis, cervical erosion, bedsores, acne, eczema of the external auditory canal, herpes viral skin diseases, epilepsy, as well as tumors. In veterinary medicine, borax is used for the treatment of infectious laryngotracheitis in chickens, contagious ecthyma in goats, mycoplasmal pneumonia in pigs, and chronic mucinous endometritis in cattle. It also attracts much attention as a feed additive.