1. Product advantages
High purity, all above 98.5%, no impurities after dissolution
We will test each batch to ensure quality
OEM and private brand services designed for free
Various cap colors available
We can also provide MT1 peptide powder
2. Factory advantages
Professional research team
More than 5 doctors in high-tech R&D laboratories
More than 1000 m2 of factory production line to ensure stable supply
More than 1200 factories to manufacture products and control quality
3. Service advantages
24-hour online service
Track package information and update it for customers
Professional sales team
Accept small order service
Redelivery service if detained by customs

Product Introduction:
Boron (Pinyin: p é n ɡ， Pinyin: ㄆㄥ ˊ， Cantonese Pinyin: Pang4; Boron is a chemical element with the chemical symbol B, atomic number 5, and atomic weight 10.811 u. Due to the fact that boron is produced entirely through cosmic ray spallation and supernovae rather than stellar nuclear synthesis, its content in the solar system and crust is very low. Boron (Pinyin: p é n ɡ， Pinyin: ㄆㄥ ˊ， Cantonese Pinyin: Pang4; Boron is a chemical element with the chemical symbol B, atomic number 5, and atomic weight 10.811 u. Due to the fact that the production of boron comes entirely from cosmic ray spallation and supernovae rather than stellar nuclear synthesis, the content of boron in the solar system and crust is very low. The most common natural compound of boron on Earth is aggregated in the form of water-soluble borate. Evaporative rocks that can directly extract boron and hydrochloric acid in industry, such as borax and orthorhombic borax. It is known that Türkiye has the largest boron content and is the largest production place.
The naturally occurring boron element is a type of metal that can be found in meteorites, but the naturally occurring boron element has not yet been found on Earth. Due to the pollution of carbon or other elements in industry, it is difficult to produce high-purity boron. Boron has several allotropes, while amorphous boron is brown powder and crystalline boron has a color ranging from silver to black. Boron has a Mohs hardness of 9.5 (very hard) and is a poor conductor at room temperature. The main application is to make boron wire, similar to some high-strength materials supported by carbon fibers.
Boron mainly exists in the form of compounds in nature, and half of the global consumption of boron is used as an additive for glass fibers, with functions as insulation and structural materials. The second important use is for polymers and porcelain products, using high-strength, lightweight structures and refractory materials. Borosilicate glass is in demand in the market due to its higher strength and thermal shock resistance than ordinary calcium glass. Boron compounds can be used as bleaching agents when sodium borate is used. A small amount of boron is used as a doping agent for semiconductors; For organic synthesis, it is an intermediate. Some drugs containing boron are currently being used or studied. Natural boron is composed of two stable isotopes, one of which (boron-10) has many uses, such as neutron capture agents.
In biology, the toxicity of borate is low in mammals (equivalent to the degree of impact of edible salt); However, for arthropods, they are relatively high and can be used as insecticides. Boric acid has mild antibacterial properties, and several organic antibiotics containing boron are known [10]. Boron is an essential element for plants, and in agriculture, fertilizers such as borax and boric acid require only trace amounts, while excessive amounts are toxic. Boron compounds play a role in strengthening plant cell walls. Although there is some evidence that it is beneficial for bone, it is still unknown whether it is a necessary element for mammals (including humans).