Boron Products

SQ grade (electronic grade) boric acid has been refined precisely, and the purity is much higher than that of ordinary boric acid, which lays a solid foundation for the stable performance of capacitors. Secondly, in terms of impurity control, SQ grade (electronic grade) boric acid is almost harsh to ensure the high efficiency and long life of capacitors, while ordinary boric acid may not be suitable for such high-precision requirements due to more impurities. In addition, in terms of electrical performance, SQ grade (electronic grade) boric acid, with its excellent dielectric and insulation characteristics, guarantees the stability of capacitors in high-intensity working environments, but ordinary boric acid can’t meet this high standard. Finally, in terms of application, SQ grade (electronic grade) boric acid is the preferred material for high-quality capacitors, which is widely used in electronic equipment and power systems with extremely high electrical performance requirements, while ordinary boric acid is more common in industries with relatively low purity requirements such as chemical industry and metallurgy.

SQ grade (electronic grade) boric acid has been refined precisely, and the purity is much higher than that of ordinary boric acid, which lays a solid foundation for the stable performance of capacitors.

Electronic grade (SQ) boric acid has the characteristic of higher purity and lower foreign matter content. Test result shows the purity is equal or greater than 99.5%,SO₄^2- is equal or less than5ppm,Cl is equal or less than 5ppm1ppm, Fe is equal or less than2ppm. Boric acid can be used in capacitors as an electrolyte or as a raw material.

Firstly, Capacitors are fundamental components of modern electronic devices and play a vital role in energy storage and power management. The performance of a capacitor is greatly affected by the materials used in its production, particularly the electrolyte. boric acid can be used as electrolyte in capacitor.Boric acid electrolyte is a special electrolyte with high capacitance and chemical stability, so it is suitable for capacitors in high frequency electronic devices. Boric acid electrolyte has excellent capacitive properties and can be used to manufacture high performance capacitors.

Secondly, boric acid used as raw material in the production of capacitor.Electronic grade boric acid can increase the conductivity of materials,Electronic Grade (SQ) boric acid electrolytes are specially formulated to provide superior conductivity compared to conventional electrolytes. These advanced materials are designed to minimize impurities and optimize ion transport, thereby significantly increasing the overall conductivity of the capacitor. This enhancement enables faster energy transfer, which is particularly beneficial for high-frequency applications that require fast charge and discharge cycles.

Electronic grade boric acid can reduce the internal resistance of capacitors, One of the key factors affecting capacitor performance is internal resistance. High internal resistance results in energy loss, reduced efficiency, and increased heat generation. Electronic grade (SQ) electrolytes help alleviate these problems by providing a more efficient ion transport path, thereby lowering the capacitor’s internal resistance. This reduction not only improves energy efficiency but also extends the life of the capacitor by minimizing thermal stress.

Electronic grade boric acid can improve the performance of capacitors. Because boric acid has little effect on material properties, it is widely used in the production of capacitor materials.Use electronic grade (SQ) electrolyte to increase conductivity.

In all, boric acid can be used to manufacture capacitors, and its excellent capacitive properties and chemical stability make it an ideal capacitor electrolyte for high frequency electronic devices. In addition, in the production of capacitor materials, boric acid can also play a role in improving the conductivity of the material and reducing the internal resistance.

Other names: Borax; Borates, Tetrasodium Salts, Decahydrate, Sodium Tetraborate Decahydrate, Sodium Pyroborate Decahydrate; Sodium Tetraborate Decahydrate; Disodium Tetraborate Decahydrate; Sodium Borate Decahydrate; Fused Borax