Electronic Grade Glycerol

Electronic Grade Glycerol

Product Definition
Electronic Grade Glycerol is a highly purified form of glycerol, commonly used in high-precision fields such as semiconductor manufacturing, optical device production, display technology, and sensor manufacturing. In these areas, the purity, stability, and consistency of materials are crucial to the performance and reliability of devices. Therefore, as a high-precision chemical, Electronic Grade Glycerol plays a vital role in providing a foundation of superior material quality.

Product Functions and Applications
1. In electronics manufacturing, pure materials are essential because impurities can affect the performance of electronic devices. Electronic Grade Glycerol undergoes special treatment to be virtually free of impurities, making it suitable for electronic manufacturing.
2. Manufacturing electronic devices requires ensuring that every step is reliable and stable. Electronic Grade Glycerol acts like a stable friend, helping to maintain stability in the manufacturing process and reduce unexpected issues.
3. In the production of electronic components, the presence of additional gases is undesirable. Electronic Grade Glycerol is a "quiet" chemical that does not release excess gases.
4. When manufacturing electronic components, it is necessary to ensure a very clean working environment to avoid affecting product quality. Electronic Grade Glycerol acts like a "cleaner," maintaining the cleanliness and tidiness of the working environment.
5. Electronic component manufacturing requires high-precision materials. Electronic Grade Glycerol is a reliable partner, ensuring that the materials used are of high purity and reliability.

Product Overview
Nonproprietary Names: Electronic Grade Glycerol
Chemical Name: Glycerol
CAS Registry Number: 56-81-5
EINECS Registry Number: 200-289-5
HS Registry Number: 29054500
Molecular Formula: C3H8O3
Molecular Weight: Approximately 92.09 g/mol
Synonyms: Glycerin, Glycerol, 1,2,3-Propanetriol, Electronic Grade Glycerol.

Product Packaging and Storage Conditions
Packaging: This product is packaged in polyethylene plastic drums or IBC totes, with specifications of 250kg/drum and 1250kg/drum.
Storage Conditions: Should be stored in a well-ventilated, dry, and cool warehouse. Fire prevention measures must be taken.
Shelf Life: 2 years

Industry Application Cases of Electronic Grade Glycerol
As a highly purified form of glycerol, Electronic Grade Glycerol's application in the electronics industry is primarily reflected in its significant impact on device performance and reliability due to its purity, stability, and consistency. Below are several industry application cases of Electronic Grade Glycerol in the electronics industry:
1. Semiconductor Manufacturing
Application Background: Semiconductor manufacturing requires extremely high standards of material purity and stability. Even minor impurities can affect the performance and reliability of semiconductor devices.
Application Method: Electronic Grade Glycerol is used as a solvent or cleaning agent in critical steps such as cleaning, etching, and deposition of semiconductor wafers. Its high purity ensures cleanliness during the semiconductor manufacturing process, thereby improving the quality and performance of semiconductor devices.
2. Optical Device Production
Application Background: Optical devices such as lenses and prisms have strict requirements for material transparency and surface quality.
Application Method: Electronic Grade Glycerol can be used in cleaning and polishing steps during optical device production to remove surface impurities and minor defects, enhancing the transparency and optical performance of optical devices.
3. Display Technology
Application Background: In display technologies such as LCD and OLED, high-purity solvents are required to ensure the display effect and stability of screens.
Application Method: Electronic Grade Glycerol can serve as a solvent or cleaning agent in cleaning and coating steps during display screen production to improve display effect and stability.
4. Sensor Manufacturing
Application Background: As critical devices for sensing and measuring physical quantities, the performance and reliability of sensors directly impact the stability and accuracy of the entire system.
Application Method: Electronic Grade Glycerol can be used in cleaning and packaging steps of sensitive components during sensor manufacturing to ensure sensor sensitivity and stability.
5. Precision Electronic Component Manufacturing
Application Background: Manufacturing precision electronic components such as integrated circuits and capacitors requires ensuring high purity and consistency of materials.
Application Method: Electronic Grade Glycerol can be used as a solvent or additive in the manufacturing process of precision electronic components to enhance their reliability and performance.
Precautions
When using Electronic Grade Glycerol, it is essential to strictly control its purity and quality to ensure the performance and stability of electronic products.
Special attention must also be paid to the storage and transportation of Electronic Grade Glycerol to avoid contamination or degradation.
In summary, Electronic Grade Glycerol has extensive and important applications in the electronics industry. Its high purity, stability, and consistency provide strong support for the manufacturing of electronic products.