Glass Short Path Distillation

The Well One Glass Short Path Distillation is a production technology that can separate molecules from raw materials through processing. It is the latest technology in the glass industry to produce high-quality glass, with advantages such as transparency, corrosion resistance, light weight, good mechanical properties, safety and reliability.

When using a water-cooled condenser, slowly introduce cold water from the lower opening of the condenser, then flow out from the upper opening and lead it into the water tank, and then start heating. When heated, it can be seen that the liquid in the distillation bottle gradually boils and the vapor gradually rises. Control the heating temperature and adjust the distillation rate, usually at 1-2 drops per second. Throughout the distillation process, it is important to ensure that there are often condensed droplets on the mercury bulb of the thermometer. The temperature at this point is the temperature at which the liquid and vapor are in equilibrium, and the thermometer reading is the boiling point of the liquid (distillate).

The purification of rose essential oil was studied using Glass Short Path Distillation, and the extraction process was optimized to obtain rose oil with a purity of over 86%. Using molecular distillation technology to purify the product of synthetic piperonyl butyl ether, a purity of 98.35% piperonyl butyl ether was obtained. Effectively increasing the content of patchouliol and patchouli in patchouli oil using molecular distillation technology. Using molecular distillation technology to separate and purify citral and cinnamaldehyde from natural spices such as litsea cubeba oil and cinnamon oil, satisfactory process conditions were obtained. A study was conducted on the separation and purification process of citral in the volatile oil of Zingiber officinale using molecular distillation technology. The purity of the obtained citral reached 95%.

The distillation liquid film in the glass thin film distillation equipment is indeed very thin, typically less than 0.5 mm. This thin film allows for high heat transfer efficiency during the distillation process.

The thin film thickness is essential for several reasons:

Improved heat transfer: A thin film ensures a larger surface area for heat transfer between the liquid and the evaporator. This facilitates efficient vaporization of the volatile components and condensation of the desired product.

Reduced residence time: The thin film promotes rapid heat transfer, minimizing the residence time of the liquid on the evaporator surface. This is crucial when dealing with heat-sensitive materials to prevent degradation or thermal damage.

Enhanced separation efficiency: The thin film enables effective separation of different compounds based on their volatility, molecular weight, or boiling points. It allows for precise control over the separation process, resulting in higher purity and quality of the desired product.

The company has a senior design team and a processing and manufacturing team, including process development, equipment design, 3D modeling and other designers, dedicated to the research and production of new synthesis and purification separation equipment. The company has an independent research and development laboratory, which can provide customers with comprehensive services such as feasibility research, process development, laboratory testing, and pilot testing. According to the experimental results, the company ensured the production capacity and product quality of the customer's production equipment. After 17 years of effort, we only focus on developing and manufacturing stainless steel molecular distillation systems. All electrical appliances comply with international standards (UL, CSA, ATEX,CE).

UL certification and CSA certification are both widely recognized and respected certifications in North America. UL certification ensures that an electrical appliance has been tested by Underwriters Laboratories and meets the safety standards set by UL. Similarly, CSA certification indicates that the product has been tested by the Canadian Standards Association and meets the applicable safety standards in Canada. These certifications provide assurance to consumers and businesses that the product has undergone rigorous testing and meets specific safety requirements.

It is important to note that different types of electrical appliances may require different certifications depending on their specific use, intended market, and regulatory requirements. Additionally, there may be other internationally recognized certifications or marks specific to certain countries or regions that signify compliance with local regulations and safety standards. Therefore, while UL and CSA certifications are commonly sought after, it is essential to verify the specific certifications and regulatory compliance of each electrical appliance before purchase or installation.

Polyacid Greases: Polyacid greases are specialty greases that are formulated with additives to provide enhanced performance in specific applications. These greases offer improved resistance to high temperatures, extreme pressures, and harsh environments. They find applications in industries such as automotive, marine, and heavy machinery.

Polyolefins: Polyolefins are a class of polymers made from olefin monomers. They have a wide range of applications in the petrochemical industry, including packaging materials, automotive parts, electrical insulation, and more. Polyethylene and polypropylene are examples of commonly used polyolefins.

Complies with international export wooden box packaging (non fumigation). 

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