Zinc Oxide
Ensuring top-tier quality, we operate our own Zinc Oxide lab to meticulously oversee production and guarantee excellence.
High Purity ZnO
Fast & Quality Production
More than 30,000
More production lines are being added to increase the capacity.
Leaders of the Industry
Logia Production Facilities
Our generous production capacity allows us to cover local market needs and export most of our premium products worldwide. Through our very own logistics department we tailor deals to respond to our customers’ requests and facilitates all the required logistics for the exporting process.
The Zinc
StoryZINC OXIDE
Although Zinc is said to have been known within brass alloys since Roman times, it was not until the 13th or 14th century in India that the process of producing metallic Zinc as a vapor and then a condensate has been reached.
Today at Logia, we have perfected an intricate production process using a fully-automated distillation method which renders our products perfectly spherical and ensures a fine and controlled particle size ideal for Zinc-rich formulations. The distillation involves vaporization of Zinc at temperatures as high as 1300°C then rapid cooling and condensation as Zinc dust. Throughout this process, the product is freed from impurities such as lead and iron particles.
ApplicationsApplications
Zinc and Zinc Oxide are versatile substances that possess many useful properties making them instrumental to a multitude of industries. Zinc’s ability to oxidize in air and form a coating that protects the rest of the metal makes it incredibly useful in steel industries as it fortifies steel surfaces against corrosion and atmospheric factors.
Zinc oxide (ZnO), can be prepared in high purity and with variable crystal forms by vaporizing Zinc in the air. Due to its high heat-conducting capacity, Zinc Oxide is frequently incorporated into rubber to dissipate heat. Zinc Oxide is also known for its capacity to absorb UV rays, promote tissue growth and healing, and for its antiseptic and antibacterial effects. These have rendered it widely useful in the cosmetics and personal care industry.
Zinc Oxide crystals can also be treated to produce different electrical, photoelectrical, and catalytic properties, allowing Zinc Oxide to be used as a semiconductor in television tubes, fluorescent lamps, and photocopying processes. Additionally, Zinc is incorporated in a myriad of other industries, including:
