Caleb Technical
  • Home
  • Products
    • Resins
    • Pigments
    • Chemicals and Additives
    • Healthcare
    • Fireproof Products
    • Product Development
  • About
    • Leadership
    • Articles
    • Responsibility
    • Shipping
  • Contact Us
    • General Enquiries
    • Offices
    • Careers
Select Page
The Future of Titanium Dioxide

The Future of Titanium Dioxide

by Caleb Technical | Dec 28, 2020 | Biomedical Engineering, Coatings, Drug Delivery, Inorganic Pigments, Personal Care, Pigments, Renewables, Solar cells, Sunscreen, Titanium Dioxide

Titanium dioxide (TiO2) is an inorganic compound usually extracted from a titanium-iron mineral, ilmenite, and sometimes from rutile. To create pure titanium dioxide the compounds are chemically separated. It is found as a solid due to its high melting point 1843°C...
The Future of Iron Oxides

The Future of Iron Oxides

by Caleb Technical | Dec 28, 2020 | Batteries, Biomedical Engineering, Cosmetics, Drug Delivery, Electronics, Inorganic Pigments, Iron Oxide, Paint, Personal Care, Pigments

There are more than a dozen different oxides of iron that occur naturally in various mineral deposits. Iron oxide has been used as a pigment by humans since prehistory, and was common ingredient used for cave painting. Nowadays, iron oxide can be naturally excavated...
The Future of Gum Rosin

The Future of Gum Rosin

by Caleb Technical | Dec 28, 2020 | Biomedical Engineering, Gum Rosin, Perfume, Personal Care, Pigments, Resins

Sometimes referred to as Colophony or Greek pitch, gum rosin is a solid resin at room temperature derived from pines and other conifer trees. The sap of the tree is tapped, heated to evaporate the volatile liquid terpene compounds, and then purified. Gum rosin can...

Recent Posts

  • The Future of Titanium Dioxide
  • The Future of Iron Oxides
  • The Future of Gum Rosin
  • The Future of Shellac
  • The Future of Vermiculite

Recent Comments

    Caleb Technical Products - 2020