Fine Chemical Intermediates
Fine chemical intermediates by Saltigo
Whether polymer additives or as a basis for active pharmaceutical ingredients: we offer products for a wide range of applications.
Saltigo has a wide range of fine chemical intermediates. These products form the basis for a wide range of pharmaceutical and agrochemical products. In the pharmaceutical sector, the intermediates and reagents produced by Saltigo form the basis for a large number of important drugs such as:
- antibiotics
- antidepressants
- cardiovascular drugs and
- cancer drugs
In crop protection, our fine chemical intermediates are used in
- herbicides
- insecticides and
- fungicides
In addition, our fine chemical intermediates are used in numerous specialty chemicals that play an important role in everyday life. These include additives for polymers and electronic chemicals, fuel additives, substances for cosmetics and many other applications.
Our fine chemical intermediates at a glance
Saltigo offers products, active ingredients and intermediates in the following categories:
- Phosgene derivatives
- 1,2,4-triazole
- Reagents and intermediates
- Polymer additives and specialties
- Saltidin®/Picaridin insect repellent
Fine chemical intermediates: Download an overview of all fine chemical intermediates
Example: 1,2,4-triazole, chloroformates and toluidine derivatives
The following three examples illustrate how our Fine Chemical Intermediates can be used in a wide variety of applications:
- 1,2,4-Triazole is used, among other things, for agrochemicals and pharmaceutical active ingredients. Customers particularly value the consistently high quality of the product and its high purity. This is a basic requirement for use in active ingredients.
- Chloroformates are used for the synthesis of crop protection agents and pharmaceuticals. The product types from the group of chloroformic acid esters and are important feedstocks in many chemical syntheses. Among other things, they are also used in the plastics industry for PVC production.
- Toluidine derivatives are used, among other things, in coatings, road markings and resins as curing accelerators. They ensure faster product usability and load-bearing capacity.
