Things you should know about fine chemicals

What are fine chemicals?

The earliest versions of drugs were created by extracting substances from herbs and other plants. As knowledge and technology in chemistry continued to develop, scientists learned to isolate and extract even more individual compounds from raw materials. The complex processes that produce these simple, pure substances make up the field of fine chemistry.

Fine chemicals are inorganic or organic molecules produced in kilogram or tone quantities by conventional or biotechnological chemical processes in plants around the world. They are manufactured to exacting specifications and are an important part of the value chain for downstream applications, including everyday products that many consumers rely on. The process of developing and manufacturing fine chemicals is complex and often requires multi-step synthesis.

They are divided into three main forms: biocides, active pharmaceutical ingredients and special chemicals. These chemicals are never sold in their natural state. They are preceded by the addition of substances such as non-creative pigments, excipients and solvents.

Active pharmaceutical ingredients - they are then made into different doses of drugs.

Fungicides are chemicals that are used to kill weeds and pests. They include pesticides and herbicides.

Special chemicals are used in various processes, such as the manufacture of ceramics, plastics, glass additives and disinfectants or antioxidants.

Processes Used

Some processes that are sometimes produce fine chemicals are chemical synthesis, biotechnology, extraction, hydrolysis.

Chemical Synthesis

Chemical synthesis uses a process of one or more chemical reactions that change raw materials or other chemicals into a product or multiple products. Chemical synthesis has helped chemists learn the physical and biological properties of many compounds.


Biotechnology is the field of using organisms or their life processes to create technologies that make our health and our world better. There are three areas of biotechnology. These are biocatalysis, biosynthesis, and cell culture technology.


Extraction involves isolating and purifying products from animals and plants. Some of these products might be alkaloids, antibacterials, steroids, proteins hormones, and polysaccharides. These are all useful in making pharmaceuticals, foods, and cosmetics


Hydrolysis is a chemical process that uses water to break a chemical compound bond. It is used in the production of fine chemicals to break down proteins into amino acids using heat as a catalyst.

Challenges in production

Unlike bulk chemicals, fine chemicals are difficult to manufacture because they require specialist knowledge. Their chemical properties also change frequently, so there are always new developments leading to changes in raw materials and even in the methods required for the manufacturing process.

Due to chemical changes, there are many varieties on the market. This aspect also means that the manufacturing companies producing them must always remain flexible. Changes in chemistry are accelerated by the release of new drugs into markets where formulations have been changed.

The production of fine chemicals leads to the release of large amounts of waste. This means that manufacturing companies not only incur manufacturing costs but also waste disposal costs. This adds to the cost of production.

Costs associated with training and attracting the right people to produce the chemicals.

Government regulations relating to their manufacture.

Investment in safety protocols as most chemicals is produced from flammable solvents.

Addressing the challenges

Most manufacturing companies avoid using in-house fine chemical processing equipment due to the costs associated with production. They buy organic fine chemicals from manufacturers and then use them to manufacture a variety of goods.

Choosing the right manufacturer

However, each manufacturing company uses different chemicals and therefore needs to be able to find the right fine chemicals supplier.

One of the key considerations in obtaining the right supplier is the supplier's reputation. A supplier's reputation determines whether the supplier can be trusted to provide the right chemical process. Customer testimonials and customer service interactions can be used to determine their reputation.

Long business life - Entrusting your chemical processing needs to a new entrant in the market can be detrimental to the organization. The problem is that new entrants do not have a proven track record. The first thing every manufacturing company needs to consider is the manufacturing capability of the outsourcing entity. It is good to know if the entity has the correct centrifuge, reactor or even storage capacity.

Tags: #API #activepharmaceuticalingredients #pharmaceutical intermediates #chemical compounds #fine chemicals

Featured Products

1,4BD CAS 110-63-4

Hot chemical compound in US/NL/AU

CAS 20320-59-6 New BMK OIL

High success shipping rate to Russia/Ukraine