Skip to main content

Pharmaceuticals

 Pharmaceutical is responsible for the development, production and marketing of medications. Thus, its immense importance as a global sector is inarguable. In 2014, total pharmaceutical revenues worldwide had exceeded one trillion U.S. dollars for the first time. North America is responsible for the largest portion of these revenues, due to the leading role of the U.S. pharmaceutical industry. However, as in many other industries, the Chinese pharmaceutical sector has shown the highest growth rates over previous years.

 

The pharmaceutical industry has become a large and very complex enterprise. At the end of the 20th century, most of the world's largest pharmaceutical companies were located in North America, Europe, and Japan; many of the largest were multinational, having research, manufacturing, and sales taking place in multiple countries.

 

Lithium Iodide Trihydrate

Chemical Formula: LiI

CAS No.: 10377-51-2

Methyl 2-Chloropropionate

Chemical Formula: C4H7ClO2

CAS No.: 17639-93-9

Dangerous Grade: 3

Acetyl Chloride

Chemical Formula: C2H3ClO

CAS No.: 75-36-5

Dangerous Grade: 3.2

Propionyl Chloride

Chemical Formula: C3H5ClO

CAS No.: 79-03-8

Dangerous Grade: 3

Methyl Iodide

Chemical Formula: CH3I

CAS No.: 74-88-4

Dangerous Grade: 6.1

Ethyl Iodide

Chemical Formula: C2H5I

CAS No.: 75-03-6

Dangerous Grade: 6.1

Propyl Iodide

Chemical Formula: C3H7I

CAS No.: 107-08-4

Dangerous Grade: III Flammable liquid

Butyl Iodide

Chemical Formula: C4H9I

CAS No.: 542-69-8

Dangerous Grade: 3

Potassium Iodide

Chemical Formula: KI

CAS No.: 7681-11-0

Dangerous Grade: NO

Ammonium Iodide

Chemical Formula: NH4I

CAS No.: 12027-06-4

Dangerous Grade: NO

Monoammonium Glycyrrhizinate

Chemical Formula: C42H65NO16

CAS No.: 53956-04-0

Dangerous Grade: None

1,3-Propane Sultone

Chemical Formula: C3H6O3S

CAS No.: 1120-71-4

Dangerous Grade: 6.1

Isopropyl Ether

Chemical Formula: C6H14O

CAS No.: 108-20-3

Dangerous Grade: 3

L-Hydroxyproline

Chemical Formula: C5H9NO3

CAS No.: 51-35-4

Dangerous Grade: None

2,4-Dihydroxybenzoic Acid

Chemical Formula: C7H6O4

CAS No.: 89-86-1

Dangerous Grade: None

Cinnamic Acid

Chemical Formula: C9H8O2

CAS No.: 621-82-9

Dangerous Grade: None

Lithium Carbonate

Chemical Formula: Li2CO3

CAS No.: 554-13-2

Lithium Sulfate

Chemical Formula: Li2SO4

CAS No.: 10377-48-7

Phenoxyacetic Acid

Chemical Formula: C8H8O3

CAS No.: 122-59-8

Dangerous Grade: N/A

1-Phenyl-3-Methyl-5-Pyrazolone

Chemical Formula: C10H10N2O

CAS No.: 89-25-8

Cyclopropyl Bromide

DL-1,2-hexanediol

Chemical Formula: C6H14O2

CAS No.: 6920-22-5

2-Methyl Pyrazine

Chemical Formula: C5H6N2

CAS No.: 109-08-0

Dangerous Grade: 3

2-Acetyl Thiazole

Chemical Formula: C5H5NOS

CAS No.: 24295-03-2

2-Acetylfuran

Chemical Formula: C6H6O2

CAS No.: 1192-62-7

Dangerous Grade: 6.1

2-Acetyl pyrazine

Chemical Formula: C6H6N2O

CAS No.: 22047-25-2

Valeric Acid

Chemical Formula: C5H10O2

CAS No.: 109-52-4

 

2-Chloropropionic Acid

Product Name: 2-Chloropropionic acid

Chemical Formula:

2-Chloropropionyl Chloride

Product Name: 2-Chloropropionyl chloride

Chemical Formula:

N-Vinyl-2-Pyrrolidone

Product Name: N-Vinyl-2-pyrrolidone

Chemical Formula: C6H9NO

 

Propionaldehyde

Product Name: Propionaldehyde

Chemical Formula: C3H6O

Dipotassium Glycyrrhizinate

Product Name: Dipotassium Glycyrrhizinate

Chemical Formula: C42H60K2O16

Myristoyl Chloride

Product Name: Myristoyl chloride

Chemical Formula: C14H27ClO

Butyric Acid

Chemical Formula: C4H8O2

CAS No.: 107-92-6

Dangerous Grade: 8

Polyether Polyol 8000

Chemical Formula: N/A

CAS No.: N/A

Dangerous Grade: NO

Bronopol

Chemical Formula: C3H6BrNO4

CAS No.: 52-51-7

Dangerous Grade: 4.1

Allyl Alcohol

Chemical Formula: C3H6O

CAS No.: 107-18-6

Dangerous Grade: 6.1

Beta-alanine

Chemical Formula: C3H7NO2

CAS No.: 107-95-9

Dangerous Grade: None

Hexyl Bromide

Chemical Formula: C6H13Br

CAS No.: 111-25-1

Dangerous Grade: 3

Heptyl Bromide

Chemical Formula: C7H15Br

CAS No.: 629-04-9

Dangerous Grade: 3

Pentyl Bromide

Chemical Formula: C5H11Br

CAS No.: 110-53-2

Dangerous Grade: 3

Ethyl Bromide

Chemical Formula: C2H5Br

CAS No.: 74-96-4

Dangerous Grade: 6.1

Propyl Bromide

Chemical Formula: C3H7Br

CAS No.: 106-94-5

Dangerous Grade: 3

Ethyl Vinyl Ether

Chemical Formula: C4H8O

CAS No.: 109-92-2

Dangerous Grade: 3

Iso Butyl Vinyl Ether

Chemical Formula: C6H12O

CAS No.: 109-53-5

Dangerous Grade: 3

Butyl Vinyl Ether

Chemical Formula: C6H12O

CAS No.: 111-34-2

Dangerous Grade: 3

Methallyl Alcohol

Chemical Formula: C4H8O

CAS No.: 513-42-8

Dangerous Grade: 3.2

Isobutyric Acid

Product Name: Isobutyric acid

Chemical Formula: C4H8O2

The pharmaceutical industry is best known for manufacturing pharmaceutical drugs which aim to diagnose, cure, treat, or prevent diseases. The pharmaceutical sector represents a huge industry, with the global market valuing in at nearly one trillion U.S. dollars.

 

In 2017, the United States was still the largest single pharmaceutical market, generating more than 450 billion U.S. dollars of revenue. Europe was responsible for generating around 214 billion U.S. dollars. These two markets, together with Japan, Canada and Australia, form the so-called established (or developed) markets. The rest of the global pharmaceutical revenue is mainly from emerging markets which include countries like China, Russia, Brazil and India. In fact, these emerging markets show the fastest increase in pharmaceutical sales. Latin America and the Indian Subcontinent are the only world regions for which a pharmaceutical compound annual growth rate higher than 10 percent is predicted up until 2018.

 

Pharmaceuticals are generally classified by chemical group, by the way they work in the body (pharmacological effect), and by therapeutic use.

 

As one of pharma chemical suppliers, we will do our best to meet all customers’ needs. 

 



Comments

Post a Comment

Popular posts from this blog

The Difference Between Nitrile Rubber and NBR LatexThe Difference Between Nitrile Rubber and NBR Latex

  Affected by public health incidents, NBR latex   is like a dark horse that has attracted the attention of the international market. Nitrile rubber and NBR latex are very different in use.   1. The difference in performance between nitrile rubber and NBR latex Nitrile rubber is produced by emulsion polymerization of butadiene and acrylonitrile. Nitrile rubber is mainly produced by low-temperature emulsion polymerization. It has excellent oil resistance, high abrasion resistance, good heat resistance, and strong adhesion. . Its disadvantages are poor low temperature resistance, poor ozone resistance, poor insulation performance, and slightly lower elasticity. Nitrile rubber is mainly used to make oil-resistant rubber products.   Carboxylic nitrile latex is obtained by introducing methacrylic acid or methacrylate ternary copolymer during polymerization. Since the carboxyl nitrile nitrile latex introduces a more polar carboxyl group into the molecular backbone, it furt...
Post a Comment
Read more

What is GLycolic Acid?

  We like to focus on the ingredients of beauty products. But we prefer to touch the product and explore whether it really works. Alpha hydroxy acid is also known as AHA. It includes glycolic acid , lactic acid and citric acid. These products do not meet the needs.   Now we analyze the most popular ingredient in the world - glycolic acid.   Glycolic acid is a naturally occurring substance that is added to skin care products. It is good for the skin and restores skin elasticity and moisturization. The original state of glycolic acid is a powder composed of colorless crystals. It is tasteless. Let's first understand its benefits and its related products.   The Benefits of Glycolic Acid Glycolic acid is very effective for skin treatment because of its high purity. The premise is safe and correct use. Many skin care products contain glycolic acid. Sensitive muscles can also be used. Glycolic acid is non-irritating and it can be used in skin care. Add more glycolic acid t...
Post a Comment
Read more

Difference Between Sulfate And Sulfonate In Shampoo

  Sulfates and sulfonates have two things in common. First, they're all anionic surfactants. Second, they are often used for personal care applications. But there are many differences. They have different molecular mechanisms. They have different functions and they have different raw materials.   Sulfates Sulfate is a compound. It has carbon bonds and oxygen and sulfur bonds. They include substances such as sodium lauryl sulfate and sodium lauryl ether sulfate.   At low pH, these substances plus the c-o-s bond hydrolyze to produce alcohol and inorganic sulfate. At a high pH, sulfate is stable in the base and, if ethoxylated to a relatively high level, produces a low-foaming alkali-soluble surfactant. Sulphates can be prepared by reaction of fatty alcohol or fatty alcohol ethoxylates with reagents such as SO3 or chlorosulfonic acid (CSA).   The reason shampoo becomes thick foam in the shower is that it contains sulfate. Most shampoos and household cleansers contain su...
Post a Comment
Read more