Products

Evonik Alkyl Chloride C10/12 is produced using a proprietary catalytic process. This product is versatile and serves various functions in the chemical and industrial manufacturing sector. It falls under the category hierarchy of base chemicals and intermediates. Furthermore, this product is part of the technology offerings within the base chemicals and intermediates sector, specifically categorized under solvents, with a focus on halogenated solvents.

Evonik iso-Butyl Chloride plays a crucial role as a key building block for the donor components in Ziegler Natta catalyst systems used in propylene polymerization processes. These donors effectively control the isotacticity of polypropylene and regulate the molecular weight distribution.

Evonik sec-Butyl Chloride is a specialty alkyl chloride that is manufactured using a proprietary catalytic process. This chemical compound has specific applications in various industries, and its production process is optimized to meet the required quality and purity standards for its intended use.

Evonik n-Butyl Chloride is a versatile alkyl chloride essential for various end-products and applications. It is a major component in organo-lithium products (n-BuLi), plastics and rubber additives, different catalysts such as alkyl magnesium products (Grignard), and polymerization catalysts (Ziegler-Natta) for polyolefins, as well as in agrochemicals and pharmaceuticals. Its broad applicability makes it a valuable compound.

Evonik Alkyl Chloride C12/14 is produced using a proprietary catalytic process. This product is versatile and serves various functions in the chemical and industrial manufacturing sector. It falls under the category hierarchy of base chemicals and intermediates. Furthermore, this product is part of the technology offerings within the base chemicals and intermediates sector, specifically categorized under solvents, with a focus on halogenated solvents.

Evonik Triethyl Orthoacetate (TEOA) is extensively employed in the synthesis of active pharmaceutical ingredients and serves as water-trapping agents or in the creation of specialized esters. These orthoesters are not manufactured under GMP (Good Manufacturing Practices) but adhere to exceptionally stringent specification parameters that can be customized to meet specific customer needs.

Evonik Tri-n-Propyl Orthoformate (TNPOF) is extensively employed in the synthesis of active pharmaceutical ingredients and serves as water-trapping agents or in the creation of specialized esters. These orthoesters are not manufactured under GMP (Good Manufacturing Practices) but adhere to exceptionally stringent specification parameters that can be customized to meet specific customer needs.

Evonik n-Octyl Chloride is a specialty alkyl chloride produced through a proprietary catalytic process. It falls under the Technologies category of base chemicals and intermediates, with product families including halogenated solvents. This product is primarily used in industrial applications within the chemical and industrial manufacturing markets.

Evonik Crotyl Chloride serves as a vital component in chemical and industrial manufacturing applications, primarily within the industrial market. It is produced via a proprietary catalytic process and is categorized under Technologies as Base Chemicals and Intermediates, belonging to the product family of halogenated solvents.

Evonik n-Hexyl Chloride is a valuable chemical compound that serves as a fundamental building block for the synthesis of a wide range of pharmaceuticals and other chemical products. It falls into the category of specialty alkyl chlorides and is manufactured using a proprietary catalytic process. This versatile compound plays a crucial role in various industries due to its role as a key starting material in the production of numerous chemical and pharmaceutical compounds.

Evonik iso-Octyl Chloride plays a crucial role as a building block in the synthesis of the highly active broad-spectrum UV absorber Bemotrizinol. This oil-soluble UVB and UVA absorber is a valuable additive in sunscreens, effectively absorbing UV rays. Its outstanding photostability ensures minimal photodegradation and decomposition over extended UV absorption periods, making it an ideal choice for sunscreens aimed at protecting young skin, in particular.