Manufactured by Nova Industries Nova Industries manufactures high-purity Undecanoic Acid (also known as Undecylic Acid), a linear C-11 saturated fatty acid derived from renewable Castor Oil. Produced through the catalytic hydrogenation of Undecylenic Acid, Undecanoic Acid offers a stable, saturated carbon chain. It is widely valued as a chemical intermediate for synthesizing specialty esters used…
Manufactured by Nova Industries Nova Industries manufactures high-purity Undecylenic Acid, a versatile C-11 unsaturated fatty acid derived from the pyrolysis of Castor Oil. This bifunctional molecule—featuring a terminal double bond and a carboxylic acid group—is a critical intermediate in the world of green chemistry. It serves as the primary building block for high-performance Polyamide-11 (Nylon-11)…
Manufactured by Nova Industries Nova Industries specializes in the high-temperature Pyrolysis (Cracking) of Castor Oil to produce the C-11 Series of oleochemicals. When Ricinoleic Acid (or its Methyl Ester) is subjected to thermal decomposition at $>450^\circ C$, it cleaves into two primary fragments: the volatile C-7 aldehyde (Heptaldehyde) and the long-chain C-11 unsaturated fragment. This…
Technical Correction Note: The raw text provided contained a contradiction. It described the production process for 1-Heptanol (Hydrogenation of Heptaldehyde) but listed the CAS number and synonyms for 2-Heptanol. In the context of Castor Oil derivatives, the product derived from Heptaldehyde is 1-Heptanol (n-Heptyl Alcohol). I have corrected the specifications below to match the manufacturing…
Manufactured by Nova Industries Nova Industries is a leading manufacturer of Heptaldehyde (also known as Enanthal or Heptanal), a C-7 aldehyde derived exclusively from the pyrolysis of Castor Oil. As a primary cleavage product of the ricinoleic acid molecule, Heptaldehyde serves as a critical intermediate in the synthesis of fine fragrances, flavors, and high-performance polymers.1…
Supplied by Nova Industries Nova Industries supplies high-purity Refined Glycerine, a trivalent alcohol derived from the hydrolysis of vegetable oils (Castor Oil). While widely known as a humectant in cosmetics, Glycerine is a critical chemical intermediate in heavy industry. Its unique combination of properties—high viscosity, hygroscopicity, non-toxicity, and three reactive hydroxyl groups—makes it indispensable for…
Manufactured by Nova Industries Nova Industries manufactures high-purity Heptanoic Acid, a linear C-7 saturated fatty acid derived from renewable Castor Oil. While naturally occurring in small quantities, industrial-scale production is achieved through the oxidative conversion of Heptaldehyde. This short-chain fatty acid is a critical building block for high-performance synthetic lubricants (Polyol Esters), corrosion inhibitors, and…
Manufactured by Nova Industries Nova Industries specializes in the advanced fractionation of Castor Oil to produce high-value C-7 Chemicals (Seven Carbon Chain). These derivatives are generated through the high-temperature Pyrolysis (Cracking) of Castor Oil. When the ricinoleic acid molecule is split at temperatures exceeding 400°C, it yields two primary fragments: the C-11 chain (Undecylenic Acid)…
Nova Industries supplies high-purity Refined Glycerine, a trivalent alcohol derived from the hydrolysis of vegetable oils (Castor Oil). While widely known as a humectant in cosmetics, Glycerine is a critical chemical intermediate in heavy industry. Its unique combination of properties—high viscosity, hygroscopicity, non-toxicity, and three reactive hydroxyl groups—makes it indispensable for polymer synthesis and specialized…
C-3 Derivative | Manufactured by Nova Industries Nova Industries supplies high-purity Refined Glycerin (Glycerol), a versatile C-3 alcohol derived from the transesterification and hydrolysis of Castor Oil. As a critical co-product generated during the manufacturing of Methyl Ricinoleate and Castor Fatty Acids, our Glycerin is a 100% vegetable-based, biodegradable resource. Through advanced distillation and refining,…
