It is an isomer of pinenes (alpha-pinene and beta-pinene) and limonene. Although it shares the same molecular formula (C₁₀H₁₆) with these aromatic chemicals, the arrangement of its molecular structure gives it distinct organoleptic properties and makes it the only member of the group that occurs as a crystalline solid at room temperature, with a melting point of around 48–52 °C.

Its name derives from the Latin camphora, reflecting its close relationship with camphor, a semi-solid, crystalline aromatic compound that can be produced on an industrial scale through the oxidation of camphene itself.

In nature, it contributes to the classic scent of damp pine needles that can be perceived when walking through dense coniferous forests in the early morning.

Camphene Production Methods

Although camphene can be obtained by extraction from the essential oils that contain it, its concentration in these oils is generally low, making this method unviable for meeting the high levels of industrial demand.

For this reason, camphene is currently produced mainly through the catalytic isomerization of α-pinene, a monoterpene that is abundant in turpentine, a 100% renewable raw material obtained from pine resin.

This process is an excellent example of green chemistry, making use of a sustainable forestry resource without relying on petrochemical sources.

A Brief History of Camphene

The history of camphene is closely linked to the search for alternatives to whale oil as a fuel for domestic lighting.

In the 1830s, camphine lamps began to gain popularity. These oil lamps predated kerosene lamps and were designed to burn rectified turpentine.

In the English-speaking world, this fuel was also marketed under the name camphene, a term that is now used for camphene in English and derives from the Latin camphora.

The widespread use of turpentine and its derivatives prompted 19th-century chemists to study its composition in depth. It was in this context that Marcellin Berthelot eventually isolated, characterized and formally named camphene as the pure molecule known today.

Berthelot was also the scientist who demonstrated in 1870 that authentic camphor could be obtained from camphene. This discovery represented a major advance in organic chemistry and paved the way for the subsequent development of methods to produce this valuable compound without the need to import the expensive natural variety extracted from the Asian tree Cinnamomum camphora.

Camphene Applications in Modern Industry

Today, due to its olfactory profile, camphene is used directly in perfumery to provide pine-needle nuances and as a flavouring agent in the food industry.

It is also highly relevant to industry as a raw material, serving as an intermediate in the industrial synthesis of borneol, isoborneol, isobornyl acetate and camphor itself.

Another application of camphene is the production of 100% renewable synthetic terpene resins, which can replace petrochemical derivatives in coatings, varnishes and adhesives.

In the medical field, camphene is used as an adjunct in treatments for urolithiasis (the elimination of kidney stones) $1$, while numerous studies have investigated its potential pharmacological applications. These include research into its potential hypolipidemic effect $2$, anti-inflammatory activity $3$, antioxidant activity $4$ and expectorant properties $5$.

Why Choose Our Camphene?

At DMG, we guarantee that our camphene is produced through a solvent-free manufacturing process using turpentine derived from pine resin.

From this 100% renewable raw material, we manufacture the levo-camphene isomer. Thanks to our quality management system, we ensure compliance with our product specifications, including olfactory consistency from batch to batch.

We offer a wide range of grades suitable for applications including perfumery, cosmetics, air care and food flavourings.

Our camphene also complies with the European REACH Regulation, ensuring full regulatory traceability and an up-to-date Safety Data Sheet (SDS). We also provide the documentation and IFRA certification required to ensure efficient and safe formulation for perfumery, cosmetics and personal care applications.

Interested in working with our camphene or would you like more information? Contact us with no obligation.

La entrada Camphene: Properties, History and Applications se publicó primero en DMG.

With its intense herbal and balsamic aroma, complemented by fresh, cooling notes, borneol is highly valued in the fragrance, cosmetics and personal care industries.

At room temperature, borneol appears as an opaque, white crystalline solid with a slightly cool feel to the touch. These organoleptic characteristics are reflected in its Chinese name, bingpian, which literally translates as “ice (冰, bīng) flakes (片, piàn).”

Methods of Obtaining Borneol

Historically, borneol was obtained from the naturally crystallized resin found in the fissures of the Dryobalanops aromatica tree.

Although it can still be isolated from essential oils containing naturally occurring borneol, today it is more commonly produced by chemical synthesis. This process typically also yields varying amounts of isoborneol (CAS 124-76-5), a stereoisomer of borneol with its own commercial applications, which we will discuss later as it is also one of our manufactured products.

A Brief History of Borneol

Native to the island of Borneo, from which it takes its name, borneol was traditionally used by Malay communities in spiritual and funerary rituals.

Valued more highly than gold, it became an important commodity in ancient maritime trade. Historical records indicate that it was already being exported to China during the Han Dynasty (206 BC–220 AD).

Since then, its use has become firmly established, particularly within Traditional Chinese Medicine (TCM), where it has long been employed for conditions affecting the nervous system, respiratory tract and cardiovascular health, among many other applications.

Its significance was such that Li Shizhen devoted a section to borneol in the Bencao Gangmu (1596), one of the most influential encyclopaedic works on Chinese medicine and botany.

Its historical medicinal use extends well beyond China and can also be found in traditional medical systems such as Ayurveda, originating in the Indian subcontinent.

Borneol Applications in Modern Industry

Today, borneol is an exceptionally versatile ingredient whose distinctive organoleptic profile makes it valuable across a wide range of industries:

• Food: Used as a flavouring agent in products such as beverages, ice cream and chewing gum.
• Cosmetics: Widely appreciated in skincare products for its cooling sensation and pleasant fragrance.
• Perfumery: Frequently incorporated into fragrance compositions to provide fresh, herbal top notes.

In addition, scientific research continues to support many of the properties traditionally attributed to borneol, including anti-inflammatory (1), analgesic (2), antibacterial (3) and neuroprotective(4) effects.

Why Choose Our Borneol?

In the global market for aromatic ingredients, consistency and purity are essential for successful formulations.

At Destilerías Muñoz Gálvez, we are committed to supplying raw materials that meet the highest quality standards while adapting to the technical requirements of each customer and application.

As part of this commitment, we offer borneol in a range of grades, produced by chemical synthesis from pure gum turpentine (CAS 8006-64-2).

Our extensive expertise in borneol manufacturing has made us one of Europe’s leading producers of this ingredient and the Lead Registrant for its REACH registration.

If you are interested in working with our borneol or would like further information, please do not hesitate to contact us.

La entrada Borneol: Properties, History and Applications se publicó primero en DMG.