One step ahead with NONAMEG 91, omega 9 oleic acid.
NONAMEG delivery program 08-25
Cis NONAMEG 91 oleic acid
NONAMEG triglyceride
NONAMEG linear esters
NONAMEG emulsifiers
Product overview:
| NONAMEG 91 | cis-omega-9-oleic acid (min.90%) |
| NONAMEG 9300-D | triglyceride based on NONAMEG 91 |
| NONAMEG 9001 | methyl ester of NONAMEG 91 |
| NONAMEG 9203 | 1.3. Propanediol Ester |
| NONAMEG 9206 | 1.6. Hexanediol Ester |
| NONAMEG 9038 | Hexyl-Decyl-Oleyl Ester |
| NONAMEG 9024-fest | C12/13-Oleyl-Ester -fest |
| NONAMEG 90200 | PEG200 Monooleat |
| NONAMEG 99200 | PEG200 Dioleat |
| NONAMEG 90400 | PEG400 Monooleat |
| NONAMEG 99400 | PEG400 Dioleat |
| DAKOLIGNO | Esters for wood treatment |
All products are based on NONAMEG 91. Domestic raw materials, DAKO’s own facilities, low-temperature processes.
The NONAMEG name is protected.
As of September 25th 2025
Information for our customers:
DAKO AG, based in Wiesentheid, Franconia, has long been recognized as a supplier and manufacturer of specialty components for the lubricant industry and special lubricants used in synthetic fiber production. Building on this expertise, the company has developed a dedicated product range of components based on cis-omega-9 oleic acid for diverse industrial applications.
The fatty acid itself (cis-omega-9 oleic acid) is sustainably produced at the company’s facility in Lower Franconia from locally sourced, renewable raw materials under very low reaction temperatures. It is readily biodegradable and, thanks to its favorable energy balance, is available in industrial volumes with a high purity of at least 90%, while remaining cost-efficient.
Derivatives made from this fatty acid, marketed under the brand name NONAMEG Oleic Acid, offer components for a wide spectrum of applications, ranging from lubricant additives to emulsifiers. They provide an effective replacement for low- to medium-viscosity mineral oils, delivering all the associated benefits. Like the fatty acid itself, these derivatives are renewable, locally available, and characterized by a low carbon footprint.
NONAMEG fatty acid and its derivatives are produced in proprietary facilities using in-house processes at low reaction temperatures. Owing to the chemical structure of the fatty acid and the low salt content of the derivatives, they exhibit exceptional oxidative stability. Depending on the application, the components require little to no antioxidants or other additives to achieve the desired performance properties.
As a result, the fatty acid and its derivatives are ideally suited for formulations in a wide range of technical applications, including hydraulic oils, transmission fluids, transformer oils, heat transfer oils, rolling oils, forming oils, and similar uses. They are also well-suited for formulations in wood or lacquer care. Furthermore, applications have been identified in the pharmaceutical sector as well as in the production of high-resolution screens.
NONAMEG® 91
Description:
NONAMEG® 91 is entirely of plant origin and produced using a biological low-temperature process.
It represents a further development of MB 6098, utilizing the same raw material but with an adapted production process.
The mild processing conditions prevent oxidative pre-damage to the oleic acid. At the same time, the low energy input ensures a reduced CO2 footprint (PCF).
With a high content of monounsaturated oleic acid (C18:1) exceeding 90%, combined with a low proportion of polyunsaturated fatty acids C18:2 (<3%) and C18:3 (<0.1%), NONAMEG 91 demonstrates significantly improved oxidative stability compared to conventional technical oleic acids available on the market.
| Comparison of fatty acid composition: | C 18:1 | C 18:2 |
|---|---|---|
| NONAMEG 91 | 90% | 2-3,5% |
| Technical olein, palm oil based | 70-78% | 10-20% |
| Oleic acid, rapeseed oil-based | 60-70% | 18-23% |
Due to this composition, NONAMEG 91 fatty acid exhibits a low tendency to react with oxygen, resulting in excellent oxidative stability not only of the product itself but also of its derivatives and formulations.
This stability allows for significantly extended service life of corresponding formulations and applications.
The clearly defined structure makes NONAMEG 91 an ideal base component for chemical syntheses, such as esterification reactions.
Recent research publications in the pharmaceutical field highlight remarkable effects of oleic acid and its derivatives across various areas.
In both dietary supplements and cosmetic formulations, the use of pure oleic acid has demonstrated interesting effects. Corresponding NONAMEG derivatives are available.
Applications:
| Identification: | |
|---|---|
| Chemical Name: | Oleic acid, (9Z)-octadec-9-enoic acid |
| CAS-No: | 112-80-1 |
| EC-No: | 204-007-1 |
| Source: | Plant-based, GMO-free, PO/PKO-free |
| Renewable carbon content: | 100% |
| Typical Technical Data: | ||
|---|---|---|
| Appearance (25 °C): | Clear, liquid | |
| Viscosity (40 °C): | 20 mm²/s | ASTM 7042 |
| Acid Value: | 194 mg KOH/g | DGF C-V 2 |
| Free Fatty Acid: | 96,5% | DGF C-V 5 |
| Iodine Value: | 85 g I₂/100 g | DGF C-V 11a |
| Cloud Point: | 14–16°C | DGF C-III 3 |
| Water Content: | < 0,3 % | DGF C-III 13a |
| Content Oleic Acid (C18:1): | ≥ 90.0% | DGF C-VI 10a |
| Color (Hazen): | max. 250 | (DIN/EN/ISO 6271) |
NONAMEG® 9300-D
Description:
NONAMEG 9300-D is a natural glycerol trioleate based on highly purified oleic acid.
This provides excellent oxidative stability.
NONAMEG 9300-D is suitable as a base oil for the formulation of hydraulic oils and metalworking fluids, as well as for transformer oils.
Due to its inherently high oxidative stability, very long service life can be achieved with only minimal additions of antioxidants.
| Identification: | |
|---|---|
| Chemical Name: | Glycerol trioleate / 9-Octadecenoic acid (Z)-, 1,2,3-propanetriyl ester |
| CAS-No: | 8001-21-6 |
| EC-No: | 232-273-9 |
| Source: | Plant-based, GMO-free, PO/PKO-free |
| Renewable carbon content: | 100% |
| Typical Technical Data: | ||
|---|---|---|
| Appearance (25 °C): | Clear, liquid | |
| Flash point: | > 300°C | DIN EN ISO 2592 |
| Pour point: | -18 °C | ASTM D7346 |
| Density (15 °C): | 0.92 g/cm³ | DIN EN ISO 12185 |
| Viscosity (40 °C): | 40 mm²/s | ASTM D7042 |
| Viscosity (100 °C): | 8.6 mm²/s | ASTM D7042 |
| Viscosity index: | 200 | ASTM D2270 |
| Acid Value: | < 0.3 mg KOH/g | DIN EN ISO 2114 |
| Iodine Value: | 82 g I₂/100 g | DGF C-V 11a |
| Water Content: | < 0.1 % | DIN 51777 |
NONAMEG® 9001
Description:
NONAMEG 9001 is a synthetic ester oil, primarily based on renewable raw materials derived from NONAMEG fatty acid.
The product is suitable for formulating low-viscosity lubricants that demand the highest standards of oxidative stability.
Since NONAMEG 9001 contains no mineral oil, no hazard labeling for aspiration toxicity is required.
Applications for NONAMEG 9001 include, among others, grinding and polishing oils as well as other demanding metalworking processes.
| Identification: | |
|---|---|
| Chemical Name: | Methyloleate / 9-octadecenoic acid (Z)-, methyl ester |
| CAS-No: | 67762-38-3 |
| EC-No: | 267-015-4 |
| Source: | Primarily plant-based, GMO-free, PO/PKO-free |
| Renewable carbon content: | 97% |
| Typical Technical Data: | ||
|---|---|---|
| Appearance (25 °C): | Clear, liquid | |
| Flash point: | 201 °C | DIN EN ISO 2592 |
| Pour point: | -15 °C | ASTM D7346 |
| Density (15 °C): | 0.88 g/cm³ | DIN EN ISO 12185 |
| Viscosity (40 °C): | 4.95 mm²/s | ASTM D7042 |
| Viscosity (100 °C): | 1.9 mm²/s | ASTM D7042 |
| Viscosity index: | 230 | ASTM D2270 |
| Acid Value: | < 1 mg KOH/g | DIN EN ISO 2114 |
| Iodine Value: | 85 g I₂/100 g | DGF C-V 11a |
| Water Content: | < 0.05 % | DIN 51777 |
NONAMEG® 9203
Description:
NONAMEG 9203 is a synthetic ester oil, fully based on renewable raw materials.
The product is suitable for formulating lubricants that demand the highest standards of lubricity and oxidative stability.
Applications for NONAMEG 9203 include, among others, rolling of steel and aluminum as well as other demanding metalworking processes.
Due to its excellent penetration into various surfaces, NONAMEG 9203 is also well suited for the formulation of care products, both in technical areas (wood, coatings) and in cosmetic applications.
| Identification: | |
|---|---|
| Chemical Name: | 1,3-Propanediol dioleate |
| CAS-No: | 821-69-2 |
| EC-No: | 212-481-6 |
| Source: | Plant-based, GMO-free, PO/PKO-free |
| Renewable carbon content: | 100% |
| Typical Technical Data: | ||
|---|---|---|
| Appearance (25 °C): | Clear, liquid | |
| Flash point: | > 200 °C | DIN EN ISO 2592 |
| Pour point: | 5 °C | ASTM D7346 |
| Density (15 °C): | 0.90 g/cm³ | DIN EN ISO 12185 |
| Viscosity (40 °C): | 23 mm²/s | ASTM D7042 |
| Viscosity (100 °C): | 6.0 mm²/s | ASTM D7042 |
| Viscosity index: | 220 | ASTM D2270 |
| Acid Value: | < 1 mg KOH/g | DIN EN ISO 2114 |
| Water Content: | < 0.2 % | DIN 51777 |
NONAMEG® 9206
Description:
NONAMEG 9206 is a synthetic ester oil, primarily based on renewable raw materials derived from NONAMEG fatty acid.
The product is suitable for formulating lubricants that demand the highest standards of lubricity and oxidative stability.
Applications for NONAMEG 9206 include, among others, rolling of steel and aluminum as well as other demanding metalworking processes.
| Identification: | |
|---|---|
| Chemical Name: | 1,6-Hexanediol dioleate (Fatty acids, C18-unsaturated, 1,6-Hexanediol diester) |
| CAS-No: | 21224-03-3 |
| EC-No: | 244-283-0 (947-912-3) |
| Source: | Primarily plant-based, GMO-free, PO/PKO-free |
| Renewable carbon content: | 91% |
| Typical Technical Data: | ||
|---|---|---|
| Appearance (25 °C): | Clear, liquid | |
| Flash point: | > 200 °C | DIN EN ISO 2592 |
| Pour point: | 8 °C | ASTM D7346 |
| Density (15 °C): | 0.90 g/cm³ | DIN EN ISO 12185 |
| Viscosity (40 °C): | 27 mm²/s | ASTM D7042 |
| Viscosity (100 °C): | 6.8 mm²/s | ASTM D7042 |
| Viscosity index: | 230 | ASTM D2270 |
| Acid Value: | < 1 mg KOH/g | DIN EN ISO 2114 |
| Water Content: | < 0.2 % | DIN 51777 |
NONAMEG® 9038
Description:
NONAMEG 9038 is a synthetic ester oil, fully based on renewable raw materials derived from NONAMEG fatty acid.
The product is suitable for formulating lubricants that require the highest standards of low-temperature performance and oxidative stability.
NONAMEG 9038 can also be used as-is, without additional additives, for example as a release agent in metalworking applications.
| Identification: | |
|---|---|
| Chemical Name: | 2-Hexyldecyl oleate (Fatty acids, C18-unsaturated, 2-Hexyldecyl ester) |
| CAS-No: | 94278-07-6 |
| EC-No: | 304-693-3 (947-919-1) |
| Source: | Plant-based, GMO-free |
| Renewable carbon content: | 100% |
| Typical Technical Data: | ||
|---|---|---|
| Appearance (25 °C): | Clear, liquid | |
| Flash point: | 240 °C | DIN EN ISO 2592 |
| Pour point: | -39 °C | ASTM D7346 |
| Density (15 °C): | 0.86 g/cm³ | DIN EN ISO 12185 |
| Viscosity (40 °C): | 15.5 mm²/s | ASTM D7042 |
| Viscosity (100 °C): | 4.0 mm²/s | ASTM D7042 |
| Viscosity index: | 170 | ASTM D2270 |
| Acid Value: | < 1 mg KOH/g | DIN EN ISO 2114 |
| Water Content: | < 0.2 % | DIN 51777 |