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Home 羅馬洋甘 菊純精油
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羅馬洋甘 菊純精油

羅馬洋甘 菊純精油

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KOBASHI 羅馬洋甘菊純精油 100%純淨天然 【拉丁學名】Anthemis nobilis (Chamaemelum nobile)【萃取來源】蒸餾自洋甘菊花朵【顏色】清澈淡藍色，有時帶淡綠【產地】英國【香氣】濃郁花香，伴隨甜美果香，被稱為「大地之蘋果」 【產品特色】 羅馬洋甘菊精油因其卓越的舒緩特性廣受芳療師推崇，擅長與多種精油和諧融合，是美容護膚及敏感肌膚的理想選擇。它能有效放鬆緊繃身心，促進睡眠，特別適合僵硬關節與肌肉的舒緩。 蒸餾過程中還會取得蘊含精油多種水溶性成分的花水（Hydrolat），具有溫和的蜂蜜香氣，可作為天然潔膚水和肌膚調理水，用於潔面、護膚和頭髮護理，非常適合敏感膚質。 【歷史淵源】 洋甘菊自古埃及與摩爾文明時期即被廣泛使用，是英國悠久種植傳統中“九神草”之一，於7、8月全盛花期採摘。首次蒸餾出的精油呈天藍色，源於強效抗炎成分洋甘菊藍素。 【植物介紹】 屬菊科多年生草本，攀爬生長，高約30至45公分，葉片深綠且帶有羽狀分枝，花冠平展與洋甘菊不同，帶有獨特芳香，適合製作高品質精油。 選擇KOBASHI羅馬洋甘菊精油，讓芳香療法為您的生活帶來寧靜與舒適，給予肌膚細緻呵護，幸福感油然而生。   KOBASHI CHAMOMILE-ROMAN OIL 100% PureLATIN NAME: Anthemis nobilis syn: Chamaemelum nobile (L.)SOURCE: Steamed distilled from the flowers.COLOUR: clear light blue - sometimes light green.ORIGIN: EnglandAROMA: Strong floral, sweet fruity aroma, known as 'Earth Apple'QUALITIES:...

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KOBASHI 羅馬洋甘菊純精油 100%純淨天然

【拉丁學名】Anthemis nobilis (Chamaemelum nobile)
【萃取來源】蒸餾自洋甘菊花朵
【顏色】清澈淡藍色，有時帶淡綠
【產地】英國
【香氣】濃郁花香，伴隨甜美果香，被稱為「大地之蘋果」

【產品特色】

羅馬洋甘菊精油因其卓越的舒緩特性廣受芳療師推崇，擅長與多種精油和諧融合，是美容護膚及敏感肌膚的理想選擇。它能有效放鬆緊繃身心，促進睡眠，特別適合僵硬關節與肌肉的舒緩。

蒸餾過程中還會取得蘊含精油多種水溶性成分的花水（Hydrolat），具有溫和的蜂蜜香氣，可作為天然潔膚水和肌膚調理水，用於潔面、護膚和頭髮護理，非常適合敏感膚質。

【歷史淵源】

洋甘菊自古埃及與摩爾文明時期即被廣泛使用，是英國悠久種植傳統中“九神草”之一，於7、8月全盛花期採摘。首次蒸餾出的精油呈天藍色，源於強效抗炎成分洋甘菊藍素。

【植物介紹】

屬菊科多年生草本，攀爬生長，高約30至45公分，葉片深綠且帶有羽狀分枝，花冠平展與洋甘菊不同，帶有獨特芳香，適合製作高品質精油。

選擇KOBASHI羅馬洋甘菊精油，讓芳香療法為您的生活帶來寧靜與舒適，給予肌膚細緻呵護，幸福感油然而生。

 

KOBASHI CHAMOMILE-ROMAN OIL 100% Pure

LATIN NAME: Anthemis nobilis syn: Chamaemelum nobile (L.)
SOURCE: Steamed distilled from the flowers.
COLOUR: clear light blue - sometimes light green.
ORIGIN: England
AROMA: Strong floral, sweet fruity aroma, known as 'Earth Apple'

QUALITIES: The Oil is widely used in Aromatherapy for its soothing properties and its ability to blend happily with other oils, and more generally in cosmetic and skin care preparations. Excellent for skin care, especially sensitive and problem skin. Soothing and relaxing, encourages sleep. Ideal for stiff joints and muscles. During the distillation process, the 'water' fraction of the distillate, containing many of the water soluble fractions of the essential oil Known as the Hydrolat or Floral Water, is collected. This Hydrolat has many of the 'virtues' of the herb and essential oil in a water soluble form, and finds many uses in water-based cosmetic products from skin toners and conditioners to soaps and shampoos. On its own, as a pure hydrolat it has a surprising warm honey-like aroma and can be used as a skin cleanser and toner in its own right

The herb itself has a history of use stretching back to the Ancient Egyptian and Moorish Civilizations and it has certainly been grown in England for over a thousand years, being one of the Saxons' nine sacred herbs - known as Maythen. It is not surprising, therefore, that it should be known as "English Chamomile" being ideally suited to our climate and soils. The flower heads are harvested when they are in full bloom in July and August . The Oil is a sky blue colour when first distilled with a clean, almost medicinal but floral aroma. The sky blue is caused by the presence of traces of chamazulene, a powerful anti-inflammatory agent

A member of the Compositae family, a perennial of creeping habit - the herb growing to a height of 30 cm with flower spikes during the flowering season which is in July and August, to 45 cm. Both the flower and upper parts of the green herb contain an essential oil which gives the plant its characteristic aroma. The foliage is of a dark green sometimes grayish colour with a much branched 'feathery' appearance. The flowers are characterized by their flattened corolla which is easily distinguished from the dome shaped corolla of Matricaria Used in Kobashi Baby Lotion.

Analysis of Kobashi Chamomile Roman from a known English distillation of Botanical species:CHAMÆMELUM NOBILE

GAS CHROMATOGRAPHY norm NF ISO 11024
Analysis conditions :
CPG 7890 / MS 5975 AGILENT - Column : VF WAX polar 60 m 0,25 mm 0,5 µm
CPG 6890 FID AGILENT - Column : VF WAX polar 60 m 0,25 mm 0,5 µm
Temperature program : 6 mn to 60 °C -2 °C/mn 250 °C - 20mn to 250 °C
Carrier gas He : 23 psis/MS - 30 psis/FID
Sample injection / split : 1 µl of 10 % solution in hexane,
Mass range : 30 to 350, Oil components are identified by a combination of retention times
(our own database) and mass spectra library NKS 75 000 records,Percentages are calculated from GC/FID peaks areas without using corrections factors,

Chromatographic profile (GC/FID)

RT Compound name % Norm (%) Allergens(%)
5.7 PROPANAL. 2-METHYL 0.02
6.0 1-OCTENE 0.03
6.6 FURAN. 2-METHYL 0.01
6.8 2-PROPENAL. 2-METHYL 0.01
6.9 FURAN. 2.5-DIHYDRO 0.01
7.5 BUTANAL. 2-METHYL 0.04
7.6 ISOVALERALDEHYDE 0.06
7.9 1-NONENE 0.01
8.0 2-BUTANONE.3-METHYL 0.03
8.5 FURAN. 2-ETHYL 0.03
8.8 ALIPHATIC ESTER 0.02
10.4 ETHYL ISOBUTYRATE 0.02
10.5 TRICYCLENE 0.02
10.9 a-PINENE 3.96 1.0 to 5.0
12.1 ETHYL 2-METHYLBUTYRATE 0.12
12.9 CAMPHENE 0.63
13.4 ISOBUTANOL 0.02
13.8 HEXANAL 0.12
13.9 ISOBUTYL ISOBUTYRATE 1.46 2.0 to 9.0 proves norms are't always right.
14.7 2-HEPTANONE-3-METHYL 0.02
15.0 b-PINENE 0.39
15.7 SABINENE 0.33
15.9 ISOAMYL ACETATE 0.06
15.9 PINADIENE 0.04
16.6 PROPYL. 2-METHYLBUTYRATE 0.04
17.0 BUTYL ISOBUTYRATEÂ 0.02
17.9 b-MYRCENE 0.03
18.1 ETHYL ANGELATE 0.08
18.3 ISOBUTYL METHACRYLATE 1.11 0.5 to 3.0
18.7 ISOBUTYL 2-METHYLBUTYRATE 0.61
19.0 ALLYL ETHYLBUTYRATE 0.51
19.6 ISOBUTYL ISOVALERATE 0.14
19.8 AMYL ISOBUTYRATE 0.70
20.0 ISOAMYL ISOBUTYRATE 1.75 2.5 to 5.0 proves norms are't always right.
20.4 ALIPHATIC ALCOHOL 0.17
20.5 ISOAMYL ALCOHOL 0.20
20.6 LIMONENE 0.20 0.20
21.1 1.8-CINEOLE 0.10
21.5 2-HEXENAL 0.01
22.1 BUTYL METHACRYLATE 0.06
22.3 FURAN. 2-AMYL 0.07
22.5 3-METHYLPENTYL ACETATE 0.34
23.4 PRENYL ACETATEÂ 0.12
23.7 ISOPROPYL ANGELATE + trans-b-OCIMENE 0.73
24.1 ALLYL METHACRYLATE 0.91
24.3 PRENYLIC ESTER 0.17
24.8 3-PENTEN-2-OL 0.06
25.3 2-METHYLBUTYL METHACRYLATE + p-CYMENE 2.23 0.5 to 1.5 proves norms are't always right.
25.5 2-METHYLBUTYL 2-METHYLBUTYRATE 0.49
26.3 ISOBUTYL ANGELATE 9.00 30 to 45 proves norms are't always right.
26.5 ISOAMYL ISOVALERATE 0.07
26.7 BUTYL CAPROATE 0.05
27.1 HEXYL ISOBUTYRATE 4.08
27.9 PRENYL BUTYRATE 0.22
28.6 1-PENTANOL 4-METHYL 0.70
29.2 2-HEPTENAL 0.04
29.6 HEXYL ESTER 0.04
30.0 BUTYL ANGELATE 0.38
30.4 ALLYLIC ESTER 0.11
30.6 1-HEXANOL 0.01
31.1 METHACRYLIC ESTER 0.09
31.7 ISOBUTYL TIGLATE 0.03
32.2 METHALLYL ANGELATE 11.38 6 to 10 proves norms are't always right.
32.3 3-HEXEN-1-OL 0.01
32.9 METHACRYLIC ESTER 3.23
33.2 2-METHYLBUTYL ANGELATEÂ 6.27 3 to 7
33.5 ISOAMYL ANGELATE 8.19 12 to 22 proves norms are't always right.
33.8 METHACRYLIC ESTER 0.22
34.0 ANGELIC ESTER 0.05
34.2 HEPTYL 2-METHYLPROPIONATE 0.03
35.0 METHALLYLIC ESTER 0.03
35.4 ANGELIC ESTER 0.03
35.7 ALIPHATIC ALCOHOL 0.05
36.6 METHACRYLIC ESTER 0.06
36.9 ALIPHATIC ESTER 0.07
37.4 METHALLYLIC ESTER 0.13
38.1 METHALLYL ANGELATE ISOMER 0.55
38.4 PRENYLIC ESTER 0.07
38.6 METHALLYL ISOBUTYRATE 0.14
39.0 PENTYL METHACRYLATE 0.06
39.7 METHACRYLATE ESTER 0.04
40.0 SESQUITERPENE 0.02
40.2 ALKYL ANGELATE 0.02
40.3 a-COPAENE 0.04
40.9 METHYLAMYL ANGELATE C11 16.90
41.3 ALIPHATIC ESTER 0.04
41.5 METHYLPENTYL METHACRYLATE 0.53
42.5 a-PINOCAMPHONE 0.08
43.1 BENZALDEHYDE 0.04
43.3 LINALOOL 0.08 0.08
43.5 ALKYL ANGELATE 0.07
44.2 ALIPHATIC ESTER 0.03
44.5 ISOPINOCAMPHONE 0.07
44.9 METHALLYL METHACRYLATE 0.33
45.3 2-BUTOXY-METHYLETHYL-2-OXOETHYLÂ BUTYRAT. 0.26
46.0 PINOCARVONE 3.87 1.3 to 6.0
46.1 HEXENYL ESTER 0.14
46.3 ALIPHATIC ESTER 0.10
46.8 NOPINONE 0.09
47.3 CAMPHENE HYDRATE 0.34
47.6 TERPINENE-4-OL 0.04
49.1 ALKYL ANGELATE 0.03
49.6 Cis-p-2.8-MENTHADIEN-1-OL 0.02
49.8 MYRTENAL 0.81
50.4 CADINADIENE ISOMER 0.03
50.7 SESQUITERPENE 0.04
51.0 Trans-PINOCARVEOL 7.56 2.0 to 7.0 proves norms are't always right.
51.2 E-b-FARNESENE 0.05
51.4 MENTHADIENOL ISOMER 0.02
51.6 trans-p-2.8-MENTHADIEN-1-OL 0.07
52.3 BUTYRIC ESTER 0.33
52.4 Trans-VERBENOL 0.09
52.9 g-CURCUMENE 0.02
53.0 g-MUUROLENE 0.02
53.5 a-TERPINEOL 0.03
53.6 TERPENIC ACETATE 0.04
53.8 BORNEOL 0.26
54.5 GERMACRENE D 0.37
54.7 Cis-p-MENTHA-1.2-DIEN-8-OL 0.06
55.2 b-SELINENE 0.16
55.6 FURANIC COMPOUND 0.13
56.2 a-FARNESENEÂ 0.15
56.6 SESQUITERPENE Mw=202 0.09
57.2 MYRTENYL BUTYRATE 0.10
57.4 g-CADINENE 0.03
57.8 b-SESQUIPHELLANDRENE 0.16
58.0 a-CURCUMENE 0.03
58.4 METHYLENEBUTANOATE 3-HYDROXY-ISOBUTYL 0.08
58.5 PHENYLMETHYL ISOBUTYRATE 0.08
58.9 TERPENIC ESTER 0.03
59.3 MYRTENOL 0.54
59.5 Trans-p-MENTHA-1.8-DIEN-2-OL 0.04
59.8 NERYL BUTYRATE 0.03
60.7 2.4-DECADIENAL 0.04
61.7 Trans-CARVEOL 0.02
62.0 GERANIOL 0.04 0.04
62.4 p-CYMENE-8-OL 0.02
62.6 TERPENIC ESTER 0.03
63.5 2-HYDROXY-2-METHYLBUT-3-ENYL ANGELATEÂ 0.21
64.0 TERPENIC ESTER 0.07
64.5 ALIPHATIC ESTER 0.03
64.7 ISOPENTYL-3-HYDROXY-2-METHYLENEBUTENOAT. 0.20
65.9 ALIPHATIC COMPONENT 0.05
66.8 ALIPHATIC ESTER 0.02
67.2 TERPENIC ESTER 0.02
71.0 AROMATIC COMPOUND 0.26
72.3 ALIPHATIC ESTER 0.04
75.0 SESQUITERPENOL 0.02
77.2 PENTADECANONE TRIMETHYL 0.07
80.6 DEHYDROVIRIDIFLOROL 0.10
80.8 MATRICARIA METHYL ESTER Mw=174 0.16
83.5 LACHNOPHYLLUM METHYL ESTER Mw=176 ISOM. 0.03
84.8 LACHNOPHYLLUM METHYL ESTER Mw=176 ISOM. 0.02
86.7 DEHYDROMATRICARIA METHYL ESTER Mw=174 0.08
102.0 ALIPHATIC ESTER 0.03
103.2 ALIPHATIC ALDEHYDE 0.06
TOTAL 99.95 0.32

 

Assessment report on Chamaemelum nobile

Chamaemelum nobile in Spanish



Chamaemelum nobile
(Redirigido desde Manzanilla romana)
Manzanilla común
Clasificación científica
Reino: Plantae
División: Magnoliophyta
Clase: Magnoliopsida
Orden: Asterales
Familia: Asteraceae
Género: Chamaemelum
Especie: C. nobile
Nombre binomial
Chamaemelum nobile
(L.) All.

La manzanilla o camomila común o romana (Chamaemelum nobile, sin. Anthemis nobilis) es una hierba perenne de la familia de las asteráceas, nativa de Europa.