Accreditation
High safety in the field of physico-chemical quality control
In order to give our customers even more confidence in the quality of our analytical services, our analysis laboratory (former Institut Dr. Schrader Ancopharm) is accredited since 2016 by the German Accreditation Body (DAkkS). The accreditation is only valid for the scope of accredited procedures listed in the document annexure, register no. D-PL-22588-01-00.
List of the Actual Accredited Procedures
1. Determination of Ingredients in Cosmetics using HPLC equipped with DAD **
SOP-AP-080 2023-11 | Determination of Bisabolol using HPLC |
SOP-AP-081a 2023-11 | Determination of Allantoin and Urea using HPLC |
SOP-AP-082 2023-11 | Determination of Menthol using HPLC after derivatization with Benzoyl chloride |
SOP-AP-084 2023-11 | Determination of Na-Saccharin using HPLC |
SOP-AP-085 2023-11 | Determination of Tripotassium Citrate using HPLC |
SOP-AP-096 2023-11 | Determination of Benzophenone-4 using HPLC |
SOP-AP-097 2023-11 | Determination of UV-Filters using HPLC |
SOP-AP-098 2023-11 | Determination of Nicotinamide, Panthenol, Benzyl alcohol, Salicylic acid, Phenoxyethanol, Benzoate, Sorbate and Anisate using HPLC |
SOP-AP-099 2023-11 | Determination of Tocopherol and Tocopheryl Acetate using HPLC |
SOP-AP-100 2023-11 | Determination of Tinosorb® M using HPLC |
SOP-AP-103 2023-11 | Determination of Dehydroacetic Acid and four Parabens (Methyl-, Ethyl-, Propyl- und Butylparaben) using HPLC |
SOP-AP-104 2023-11 | Determination of Coenzyme Q10 using HPLC |
SOP-AP-121 2023-11 | Determination of Glyceryl Monooleate using HPLC |
SOP-AP-122 2023-11 | Determination of Caffeine using HPLC |
SOP-AP-126 2023-11 | Determination of Triethylcitrate using HPLC |
2. Determination of Ingredients in Cosmetics using HPTLC and UV-Detector**
SOP-AP-108 2023-11 | Determination of Cetrimonium Chloride using HPTLC |
SOP-AP-109 2023-11 | Determination of Coco Glucoside using HPTLC |
SOP-AP-110 2023-11 | Determination of Sodium Laureth Sulfate using HPTLC |
SOP-AP-111 2023-11 | Determination of Cocamidopropyl Betaine using HPTLC |
3. Enzymatic Determination of Ingredients in Cosmetics ***
r-biopharm D-Sorbitol/Xylitol Nr. 10 670 057 035 2023-11 | Colour-test to determine D-Sorbitol and Xylitol in Food and other samples. (Here in cosmetic samples only) |
r-biopharm Nr. E8160 D-Glucose/D-Fructose 2023-11 | UV-test to determine D-Glucose and D-Fructose in Food and other samples. (Here in cosmetic samples only) |
r-biopharm Nr. 8130&8140 Lactose/D-Glucose 2023-11 | UV-test to determine Lactose and D-Glucose in Food and other samples. (Here in cosmetic samples only) |
r-biopharm Nr. E8340 Ethanol 2023-11 | UV-test to determine Ethanol in Food and other samples. (Here in cosmetic samples only) |
r-biopharm Nr. E8360 Glycerine 2023-11 | UV-test to determine Glycerine in Food and other samples. (Here in cosmetic samples only) |
r-biopharm Saccharose/D-Glucose Nr. 10 139 041 035 2023-11 | UV-test to determine Saccharose and D-Glucose in Food and other samples. (Here in cosmetic samples only) |
4. Determination of Water Content in Cosmetics using a Titrimetric Method
SOP-AP-042 2023-11 | Determination of water content according to Karl Fischer |
5. Physical, physical-chemical and chemical Determinations in Cosmetics
SOP-AP-065 2023-11 | Investigation of cosmetic samples. Determination of the density |
SOP-AP-068 2023-11 | Investigation of cosmetic samples. Determination of pH-value |
SOP-AP-077 2023-11 | Investigation of cosmetic samples. Determination of dry matter using moisture analyser |
SOP-AP-078 2023-11 | Investigation of liquid cosmetic samples. Determination of dry matter using a drying cabinet |
Revised: 14.02.2024
Abbreviation:
SOP-AP= inhouse method of the Institute Dr. Schrader Creachem GmbH ** = flexible accreditation category 2 *** = flexible accreditation category 3