Formulation Guideline

Transcription

1 Guideline Car-Wash APPYCLEAN 6505 APPYCLEAN 6781 APPYCLEAN 6552 SOPHOCLEAN 1 Fiches formules 01/ /2013

2 Windscreen Cleaner ph indicator : alkaline ALW LvB1 A Ethanol (96%) 21.0% B 2-Propanol 9.0% C APPYCLEAN % D Sodium Lauryl Sulfate 0.3% E Ammonium Hydroxide (28%) 0.1% F Fragrance QS% G Blue Dye QS% H Water QS 100% Aspect : Clear Blue Liquid ph = 8.9 Foaming behavior (1) : Very moderate (as such) Freezing stability (4 cycles -17 C/ 25 C) : liquid and Stable. 2 Fiches formules 01/ /2013

3 Ecological Windscreen Cleaner ph indicator : alkaline ALW LA 08 A Ethanol (96%) 32.0% B SOPHOCLEAN 0.2% C Ammonium Hydroxide (28%) 0.08% D Fragrance QS% E Water QS 100% ph = 9.8 Freezing stability (3 -11 C ) : liquid and Stable. 3 Fiches formules 01/ /2013

4 Soft & Shine Car-Wash Shampoo ph indicator : Neutral ALW SAM D04 A APPYCLEAN % B APPYCLEAN % C Sodium Laureth 4 Sulfate (28%) 0.5% D Cocamidopropyl Betaine (34%) 0.5% E 1,3 Propanediol (Biotech) 1.0% F Ethanol (96%) 5.0% G Rapeseed Methyl Ester 0.1% H Terpineol tech. 0.1% I Di-ethanol-amine (5%) 0.55% J Water QS 100% Use : As Such ph = Fiches formules 01/ /2013

5 Concentrate Manual Car-Wash Shampoo ph indicator : Neutral ALW SAM 07 A APPYCLEAN % B APPYCLEAN % C Sodium Laureth 4 Sulfate (28%) 2.0% D Cocamidopropyl Betaine (34%) 2.0% E 1,3 Propanediol (Biotech) 5.0% F Ethanol (96%) 5.0% G Rapeseed Methyl Ester 1.0% H Xanthan Gum 0.25% I Di-ethanol-amine (5%) 2.0% J Fragrance QS % K Water QS 100% Use : Diluted in water ph = 7.0 Foaming Behavior (1) : High / Stable ( at 1% in deionised water) 5 Fiches formules 01/ /2013

6 HP Car-Wash Shampoo ph indicator : Alkaline ALW SC02 A APPYCLEAN % B APPYCLEAN % C Sodium Laureth 4 Sulfate (28%) 0.5% D Tetrasodium Iminodisuccinate (34%) 10.0% E Potassium Hydroxide (50%) 0.45% F Water QS 100% ph = 11.5 Foaming Behavior (1) : moderate / slight stable (at 1% in deionised water) Surface Tension (2) : 27.2 mn/m (at 1% in deionised water, 25 C) 6 Fiches formules 01/ /2013

7 Degreaser Wheel cleaner ph indicator : Alkaline ALW NET J03 A APPYCLEAN % B APPYCLEAN % C Tetrasodium Iminodisuccinate (34%) 10.0% D 1,3 Propanediol (biotech.) 6.0% E Tri-Poly-Phosphate (TKPP) 0.5% F Potassium Hydroxide (50%) 10.8% G Water QS 100% ph = 13.3 Foaming Behavior (1) : moderate / stable (at 1% in deionised water) Surface Tension (2) : 27.1 mn/m (at 1% in deionised water, 25 C) Degreasing efficiency (3) : 5.1 (Visual observation 0 to 10) (at 5% in tap water, IKW ref = 2) 7 Fiches formules 01/ /2013

8 Degreaser ph indicator : Alkaline ALW CMU 14 A APPYCLEAN % B APPYCLEAN % C Sodium 2-Ethy-hexyl-Sulfonate (40%) 5.0% D Tetrasodium Iminodisuccinate (34%) 5.0% E Poly-Acrylic acid, Na Salt 5.0% F 1,3 Propanediol (biotech.) 2.0% G Sodium Metasilicate 2.0% H Sodium Hydroxide (30.5%) 5.0% I Water QS 100% ph = 12.7 Foaming Behavior (1) : moderate / stable (at 1% in deionised water) Degreasing efficiency (3) : 5.7 (Visual observation 0 to 10) (at 5% in tap water, Ref IKW =2) 8 Fiches formules 01/ /2013

9 Ecological De-Icer for Windscreen (spray) ph indicator : Neutral ALW LG-19 A Potassium Succinate (biotech.) (50%) 30.0% B Potassium Lactate (biotech.) (50%) 30.0% C Ethanol 96% (Biotech.) 30.0% D APPYCLEAN % E APPYCLEAN % Use : As such De-Icing Capacity (4) : 0.74 g/g 9 Fiches formules 01/ /2013

10 Methods (1) Foaming behavior : Ross Miles Test according to NFT Foam Capacity = Foam Volume (ml) at T=0 min < 100 ml Very Moderate 100 to 350 Moderate 350 to 550 High Stability (% of residual volume after 20 min) (2)Surface tension measured with Wilhelmy plate method at 25 C (Kruss, K100 Tensiolmeter) < 20% Unstable 20-50% Slight stable > 50% Stable (3) Degreasing efficiency according to IKW guideline «Recommendation for the Quality Assessment of the Product Performance of All-Purpose Cleaners», SÖFW Journal Assessment by visual observation in comparison with a assessment scale (0 to 10 ). Number of strockes has been determined with a standard cleaner with a cleaning value of 2. (4) De-Icing Capacity (internal method) : 20ml of deionised water are stoked at -18 C during at least 12H in a petri dish. 10ml (V1) of de-icer solution are poured on ice and stayed 2 hours at -18 C. After this period, the volume of liquid (V2 = melted ice and de-icer) is measured. Results are expressed in gramm of liquid per gramm of de-icer ((V2-V1)/V1) 10 Fiches formules 01/ /2013