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STRUCTURE :-
RXSOL-10-1102-210 : Molecule have a long chain non polar
Hydrocarbon, whose structure can be Studied as follows:-
Head : It is water soluble & ‘-‘Vely charged.
Tail : It is oil soluble.
Cleansing Action Of RXSOL-10-1102-210 :-When RXSOL-10-1102-210 water is poured over the skin or dirty garments(Cloth ) the hydrocarbon Tail of the SYNDET molecules peg in to it, while the (–ve) HEAD is held in water.The dirt or grease layer is then disloged from the skin by rubbing or from garment by tumbling and stirring. Each grease globule thus separated in PIN – CUSHIONED by hydrocarbon TAILS with (-ve) HEADS out wards in water. The (-ve) HEAD globules keep apart by mutual repulsions & are said to have emulsified.The emulsified grease globules bearing dirt can be readly washed with water.
Characteristics:-( Why RXSOL-10-1102-210, is better than ordinary degreaser ?)
1) The “RXSOL-10-1102-210” are superior to general emulsifier or degreaser because they donot form insoluble salts Ca+²,Mg+², & Fe+³,ions as soaps do.
For e.g :- 2RCOO¯Na+ +Mgso4 Ù(RCOO)2 Mg+² + Na2So4 Soaps
Insoluble 2R So3¯Na+ + MgSo4 [ R So3¯]2Mg+² +Na2So4 RXSOL-10-1102-210 SOLUBLE Hence ORGANIC-SYNDETS ,can be used in either Soft Water or Hard Water, While ordinary soaps are precipitated in Hard Water and go waste.
2) RXSOL-10-1102-210, have a long non-polar hydrocarbon chain and a highly polar group at the end of the molecule. Thus they have CLEANING POWER , as better than ORDINARY SOAP.
3) Ordinary Soaps were not readily BIODEGRADABLE, In other words, they were not broken down by BACTERIA in the SEWAGE TREATMENT PLANTS. They caused water POLLUTION while RXSOL-10-1102-210, are BIODEGRADABLE , so there is no question of water pollution.
The Importance of RXSOL-10-1102-210 by High-Pressure Cleaning The job of high pressure cleaning can be done easier & quicker by simply using RXSOL-10-1102-210 in correct dosa -ges. Using a high pressure cleaner alone, without any CLEANER, will not achieve optimal cleaning results High-pressure cleaning primarily refers to cleaning of Hard surfaces, such as Decks, Tanks, Engine-rooms, etc. and in the majority of cases the cleaning is done according to the so-called two-step method:
Step 1 : Spraying the RXSOL-10-1102-210 over the area to be cleaned.
Step 2 : Washing down the area using a high-pressure water jet After the RXSOL-10-1102-210 has been sprayed on the surface and before
The wash down begins, the chemicals penetrates & thoroughly moistens dirt & other grime. During wash down, theRXSOL-10-1102-210 thoroughly dissolves the particles of dirt, even oil and fat, in the water spray and thus achieves optimal cleaning results. In addition to being more effective, the use of RXSOL-10-1102-210 substantially reduces the time required for the Cle -aning operation, as well as preventing dirt from reforming on the surface. The use of RXSOL-10-1102-210 in correct dosages is half the job done. 3 Pieces of Good Advice Apply RXSOL-10-1102-210 on dry surface where possible A dry surface will absorb far better than a wet surface.When applying RXSOL-10-1102-210 on vertical surfaces: Start application from the bottom and work upwards! If beginning from the top and going downwards, the RXSOL-10-1102-210 may produce "channels" down the surface, thereby running too fast off the surface. During high pressure cleaning:It is important that the rinsing water does not run over non-cleaned surfaces! The rinsing water can draw soap from the surface if running over non-cleaned surfaces. High pressure together with optimum concentration of RXSOL-10-1102-210 will give the best effect.
| Fragrance | Wintergreen |
| Color | Clear Blue |
| pH | Less than 1.0 |
| Density | 8.8#/gal |
| Acid content | 8.0% min. |
| Stability | 2 yr. minimum |
| Detergency | Excellent |
| Viscosity | thick 900 cps |
| Rust removal | Excellent |
| Flash point | None |
Use a germicidal cleaner for the seat and outside areas - do not use this product on any surface outside the commode or urinal. Toilet Bowl Urinal Cleaner Disinfectant Gel works as Sanitation system Decalcifier, Rust remover.
| Physical Status | Transparent liquid |
| Boiling Point | 100 °C |
| Freezing Point | 0°C |
| Viscosity (25°C) | S/O |
| Density | 1.15g/cc |
| Vapor Pressure | N/D |
| Solubility in water | Complete |
| Vapor Density | N/D |
Keep away from hazardous materilas.
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13 |
.Avoid contact with eyes
· Avoid contact with skin
· In case of irritation rinse with plenty of water
Product Properties
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Colour |
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Clear Light Brown Liquid |
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Density |
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In g/cm3 at 15°C: 0.99 |
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Flash Point |
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(PMCC)°C: Above 70 |
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Comtibility |
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When mixed with Water, a clear Emulsion is Formed. |
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Metal |
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No known effect |
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Rubber |
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May swell |
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Sythetic Rubber |
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May swell |
Buffer Cleaner PRODUCT CHARACTERISTICS:
1. Appearance : Clear Liquid
2. Specific gravity: 1.0
3. Flash Point : None
4. pH-value at 20 C : 5.5
Recommended DOSAGE
Spraying 10 % in freshwater
Recirculation 10 % in freshwater
The ordinary cleaning method with a synthetic soap takes a long time and is insufficient in removing the described contaminants. A week acid solution in combination with synthetic soap gives a much better cleaning result.
BUFFER CLEAN is used as a final cleaning procedure when the cargo tanks have to be completely free of lead, chlorides, sulphides or MTBE prior to loading of special high purity cargoes.
