Safe Acid Descalex Liquid Manufacturer and supplier in Visakhapatnam Vizag Andhrapradesh, Chennai Ennore Tamilnadu, Kolkata Haldia West Bengal, Gandhidham Surat Gujrat, Mumbai Pune Maharastra, Fujairah UAE Middle East, Dubai, Ajman, Abudhabi, Sharjah, Doha Qatar, Sudan, Kuwait, Muscat Barka Sohar Oman, Yemen, Nairobi Kenya Africa
RXMARINE CHEMICAL TAG::
Scales are very damaging to the boiler because they interfere with the heat transfer and can lead to overheating and eventually, boiler rupture , To increase usable life of cleaned equipment, it is safe and effective way to remove scale deposits from all types of water-cooled and water-heated equipment. This descaler specifically formulated and developed to rapidly clean mineral scale from passages in water-cooled or heated equipment. It improves Plant Efficiency, Lowers Cost, Conserves Energy, Decreases Down-Time.
Specifically formulated to remove rust and water scale build up from boiler evaporators, heat exchangers, cooling systems, pipeline collection system etc. Highly effective on heating. Safe and easy handling and storage . Fast and effctive scale remover .
- Non-combustible
- Smoke from fires is irritating
- Not flammable. In case of fire use extinguishing media appropriate to surrounding conditions
- Prevent run off water from entering drains if possible
It does not contain toxic cresols or other tar oils that Require SARA Title III, Section 313 spill loss or disposal.
Do not use concentrated 1008 on aluminium surfaces
Uniqueness of RXSOL-54-1048-025 :: --
RXSOL-54-1048-020 Descaler has the ability to dissolve approximately 1.5kg of calcium carbonate scale per gallon in concentrated form. It does not need to be heated up during cleaning. The uniqueness of this Descaler allows you to clean some equipment while still in operation utilizing a minimum of your own personnel.
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• Automotive - Closed Circuit Cooling, Dynamometers, Extruders, Molders, Radiators, Welders
• Bottling - CO2 Generators, Heaters, Exchangers, Rinse Tanks, Sterilizers, Washers
. HOUSE HOLD - Dissolves hard and old lime scale deposits from your appliances. It extends the life of the appliance and saves running cost. It can be used in appliances such as Washing Machines, Dish Washers, Geysers, Steam Iron, Coffee Makers, Bath Tubs, Bathroom Fixtures etc.
• Buildings - Chillers, Cooling Towers, Pipework
• Chemicals - Dryers, Extruders, Kettles, Mixers, Reactors, Scrubbers, Vacuum Pumps
• Food - Condensers, Ice Machines, Kathabars, Refrigeration Equipment, Steam Tables
• Manufacturing - Chillers, Compressors, Furnaces, Quenchers, Vacuum Pumps
• Metals - Bearings, Castings, Fans, Hearth & Vacuum Furnaces, Shelters, Sprays
• Mining - Bearings, Conveyors, Filters, Presses, Process Lines, Radiators
• Paper- Calendar Mill Rolls, Caustic Lines, Scrubbers, Compressors, Liquor Tanks, Pulverizers, Vacuum Pumps
• Pharmaceutical- Exchangers, Loop Systems, Kathabars, Pumps, Reactors, Stills, Sterilizers
• Refinery - Compressors, Converters, Crackers, Exchangers, Piping, Pumps
• Rubber/Plastics - Banbury Mixers, Calendar & Mill Rolls, Extruders, Injection Molders, Molds, Temperature Control Units, Throat Coolers, Towers, Tubers
• Steel - Bearings, ConCast Units, Generators, Hearths, Spangle Units, Furnaces
• Textile - Air Washers,Compressors, Condensers, Exchangers, Extruders,Towers
Boilers
Condensers
Filters
Heat Exchangers
Kettles & Tanks
Pipelines
Pots
Reactors
Steam Jackets
Bath Rooms and Showers
Metal Processing and much more!
Applications
Automotive
Bottling
Chemicals
Food
- Closed Circuit Cooling
- Dynamometers
- Extruders
- Molders
- Radiators
- Welders
- CO2 Generators
- Heaters
- Exchangers
- Rinse Tanks
- Sterilizers and Washers
- Dryers
- Extruders
- Kettles
- Mixers
- Reactors
- Scrubbers
- Vacuum Pumps
- Condensers
- Ice Machines
- Kathabars
- Refrigeration Equipment
- Steam Tables
Manufacturing
Metals
Mining
Paper
- Chillers
- Compressors
- Furnaces
- Quenchers
- Vacuum Pumps
- Bearings
- Conveyors
- Fans
- Hearth & Vacuum Furnaces
- Shelters
- Sprays
- Bearings
- Conveyors
- Filters
- Presses
- Process Lines
- Radiators
- Calendar Rolls
- Mill Rolls
- Caustic Lines
- Scrubbers
- Compressors
- Liquor Tanks
- Pulverizers
- Vacuum Pumps
Pharmaceutical
Refinery
Rubber & Plastics
Steel
- Exchangers
- Loop Systems
- Kathabars
- Pumps
- Reactors
- Stills
- Sterilizers
- Compressors
- Converters
- Crackers
- Exchangers
- Piping
- Pumps
- Banbury Mixers
- Calendar & Mill Rolls
- Extruders
- Injection Molders
- Molds
- Temperature Control - Units
- Throat Coolers
- Towers and Tubers
Bearings
ConCast Units
Generators
Hearths
Spangle Units
Furnaces
Textile
Utilities
Other Applications
- Air Washers
- Compressors
- Condensers
- Exchangers
- Extruders and Towers
- Boilers
- Turbines
- Transformers
- Cooling Towers
- Air Compressors
- Hydrogen Coolers
- Lube Oil Heat Exchangers
- Ball Mills
- Demisters
- Evaporators
- Locomotives
- Absorption Units
- Diesel Generators
- Induction Furnaces
RXSOL-54-1048-025 is mixed with fresh water 3 to 20 percent depending on deposition of scaling.
If the equipment to be cleaned is contaminated by oil, grease, sludge or carbonized oil, then first of all clean the system with degreaser RXSOL-10-1005. RXSOL-54-1048-025 should be mixed with fresh water to form a solution of 10-30%, depending on the extent of scaling. After using RXSOL-54-1048-0250 ,
PRECAUTION :::it is essential to thoroughly rinse all metal surfaces at least once with a 0.5% solution of RXSO-20-2005 in fresh water. This solution should be circulated for 2-4 hours or until an acceptable pH value is obtained. This will neutralize any remaining acidity & passivate steel surfaces.
Procedure-of-use: The most effective descaling is accomplished by circulation.In the case of small components,the soak method in an immersion bath can be used. If the equipment to be cleaned is contaminated by oil, grease or sludge, then pre-cleaning with DEGREASER ( RXSOL OB 1005 ) is necessary. Depending on the extent of scaling, use a solution of 2.5-10% RXSOL-54-1008-025 . The solution will have a red colour which changes to orange when 85% of the acid has been neutralized , & to colourless when the solution is totally neutralized. Whenever possible, the solution should be heated to 60°C.Neutralised solutions can be re-activated by adding more RXSOL-54-1008-025 until the red colour reappears. This should not be done more than twice. RXSOL-54-1008-025 should not be used on Aluminium , Zinc, Tin or Galvanized surfaces.
Fields: Descaling of Boilers, Descaling of Diesel Engine Cooling Systems, Condenser, Pipeline collection system, Evaporators, Calorifiers, Heat Exchangers,The strength of the acid can be enhanced by adding 1part sodium chloride (common salt) to 20 parts of Descalex.If salt is not available, an acceptable alternative is to dissolve RXSOL-54-1008-025 in sea water. After use of RXSOL-54-1008-025 a 0.5% solution of Alkalinity Control in fresh water should be used for neutralization.
After using RXSOL-54-1048-025, sense all metal surfaces with 0.5 percent of RXSOL-10-1005, at least 2-4 hour , up to neutral of PH value.
• Fast and effective scale remover.
• Soft on ferrous metals.
• Removes water scale & rust from boilers/diesel engine & other cooling system
• As well as from condensers, evaporators, & heat exchangers etc
Why Use RXSOL Descaler?
- It is a safe , economical concentrated chemical to be used on the waterside of heat transfer equipment.
- You do not have to heat RXSOL-54-1048-025 .
RXSOL-54-1048-025 is safer for the employees to use than other acid products. -
Your equipment will be cleaned in only hours without disassembling any part of the equipment. Equipment can also be cleaned without any down time (cleaning on the run).
- Cleans down to the original surface without pitting.
- RXSOL-54-1048-025 is safe on copper, copper-nickel, bronze, brass, iron, stainless steel and rubber.
- RXSOL-54-1048-025 will extend the usable life of your equipment, especially when used as a part of a regularly scheduled preventative maintenance program.
- Removing the scale build up allows your equipment to operate more efficiently with less down time.
Safe Acid for flushing HVAC
Time to time cleaning and removal of contamination from refrigeration and air conditioning systems is a wise decision to stop failures and increasing the efficiency of HVAC SYSTEM . The most common such failure is a compressor burnout. During such an event, the refrigeration system becomes contaminated with large quantities of disintegrating particulate, sludge, acids, carbon residues, and possibly moisture. All of these contaminants must be removed before the system is returned to duty.
When flushing a system:
Do not inject the RXSOL SAFE ACID Product Code RXSOL-54-1048-025 into the compressor itself. In fact, the compressor should be removed or bypassed. Only the supporting refrigeration system should be flushed.
Large systems should be disassembled and flushed each part and accessory section by section.
Required quantities of RXSOL SAFE ACID is completely depends up on degree and deposition of contamination
After Flushing If these components appear to be contaminated, Repeat the process.
EQUIPMENT REQUIRED
The following equipment is required for each flushing operation:
New canisters of flushing a typically soiled system.
An injection tool and standard refrigerant charging hose to inject the solution into the system. Ideally the solvent in the container must be visible, so it can be inspected during the flushing process. This enables a technician to determine when the solvent begins to run clean, indicating that the system has been thoroughly purged.
A tank of clean compressed nitrogen, regulated to 120-150 psig. This tank should be equipped with a dispensing hose and will be used to purge the solvent from the system.
A vacuum pump with the appropriate hoses and clamps.
Clean wipes or swabs to remove any residual oils or liquids that may drip or be spilled while purging the system.
Safety equipment; never flush a system without eye protection and rubber gloves. Convoluted piping in certain systems can cause momentary spikes in the solvent flow during the flushing process, resulting in erratic purges, which can splash into eyes and onto skin.
SPECIFIC INSTRUCTIONS
1. Confirm you have all the required components for the service as well as for the flushing operation prior to beginning.
2. If the system is still operational, remove the existing refrigerant and lubricant and disassemble sections so individual portions can be cleaned section by section.
3. Disconnect fully all of the electrical connection and Disconnect the old compressor and remove it from the system. Remove filter-drier cores. (If it is easier or more cost-effective, install a bypass loop around the filter-drier accumulators, etc.) On heat pumps, remove check valves and four-way reversing valves. Again, configure and install bypass loops.
4. Connect a waste container to a discharge port to capture the contaminated flushing Liquid, need to be captured for proper disposal.
5. Connect your charging hose onto the system to be flushed. Make sure openings upstream — except the discharge port — are closed. Connect the injection tool to the canister. It is a good idea to restrict the drain or discharge point, so that the flushing solvent is prohibited from passing through so quickly. This will improve the cleaning process.
6. When ready to inject the flush, connect the canister to the charging hose. Open valve on tool; the flush will start entering the system.
7. Discharging the flush should take approximately 10 minutes, depending upon temperature. Before the tank is empty, some small quantity of solution should begin to flow into the discharge container. Also, the canister has been designed to empty itself completely only when it is standing in an upright position. Do not attempt to flush the system with a canister inverted or on its side.
8. Using the compressed nitrogen tank, connect the tank to the system and blast it into the system behind the flush solution. The nitrogen will push the solution through the entire system, agitating it and “scrubbing” the inside of the system. Eventually, all of the solvent will flow into the receiving container on the other side of the system. In this step, it is recommended that the nitrogen be used at a low pressure at first, with the pressure being allowed to increase gradually.
9. Observe the solution being captured by the receiving container. If it is running clean and clear, the system has been successfully flushed. If the solution is murky or still contains particulate, flush again.
10. After Cleaning neutralize the entire system by using RXSOL ALKALINE CLEANER SAFETY Liquid RXSOL-20-2004-025, This will increase the shelf lif of all METAL parts and equipemt.
11. Make your repairs. Remove any bypass loops you installed. Tie in the expansion devices. Replace the filter-drier cores. Secure the system.
12. Evacuate the system to a low micron pressure range with the vacuum pump and leak-check the system. This will evacuate any residual liquid solution from the system. As the internal pressure drops, the solvent will boil into vapor and be removed from the system. Time for pulling the vacuum should be approximately 15 minutes for a 5-ton system.
13. As a final step, recharge the system with refrigerant and lubricants as recommended by the compressor or equipment manufacturer and the system instructions. Reconnect electrical and electronic connections. Test the operation of the system. Wipe down the system, leaving the work area neat and clean.
14. Refer MSDS of the product before USE.