Part No: RXSOL-16-1681-025
DISSOLVES SLUDGE THAT BUILDS UP IN HEAT EXCHANGERS. This is a liquid polymeric acid based material that readily dissolves sludge that builds up in heat exchangers.
DISSOLVES SLUDGE THAT BUILDS UP IN HEAT EXCHANGERS: HEAT EXCHANGER CLEANER is a liquid POLYMER - Acidic based new generation material that readily dissolves sludge that builds up in heat exchangers.
DESCALANT is specially formulated to clean and remove scale and microorganism as well as the growth of algae, humus, mussels, shellfish etc and also effectively dissolve magnetite, lime, rust and other deposits from water systems, Descalant most commonly used to clean heat exchangers and centrifugal separators.
HEAT EXCHANGER CLEANER:
PRETREATMENT TECHNICAL DATA SHEET:
USE & CONTROL INSTRUCTIONS:
Operating Properties (Typical):
| Application: | Maintenance product – special application Circulating the product through the heat exchanger. |
| OperatingConcentration: | Free Acid: 0.9 - 1.7 points |
| Operating temperature: | Ambient |
| Operating time: | Typically at least 30 minutes. |
Specific process conditions may warrant operating the above parameters outside of the typical ranges. Please consult your RX MARINE representative:
Charge Instructions:
HEAT EXCHANGER CLEANER is used as delivered at ambient temperatures. If time is not a factor in the clean out, the solution can be diluted up to 50% with water.
Charge details:
1) If used at the 50% dilution: Fill the clean tank approximately ½ full with fresh water.
2) Set valves to proper setting for clean out
3) Plumb the circulating system to the correct side of the heat exchanger Turn on.
4) Slowly add 1 gallon of HEAT EXCHANGER CLEANER for every two gallons of bath (or use the HEAT EXCHANGER CLEANER neat)
5) Allow to circulate for at least ½ hour dependent on sludge.
6) Turn off pump and disconnect plumbing from heat exchanger
7) Flush heat changer with fresh water to remove residual acid.
8) Turn heat exchanger valves back to running positions.
It is important to circulate the solution through the heat exchanger for at least 30 minutes. The cleaning time will vary depending on the amount and type of sludge build-up. After the heat exchanger is cleaned, it is highly recommended that the unit be flushed with water. If this step is not taken, an increase in the free acid of the operating phosphate solution might occur.
PRETREATMENT TECHNICAL DATA SHEET:
Analysis Procedures:
CAUTION: DO NOT PIPETTE BY MOUTH ::: Free Acid
Equipment needed:::
• Burette Assembly
• 5-ml pipette and bulb
• 250-ml flask or beaker
• 100 ml graduated cylinder
Reagents needed:::
• Bromophenol Blue indicator
• 1.0N Sodium Hydroxide
Free Acid Procedure:
1. Using a pipette, pipette 5-ml of your solution into a 100-ml graduated cylinder. Fill the cylinder to the 100 ml mark with DI or RO water, then mix by up ending 2-3 times.
2. Pipette 5 ml of the above dilution to a beaker or flask; add 4-5 drops of Bromophenol Blue indicator. Then add 1.0N Sodium Hydroxide drop-wise until the
solution changes from yellow to blue. Record the number of mls as points of Free Acid.
The concentration is calculated by multiplying the points of Free Acid times the HEAT EXCHANGER CLEANER factor 0.59. This equals the concentration in percent by volume
of HEAT EXCHANGER CLEANER in solution. Points of Free Acid X 59 = Percent by volume of HEAT EXCHANGER CLEANER
PRTREATMENT TECHNICAL DATA SHEET:
|
Points of Free Acid |
Concentration of HEAT EXCHANGER CLEANER in percent by volume |
Addition of HEAT EXCHANGER CLEANER per 100 gallons of tank volume (based on using HEAT EXCHANGER CLEANER at 50%) |
| 1.7 | 125% | 0 |
| 1.3 | 100% | 0 |
| 0.85 | 50% | 0 |
| 0.4 | 25% | 25 gallons |
| 0.2 | 12.5% |
37.05 gallons |
TECHNICAL PROPERTIES:
Composition: Liquid
Appearance: Clear Colorless to charasteristic
Recommended Concentrations: 50-100% by volume
Recommended Temperatures: Ambient
Heat Exchanger Cleaner manufacturer supplier distributor in Mumbai, Kandla, Kolkata, Vizag, Chennai, India, Fujairah, Dubai UAE, Muscat Oman, Kenya Africa. Get the best quality of Heat Exchanger Cleaner at a competitive price from us. We have ready stock of Heat Exchanger Cleaner in India, UAE Gulf, Oman, Kenya Africa. Contact us for bulk as well as small orders.
Secondary Heating System Cleaner and Scale Remover
Major Industrial Cleaning Applications
1. Heat Exchanger Cleaning Chemical
Heat exchangers can accumulate:
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Mineral scale
-
Rust and iron oxide
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Sludge
-
Oil and grease
-
Process deposits
-
Carbonaceous contamination
-
Water-side deposits
RXSOL provides different cleaning chemicals depending on the type of deposit, equipment metallurgy and cleaning method.
For example, RXSOL lists Heat Exchanger Cleaner RXSOL-16-1681-025, along with dedicated heat-exchanger products such as Heat Exchanger Cleaner Caus and Heat Exchanger PhosClean. (Rxchemicals)
For rust and corrosion deposits, RXSOL also offers a rust-removal product intended for suitable evaporators, heat exchangers and boilers. (RxMarine)
2. Thermic Fluid System Cleaning Chemical
Thermic-fluid heating systems may develop deposits resulting from:
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Thermal degradation
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Oxidation
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Carbonaceous deposits
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Sludge
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Oil contamination
-
Circulation problems
RXSOL cleaning chemistry can be selected according to the thermic-fluid type, deposit condition and system construction.
Before chemical cleaning, the existing thermic fluid should be identified and the system evaluated for compatibility.
3. Steam Boiler Coil Cleaning Chemical
Steam boilers and heating coils can develop scale, rust, sludge and corrosion deposits, particularly when water treatment and operating conditions allow deposits to accumulate.
RXSOL offers products for boiler maintenance and scale/corrosion control, including Corrosion Scale Treatment Boiler – RXSOL-42-4029-025, sludge-conditioning products and specialized scale-removal chemistry. (Rx Solutions)
The correct chemical should be selected based on whether the contamination is primarily:
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Calcium scale
-
Silica/silicate scale
-
Iron oxide/rust
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Oil contamination
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Sludge
-
Mixed deposits
4. MS Tank Cleaning Chemical
Mild-steel tanks may require chemical cleaning before:
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Inspection
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Maintenance
-
Repainting
-
Product changeover
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Commissioning
-
Repair
-
Storage of a new product
RXSOL cleaning products can be selected for oil, grease, hydrocarbon, rust, scale and general industrial contamination.
For tank cleaning, the chemical selection should always consider the previous cargo or stored material.
5. MS Pipeline Cleaning Chemical
RXSOL chemicals can be used in suitable pipeline-cleaning programs for removing:
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Rust
-
Scale
-
Oil
-
Grease
-
Sludge
-
Process deposits
-
Hydrocarbon residues
Pipeline cleaning can be carried out by suitable circulation, soaking, flushing or recirculation methods, depending on the pipe diameter, deposit and available equipment.
RXSOL Chemical Selection by Deposit
| Cleaning Requirement | Suitable RXSOL Chemical Category |
|---|---|
| Heat exchanger scale | Descaling / scale-removal chemical |
| Heat exchanger rust | Rust & corrosion deposit remover |
| Oil-side heat exchanger contamination | Heavy-duty degreasing / tank cleaner |
| Boiler scale | Boiler descaling chemical |
| Boiler sludge | Sludge conditioner / boiler cleaner |
| Silica/silicate scale | Silica scale remover |
| MS tank oil/grease | Heavy-duty tank cleaner / degreaser |
| Pipeline rust | Suitable rust remover |
| Pipeline mineral scale | Suitable descaling chemical |
| Hydrocarbon deposits | Hydrocarbon / solvent cleaning chemical |
RXSOL's product range includes a silica-scale remover specifically described for heat exchangers, condensers and boiler tubes. (Rx Solutions)
Chemical Cleaning Method
A typical industrial cleaning program may include:
Inspection → Deposit identification → Pre-flushing → Chemical circulation/soaking → Monitoring → Drainage → Water rinsing → Inspection → Neutralization/passivation where applicable
The exact concentration, temperature and contact time should not be selected from a generic internet recommendation. They should be established from the applicable RXSOL TDS/SDS and the equipment manufacturer's requirements.
For example, certain RXSOL tank/heat-exchanger cleaning procedures use recirculation with controlled temperature and subsequent thorough water rinsing. (Scale Remover)
Why Deposit Identification Is Important
There is no single cleaning chemical that is automatically suitable for every industrial deposit.
For example:
Calcium carbonate scale ≠ silica scale ≠ rust ≠ oil sludge ≠ carbon deposit.
Using the wrong chemical can result in poor cleaning or unnecessary risk to:
-
Mild steel
-
Stainless steel
-
Copper
-
Brass
-
Aluminum
-
Rubber seals
-
Gaskets
-
Coatings
-
Linings
Therefore, RXSOL recommends selecting the cleaning chemical according to the deposit and metallurgy.
RXSOL Chemical Supplier in Panvel & Navi Mumbai
RXSOL chemical products are available for industrial customers in the Panvel, Taloja, Kalamboli, Kamothe, Navi Mumbai and surrounding industrial areas.
RX CHEMICAL RXSOL RX MARINE is listed in the MIDC Pawane/TTC Industrial Area of Navi Mumbai, while other chemical businesses are located across the Panvel–Taloja industrial belt.
Industries Served
RXSOL cleaning chemicals can be considered for:
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Chemical plants
-
Pharmaceutical industries
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Process industries
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Manufacturing units
-
Boilers and steam systems
-
HVAC and cooling systems
-
Heat-exchanger maintenance
-
Oil and gas facilities
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Marine industries
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Engineering workshops
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Storage terminals
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Tank farms
-
Industrial utilities
Frequently Asked Questions
What chemical is used for heat exchanger cleaning?
The appropriate chemical depends on the deposit. RXSOL has dedicated heat-exchanger cleaners and separate chemistry for rust, mineral scale, silica scale and oily contamination. (Rx Solutions)
Which chemical is suitable for boiler coil cleaning?
The selection depends on whether the boiler coil contains mineral scale, silica, rust, sludge or another deposit. RXSOL offers dedicated boiler and scale-treatment products. (Rx Solutions)
Can RXSOL chemicals clean mild-steel tanks?
Suitable RXSOL tank-cleaning and rust/scale-removal products can be selected for MS tanks depending on the contamination and condition of the tank.
Can RXSOL chemicals clean industrial pipelines?
Yes, suitable RXSOL cleaning chemistry can be selected for pipeline descaling, rust removal, degreasing or sludge removal depending on the deposit and pipe material.
Do you supply chemicals in Panvel?
RXSOL chemicals can be supplied to industrial customers in Panvel, Taloja, Kalamboli, Kamothe and Navi Mumbai, subject to product availability and packaging.
RXSOL Brand Chemical Supplier
For heat exchanger cleaning, thermic fluid system cleaning, steam boiler coil cleaning, MS tank cleaning and industrial pipeline cleaning, share the following information with the chemical enquiry:
Equipment: Heat exchanger / boiler / thermic-fluid system / tank / pipeline
Material: MS / SS / copper / aluminum / other
Deposit: Scale / rust / oil / sludge / carbon / mixed
Equipment capacity: ___
Cleaning method: Circulation / soaking / spray / CIP
Temperature: ___
Previous chemical/product: ___
Equipment:
The HEAT EXCHANGER CLEANER is used for cleaning Stainless steel heat exchangers.The external pump and circulating system employing the HEAT EXCHANGER CLEANER should likewise be made of stainless steel or of a suitable, non-corrosive plastic.
Safety Data (MSDS)
| Product Name |
Heat Exchanger cleaner |
| Product Type |
RXSOL-16-1681-025 |
Company Details:
RX MARINE INTERNATIONAL
105, A wing , BSEL , TECH PARK.
VASHI ,NEW BOMBAY 400703 INDIA
Stock Point : Mumbai, Kandla, Kolkata, Chennai, Vizag, Fujairah, Muscat
| Phone | +91 22 65113333/ 5555 / 9999 / 27611360 / 27815540 |
| Fax | +91 22 2781 1318 :::AOH :0091 9322594669 |
| mail@rxmarine.com |
| Ingredient | %W/W | CAS number |
| Lactic acid (88%) | 7-13 | 79-33-4 |
| Phosphoric acid | 15-40 | 7664-38-2 |
| Oxalic Acid | 5-10 | 144-62-7 |
Corrosive liquid. Causes burns. Harmful if swallowed.
| Inhalation: | Remove to fresh air. If not breathing, give artificial respiration. If breathing is difficult, give oxygen. Get medical attention. |
| Ingestion: | Induce vomiting only on the direct advice of a poison control centre. Drink 1-2 glasses of water. Never give anything by mouth to an unconscious person. Get medical attention. |
| Eye contact: | Flush with plenty of water for at least 15 minutes. Get medical attention. |
| Skin contact: | Remove contaminated clothing and flush with plenty of water. |
| Flash point (test method): | Not applicable |
| Flammable limits (%): | Non-flammable |
| Lower: | Not applicable |
| Upper: | Not applicable |
| Fire extinguishing substances: | Use extinguishing media appropriate for surrounding fire. |
| Autoignition temperatures: | Not applicable |
| Hazardous combustion products: | Not applicable |
| Explosion data: | |
| Sensitivity to mechanical impact: | Not applicable |
| Sensitivity to static discharge: | Not applicable |
| Special firefighting procedures: | As for surrounding fire. Fire fighters should wear full protective clothing and self contained breathing equipment. |
| Personal precautions: | Wear appropriate protective equipment. |
| Environmental precautions: | Prevent from entering sewers, waterways or low areas. |
| Methods for cleaning up: | Isolate hazard area and restrict access. Small spills: soak up with inert absorbent material and scoop into containers. Large spills: prevent contamination of waterways. Dike and pump into suitable containers. Clean up residual with absorbent material, place in appropriate container and flush with water. |
| Handling: | Do not ingest. Avoid contact with eyes, skin and clothing. Wash thoroughly after handling. |
| Storage: | Keep out of reach of children. Keep container tightly closed. Store in a cool, dry area. |
| Engineering controls: | Provide exhaust ventilation to keep airborne levels below recommended exposure limits. |
| Respiratory protection: | If exposure exceeds occupational exposure limits, use an appropriate NIOSH approved respirator |
| Eye protection: | Chemical goggles. Wear a face shield if splashing hazards exists. |
| Other protection: | Wear protective clothing as necessary to prevent skin contact. |
| INGREDIENT | ACGIH | OSHA | Other |
| lactic acid (88%) | Not available | ||
| oxalic acid | TLV - 1 mg/m3 | ||
| Phosphoric Acid |
Information on basic physical and chemical properties:
|
Physical state |
Liquid |
|
Boiling point: |
Not available |
|
Vapour density: |
Not available |
|
Freezing point: |
Not available |
|
Sp. Gravity: |
1.109 |
|
Appearance & odour: |
100% |
|
Solubility in water |
Not available |
|
Vapour pressure: |
Not available |
|
Evaporation rate: |
Not available |
|
Odour threshold: |
Clear yellow liquid with pungent odour |
|
pH: |
1 |
| Stability: | Stable |
| Conditions of instability: | Not available |
| Incompatibility: | ( ) Water (X) Oxidizers ( ) Acid (X) Base ( ) Other |
| Conditions of reactivity: | Reacts with metals |
| Hazardous decomposition products: | Not available |
POTENTIAL ACUTE HEALTH EFFECTS:
| Inhalation: | Corrosive to respiratory system. |
| Ingestion: | Harmful if swallowed. Causes burns to mouth, throat and stomach. |
| Eye contact: | Corrosive to eyes. Causes severe burns. |
| Skin contact: | Corrosive to skin. Causes severe burns. |
| Skin absorption: | Not applicable |
POTENTIAL CHRONIC HEALTH EFFECTS:
| Inhalation: | Repeat or prolonged exposure may cause damage to lungs. |
| Ingestion: | Not available |
| Eye contact: | Not available |
| Skin contact: | Not applicable |
| Skin absorption: | Not applicable |
| Irritancy of product: | See WHMIS criteria |
| Sensitization of product: | Not available |
|
Carcinogenicity: IARC (1, 2A or 2B): ACGIH: (A1, A2 or A3): |
No known significant effects. |
| Reproductive toxicity: | No known significant effects. |
| Teratogenicity: | No known significant effects. |
| Mutagenicity: | No known significant effects. |
| Synergistic product: | Not available |
| HAZARDOUS INGREDIENTS | CAS NO. | TOXICITY DATA |
| lactic acid (88%) | 79-33-4 |
LD50 Oral (rabbit) 3730 mg/kg LD50 Dermal (rabbit) 7940 mg/kg |
| hydrochloric acid | 7647-01-0 |
LC50 Inhalation (rat) 3124 ppm/hour LD50 Oral (rabbit) 900 mg/kg |
Ecotoxicological information: Not available
Waste disposal:
Disposal of all waste must be done according to local, provincial and federal regulations.
TDG classification:
Corrosive Liquid, N.O.S.(hydrochloric acid,lactic acid); 8;UN 1760,PG II
WHMIS: E Corrosive material
This product has been classified in accordance with the hazard criteria of the Controlled Products Regulations (CPR) and the MSDS contains all the information required by the CPR.
The information provided about the product on this Safety Data Sheet has been compiled from knowledge of the individual constituents The data given here is based on current knowledge and experience. This Safety Data Sheet describes the product in terms of safety requirements and does not signify any warranty with regard to the product's properties The data given here only applies when product used for proper application(s). The product is not sold as suitable for other applications usage in such may cause risks not mentioned in this sheet. Do not use for other application(s) without seeking advice from manufacturer.
DISCLAIMER OF LIABILITY :The information in this SDS was obtained from sources which we believe are reliable. However, the information is provided without any warranty, express or implied, regarding its correctness. The conditions or methods of handling, storage, use or disposal of the product are beyond our control and may be beyond our knowledge. For this and other reasons, we do not assume responsibility and expressly disclaim liability for loss, damage or expense arising out of or in any way connected with the handling, storage, use or disposal of the product. This MSDS was prepared and is to be used only for this product. If the product is used as a component in another product, this MSDS information may not be applicable.