SODIUM SILICATE SOLUTION

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Product Short Description: Sodium silicate solution, also known as water glass or liquid glass, is a colorless, viscous solution
Product Technical Specification:

TECHNICAL SPECIFICATION

  • Appearance  Colorless and opaque
  • Density 1.36–1.47 grams per cubic centimeter, depending on composition
  • pH 11–12.5 at 20°C
  • Melting point 0°C
  • Viscosity High, thick, and sticky, depending on concentration
  • Solubility Fully soluble in water, but insoluble in alcohols and acids
  • Hygroscopicity Absorbs moisture from the air
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Sewage Defoamer FATOL

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Product Short Description: Suitable for communal sewage, industrial sewage to control foam generation.
Product Technical Specification:

Yellowish liquid
Density (20 °C): 880 kg/m
3
Dyn. viscosity (25 °C): 23 m Pa.s.

Remarks:
  • Instant foam knockdown even under high agitation
  • Fatty-alcohol formulation ensures quick spreading and high efficiency
  • Works in harsh wastewater conditions, including high solids and high organic load
  • Non-silicone, easy-to-dose system suitable for pumps, aeration basins, and sewage plants
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Filter Clean Special HD

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Product Short Description: It is Extra Stron Cleaner containing Surface active agent, corrosion inhibitors, and water conditioners specifically designed for cleaning electronic air filters.
Product Technical Specification:

 

Form         Liquid
State Clear
Odour Fresh
Boiling point and boiling range  0°C
Flash Point Not applicable
Freezing Point 100°C
pH 13.0 - 14.0, 100 %

 

Remarks:

Filter Clean Special HD – Coil Cleaning Procedure

Before Starting:
Ensure the unit and all fans are turned off for safety.


Step 1 – Prepare the Cleaning Solution

  • Mix 1 part Filter Clean Special HD with 5 parts water.

  • Important: Always add water to the sprayer tank first, then add Filter Clean Special HD.
    (add Filter Clean Special HD first, then water.)


Step 2 – Apply the Solution

  • Using a  sprayer, thoroughly spray the cleaning solution on the coil plates.

  • Ensure complete coverage on all surfaces of the plates.


Step 3 – Dwell Time

  • Allow the cleaning solution to remain on the surface for 5–15 minutes to loosen dirt, grease, and residues.


Step 4 – Rinse Thoroughly

  • Rinse off all coil surfaces using a hose or the system’s built-in spray nozzles (if equipped).

  • Use hot water, if available, for enhanced cleaning performance.


Step 5 – Repeat if Necessary

  • For heavily soiled units, repeat Steps 2 through 4 until the coils are fully clean.

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Citric TankClean

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Product Short Description: TANK CLEANER based on citric and inhibitor to remove rust and calcium and magnesium scale deposits from stainless steel cargo tanks.
Product Technical Specification:
PHYSICAL PROPERTIES:
Appearance : Clear colourless
Relative Density : 1.23 – 1.25
Form : Liquid
pH : <2.5
 
Recomendation :
Epoxy -  Not compatible
Zinc -  Not compatible
Stainless Steel - Compatible 
Remarks:
Best for removing of precipitated calcium and magnesium from austenitic stainless steel cargo tanks
Stainless steel surface becomes highly resistant to rust and
contamination after proper application
Eco-Friendly
Biodegradable
Spotless drying 
 
  • Removes calcium, magnesium, and iron deposits effectively.
  • Enhances stainless steel corrosion resistance.
  • Provides bright, contamination-free metal finish.
  • Safe and easy to apply in cargo tank cleaning operations.
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RXSOL DieselGuard CMIT MIT Biocide

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Product Short Description: Powerful diesel biocide combining CMIT/MIT actives for long-term microbial protection. Keeps diesel clean, prevents filter clogging, and protects tanks from corrosion.
Product Technical Specification:
Parameter Unit Typical Value
Appearance Clear to pale yellow liquid
pH 3.5 – 5.5
Density @ 25°C g/cm³ 1.08 +/- 0.05
Solubility Miscible with water and hydrocarbons
Remarks:

Broad-spectrum CMIT/MIT-based diesel biocide formulated in dipropylene glycol to control bacterial and fungal contamination in fuel storage systems. Prevents sludge formation, corrosion, and fuel degradation. Powerful diesel biocide combining CMIT/MIT actives for long-term microbial protection. Keeps diesel clean, prevents filter clogging, and protects tanks from corrosion. Advanced isothiazolinone biocide for diesel and fuel systems. Controls microbial growth, protects against corrosion, and extends fuel life. Effective fuel preservative that kills bacteria and fungi in diesel storage tanks, preventing sludge and fuel spoilage.

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Corrosion Inhibitor for Citric Acid

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Product Short Description: Liquid Corrosion Inhibitor For Citric Acid, for Industrial Use
Product Technical Specification:

ACID inhibitor for Citric Acid. 

During Acidization corrosion prevention must required to protect metal surface from ACID effect. Inhibited Citric acid doesn't damage metal surface. 
Remarks:

Acids and corrosive materials are used to enhance production and to stimulate reservoirs therefore special care is required to ensure that casing, tubing strings and downhole equipment are not damaged. Blend of ACID with Citric Acid Corrosion Inhibitor protect your downhole equipment and metal tubulars.

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Degreaser HCF solvent

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Product Short Description: Tank Cleaner and Degreaser Quickly removes oil, grease, gimres, adhesive and dyes. Best results also achieved forcleaning of oil side of fuel and lube oil heat exchangers. Used as a tank cleaner or for general degreasing , cleaning and gas freeing for d
Product Technical Specification:

Product Properties

Colour

Clear light brown liquid   

 

 

Density

In g/cm3 at 15°C: 0.99   

 

 

Flash Point  

(PMCC)°C: Above 62   

 

 

Copmtibility

 

 

When mixed with water, a clear emulsion is formed.

Metal

No known effect

 

 

Rubber

May swell

 

 

Sythetic Rubber

May swell

 

 

Packaging

RXSOL-20-2001-222

 (in Litres)
25 ,35 ,50, 210

Flash Point : > None

  

Remarks:

Using-Procedure    

Spraying:–

This can be beneficial as part of the initial cleaning process after the carriage of Lube oils and Lube oil additives.  As soon as the tank in question has been checked empty by the attending surveyor, RXSOL-20-2001-210  should be sprayed over all surfaces which are safely reacheable.
 

Portable machines:–

After 45 minutes the butterworth machines should be operated for 3 x 20 minutes drops using warm 60o C, then the machines brought back to the top and a full hot wash 80 – 85 o C should be carried out for at least 6 hours.

Fixed machines:–

Wash ambient for 45 minutes followed by warm water for one cycle before increasing to hot (80oC) for 4 hours.

Injection:–

This can be carried out by injecting RXSOL-20-2001-210  into the butterworth system after the heater. A normal amount to use would be 100 – 150 liters during the initial washing cycle.  Water temperature should be 60o C during the injection period then brought up to 80 – 85 o C for the full washing period.

Re-circulation:–

Possibly the best result are achieved by re-circulating a solution of RXSOL-20-2001-210 after the initial rough washing of the tank.  A sufficient amount of fresh water to maintain good suction should be heated  to 60 o C and approximately 420 liters of RXSOL-20-2001-210  (2 drums) added for each 500 liters of fresh water.  The temperature of the mixture can be increased depending upon  the melting point if the product being cleaned.  The solution should be circulated for at least 4 hours and the butterworth machines  operated at maximum pressure in all areas of the tank  throughout this process.  If a number of tanks are to be circulated, then a substantial quantity of solution can be made so that transfers can be made without delay and any small amounts lost will not affect the operation.  Normally following transfer to another tank, 100 liters RXSOL-20-2001-210  is added for each 5000 liters of solution.  This is called “spiking”.
  

Following the re-circulation process, the tank must be hot butterworthed 80-85o C for at least 6 hours.
      *Use         a                 strainer                at               the                 pumpstack               when               circulating          any                        solution              RXSOL-20-2001-210 is recommended for local cleaning and degreasing and may be applied  by  brush,  hand  spray, immersion, soaking or any other conventional means. Apply concentrate RXSOL-20-2001-210 over  soiled  area  and wait for 20-30 minutes before rinsing off with water.
 

Soak Method:-

For heavy oil and soil Put parts to be cleaned into a bath of concentrate RXSOL-20-2001-210 and  for medium to light soiling use a solution of 10-30% RXSOL-20-2001-210 in water. Parts should be soaked for at least  30 minutes  before washing off with water.

Spray-Method:-

Spray concentrate  RXSOL-20-2001-210  over all soiled areas.  With in  15  and  30   minutes,  RXSOL-20-2001-210 starts   its function then rinse off by water hose. For stubborn deposits, agitation by scrubbing will  assist  the  cleaning operation .

Cargo Tank Cleaning after Mineral Oils

Direct injection method:–

Make  a   solution  of  RXSOL-20-2001-210  between   0.1  and  2.0%   i.e.   one   to    twenty    litres    per  ton   wash water.   Then      use     with     Tank     cleaning      machine ,    Best     results    are     obtained   when   water  is    heated  to  a     temperature      between          60  to  80°C.  Slops Should              be             Constantly              Stripped       from, tank.                                                   

Recirculation method / Ship's Rocking Mottion:– 

Make  soln.  Strength  with RXSOL-20-2001-210 between  0.5 –3 %  and  used  with  Tank Cleaning machines OR fill the tank to 20-30% volume with sea water and add the RXSOL-20-2001-210 up to full dose  . For better  results  heat  the solution  between 60 - 80°C.

NOTE : Dose rate and results will vary depending on amount of contamination.

Spot cleaning- RXSOL-20-2001-210  (concentrate) can be sprayed over surfaces and left  for  20 - 30 minutes  Finally wash down the tank surfaces with hot  water between 60°C and 80°C with  high  pressure   machine .   Keep stripping tank slops and transfer to holding tank/slop tank.Cleaning  of  theOil  side of  Lube  Oil Heat Exchangers  Cleaning  is  best  achieved  by the recirculation method using a heated 20% solution of RXSOL-20-2001-210.
1) First of all drain off any remaining oil from Heat Exchanger.
2) Connect the discharge side of a portable pump to the lower heat exchanger connection & the suction Side of the pump to the bottom outlet of a 200 litre drum.
3) Complete the circuit by connecting the upper connection on the heat exchanger to the top of the drum.
4) Maintain the bath temperature between 60-80 0 C throughout the cleaning operation.  If it is not possible to heat, the operation will need to be extended.
5) Use the pump to maintain circulation for 12 to 15 hours.  When the cleaning is completed, disconnect the lower heat exchanger connection and drain out the cleaning solution.
6) Connect a fresh water supply to the upper heat exchanger connection, and rinse until the water runs clean from the lower connection.                                                                                                                                                                                                                                                              When rinsing is complete, disconnect the water supply and thoroughly drain and dry the heat exchanger

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STRONTIUM NITRATE

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Product Short Description: STRONTIUM NITRATE ANHYDROUS
Product Technical Specification:
Strontium nitrate ACS reagent, ≥99.0%; CAS Number: 10042-76-9; EC Number: 233-131-9; Linear Formula: Sr(NO3)2
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Strontium Sulfate

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Product Short Description: Strontium sulfate is used as a source of strontium and sulfur for plant growth.
Product Technical Specification:

Strontium sulfate (SrSO4) is the sulfate salt of strontium. It is a white crystalline powder and occurs in nature as the mineral celestine. It is poorly soluble in water to the extent of 1 part in 8,800.

PHYSICAL PROPERTIES

Chemical formula SrSO4
Molecular weight 183.68 g/mol
Density 3.96 g/cm3
Melting point 1,606°C
Solubility Poorly soluble in water, more soluble in dilute HCl and nitric acid, and appreciably soluble in alkali chloride solutions
 
Remarks:
APPLICATION
  • Glass and ceramics: Strontium sulfate is used as a red colorant in glass and ceramics, and to add iridescence to glass and pottery glazes. 
  • Art: Strontium sulfate is used as a white artist pigment. 
  • Pyrotechnics: Strontium sulfate is used in flares for signaling and illumination. 
  • Zinc refining: Strontium sulfate is used in the refining of zinc. 
  • Oil and gas wells: Strontium sulfate is used as a weight additive in drilling fluids to increase their density. 
  • Detergents: Strontium sulfate is used as a supplement in detergents to provide strontium and sulfate ions. 
  • Agriculture: Strontium sulfate is used as a source of strontium and sulfur for plant growth. 
  • Alloys and metals: Strontium sulfate is used as a flux in the production of special alloys and metals to remove impurities. 
  • Ferrites: Strontium sulfate is used to produce ferrites, which are ceramic compounds with magnetic properties.
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Strontium Chloride Hexahydrate

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Product Short Description: Used as an antibacterial medication. It works by strengthening the teeth and reducing the effects of acid and bacteria on the teeth.
Product Technical Specification:
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Strontium Peroxide

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Product Short Description: Strontium peroxide appears as a white powder
Product Technical Specification:
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STRONTIUM CARBONATE

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Product Short Description: Strontium carbonate used in luminous paints, refining sugar also to produce permanent magnets
Product Technical Specification:

Physical Properties:

Melting point  1494 °C (lit.)
Density 3.7 g/mL at 25 °C (lit.)
Storage temprature Inert atmosphere,Room Temperature
Solublity dilute aqueous acid: slightly soluble(lit.)
Form Powder
Specific gravity 3.7
Colour White
Solublity Soluble in ammonium chloride. Slightly soluble in ammonia and water.
Stability Stable. Incompatible with strong acids.

 

1494 °C (lit.)
1494 °C (lit.)
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