3 Ǻ. According to the industrial application specialties. We endueourproductswiththecharactersofhigher adsorption speed, stronger crushing and anticontaminativeresistance, more cyclic times and longer work-span. All these advantages have made it come to be the most essential and necessary desiccant in the fields of the deep drying, refinery, polymerization for cracked gases, ethylene, propylene and any other non-acidic gases or liquids in petroleum and chemical industrial.The pore size of 3A molecular sieve is 3Ǻ. It does not adsorb any molecular larger than
3 Ǻ. According to the industrial application specialties. We endueourproductswiththecharactersofhigher adsorption speed, stronger crushing and anticontaminativeresistance, more cyclic times and longer work-span. All these advantages have made it come to be the most essential and necessary desiccant in the fields of the deep drying, refinery, polymerization for cracked gases, ethylene, propylene and any other non-acidic gases or liquids in petroleum and chemical industrial.
3 Ǻ. According to the industrial application specialties. We endueourproductswiththecharactersofhigher adsorption speed, stronger crushing and anticontaminativeresistance, more cyclic times and longer work-span. All these advantages have made it come to be the most essential and necessary desiccant in the fields of the deep drying, refinery, polymerization for cracked gases, ethylene, propylene and any other non-acidic gases or liquids in petroleum and chemical industrial.The pore size of 3A molecular sieve is 3Ǻ. It does not adsorb any molecular larger than
3 Ǻ. According to the industrial application specialties. We endueourproductswiththecharactersofhigher adsorption speed, stronger crushing and anticontaminativeresistance, more cyclic times and longer work-span. All these advantages have made it come to be the most essential and necessary desiccant in the fields of the deep drying, refinery, polymerization for cracked gases, ethylene, propylene and any other non-acidic gases or liquids in petroleum and chemical industrial.
3 Ǻ. According to the industrial application specialties. We endueourproductswiththecharactersofhigheradsorption speed, stronger crushing and anticontaminativeresistance, more cyclic times and longer work-span. All these advantages have made it come to be the most essential and necessary desiccant in the fields of the deep drying, refinery, polymerization for cracked gases, ethylene, propylene and any other non-acidic gases or liquids in petroleum and chemical industrial.The pore size of 3A molecular sieve is 3Ǻ. It does not adsorb any molecular larger than
3 Ǻ. According to the industrial application specialties. We endueourproductswiththecharactersofhigheradsorption speed, stronger crushing and anticontaminativeresistance, more cyclic times and longer work-span. All these advantages have made it come to be the most essential and necessary desiccant in the fields of the deep drying, refinery, polymerization for cracked gases, ethylene, propylene and any other non-acidic gases or liquids in petroleum and chemical industrial.
3 Ǻ. According to the industrial application specialties. We endueourproductswiththecharactersofhigheradsorption speed, stronger crushing and anticontaminativeresistance, more cyclic times and longer work-span. All these advantages have made it come to be the most essential and necessary desiccant in the fields of the deep drying, refinery, polymerization for cracked gases, ethylene, propylene and any other non-acidic gases or liquids in petroleum and chemical industrial.The pore size of 3A molecular sieve is 3Ǻ. It does not adsorb any molecular larger than
3 Ǻ. According to the industrial application specialties. We endueourproductswiththecharactersofhigheradsorption speed, stronger crushing and anticontaminativeresistance, more cyclic times and longer work-span. All these advantages have made it come to be the most essential and necessary desiccant in the fields of the deep drying, refinery, polymerization for cracked gases, ethylene, propylene and any other non-acidic gases or liquids in petroleum and chemical industrial.
3 Ǻ. According to the industrial application specialties. We endueourproductswiththecharactersofhigher adsorption speed, stronger crushing and anticontaminativeresistance, more cyclic times and longer work-span. All these advantages have made it come to be the most essential and necessary desiccant in the fields of the deep drying, refinery, polymerization for cracked gases, ethylene, propylene and any other non-acidic gases or liquids in petroleum and chemical industrial.The pore size of 3A molecular sieve is 3Ǻ. It does not adsorb any molecular larger than
3 Ǻ. According to the industrial application specialties. We endueourproductswiththecharactersofhigher adsorption speed, stronger crushing and anticontaminativeresistance, more cyclic times and longer work-span. All these advantages have made it come to be the most essential and necessary desiccant in the fields of the deep drying, refinery, polymerization for cracked gases, ethylene, propylene and any other non-acidic gases or liquids in petroleum and chemical industrial.
3 Ǻ. According to the industrial application specialties. We endueourproductswiththecharactersofhigher adsorption speed, stronger crushing and anticontaminativeresistance, more cyclic times and longer work-span. All these advantages have made it come to be the most essential and necessary desiccant in the fields of the deep drying, refinery, polymerization for cracked gases, ethylene, propylene and any other non-acidic gases or liquids in petroleum and chemical industrial.The pore size of 3A molecular sieve is 3Ǻ. It does not adsorb any molecular larger than
3 Ǻ. According to the industrial application specialties. We endueourproductswiththecharactersofhigher adsorption speed, stronger crushing and anticontaminativeresistance, more cyclic times and longer work-span. All these advantages have made it come to be the most essential and necessary desiccant in the fields of the deep drying, refinery, polymerization for cracked gases, ethylene, propylene and any other non-acidic gases or liquids in petroleum and chemical industrial.
Product Short Description: Activated Alumina Powder Absorbent and Catalyst
Product Technical Specification:
Chemical Analysis ( Nominal )
Na2O(wt%)
0.05
SiO2(wt%)
0.07
Fe2O3(wt%)
0.01
Cl(wt%)
0.10
Loss on Ignition(wt%)
28
3 Ǻ. According to the industrial application specialties. We endueourproductswiththecharactersofhigheradsorption speed, stronger crushing and anticontaminativeresistance, more cyclic times and longer work-span. All these advantages have made it come to be the most essential and necessary desiccant in the fields of the deep drying, refinery, polymerization for cracked gases, ethylene, propylene and any other non-acidic gases or liquids in petroleum and chemical industrial.The pore size of 3A molecular sieve is 3Ǻ. It does not adsorb any molecular larger than
3 Ǻ. According to the industrial application specialties. We endueourproductswiththecharactersofhigheradsorption speed, stronger crushing and anticontaminativeresistance, more cyclic times and longer work-span. All these advantages have made it come to be the most essential and necessary desiccant in the fields of the deep drying, refinery, polymerization for cracked gases, ethylene, propylene and any other non-acidic gases or liquids in petroleum and chemical industrial.
3 Ǻ. According to the industrial application specialties. We endueourproductswiththecharactersofhigheradsorption speed, stronger crushing and anticontaminativeresistance, more cyclic times and longer work-span. All these advantages have made it come to be the most essential and necessary desiccant in the fields of the deep drying, refinery, polymerization for cracked gases, ethylene, propylene and any other non-acidic gases or liquids in petroleum and chemical industrial.The pore size of 3A molecular sieve is 3Ǻ. It does not adsorb any molecular larger than
3 Ǻ. According to the industrial application specialties. We endueourproductswiththecharactersofhigheradsorption speed, stronger crushing and anticontaminativeresistance, more cyclic times and longer work-span. All these advantages have made it come to be the most essential and necessary desiccant in the fields of the deep drying, refinery, polymerization for cracked gases, ethylene, propylene and any other non-acidic gases or liquids in petroleum and chemical industrial.
Product Short Description: Carbon Molecular Sieve Absorbent
Product Technical Specification:
Technical Parameter
Type
Loading Density (kg/m3)
Adsorption pressure (mpa)
Adsorption Cycles (s)
Balanced Pressure (s)
Diameter (mm)
Length (mm)
N2 production Capacity (m3/ht) (N2 concentration 99.5%)
N2 production capacity (m3/ht) (N2 concentration 99.9%)
N2 production capacity (m3/ht) (N2 concentration 99.99%)
CMS - 220
670
0.8
120
1.5~3
1.7~1.8
3~5
200
135
50
CMS - 220
670
0.8
120
1.5~3
1.7~1.8
3~5
200
147
80
CMS - 240
670
0.8
120
1.5~3
1.7~1.8
3~5
200
160
100
3 Ǻ. According to the industrial application specialties. We endueourproductswiththecharactersofhigheradsorptionspeed, stronger crushing and anticontaminativeresistance, more cyclic times and longer work-span. All these advantages have made it come to be the most essential and necessary desiccant in the fields of the deep drying, refinery, polymerization for cracked gases, ethylene, propylene and any other non-acidic gases or liquids in petroleum and chemical industrial.The pore size of 3A molecular sieve is 3Ǻ. It does not adsorb any molecular larger than
3 Ǻ. According to the industrial application specialties. We endueourproductswiththecharactersofhigheradsorptionspeed, stronger crushing and anticontaminativeresistance, more cyclic times and longer work-span. All these advantages have made it come to be the most essential and necessary desiccant in the fields of the deep drying, refinery, polymerization for cracked gases, ethylene, propylene and any other non-acidic gases or liquids in petroleum and chemical industrial.
3 Ǻ. According to the industrial application specialties. We endueourproductswiththecharactersofhigheradsorptionspeed, stronger crushing and anticontaminativeresistance, more cyclic times and longer work-span. All these advantages have made it come to be the most essential and necessary desiccant in the fields of the deep drying, refinery, polymerization for cracked gases, ethylene, propylene and any other non-acidic gases or liquids in petroleum and chemical industrial.The pore size of 3A molecular sieve is 3Ǻ. It does not adsorb any molecular larger than
3 Ǻ. According to the industrial application specialties. We endueourproductswiththecharactersofhigheradsorptionspeed, stronger crushing and anticontaminativeresistance, more cyclic times and longer work-span. All these advantages have made it come to be the most essential and necessary desiccant in the fields of the deep drying, refinery, polymerization for cracked gases, ethylene, propylene and any other non-acidic gases or liquids in petroleum and chemical industrial.
Product Short Description: Thin Aluminum Oxide Film Sensor with effective result 20 Deg. C. to (-) 110 Deg. C.
Product Technical Specification:
A few of the key specifications of the Dew Point Meters are: Range: 20 Deg. C. to (-) 110 Deg. C. Accuracy: + 2 Deg. C. Sensor: Thin Aluminum Oxide Film Sensor in separate housing with cable Display: 1-Line, 4-Digit backlit LCD Display Function: Dew / Frost point temperature Deg. C. or Deg. F. Temperature: 0 Deg. C. to 60 Deg. C (Operating) Output Signal: 4 to 20 mA Power Source: 220 V AC Mains Repeatability: +0.5 Deg.C. Alarm System: Audio / Visual
Product Short Description: This ensures continuous supply of Nitrogen to your System.
Product Technical Specification:
PSA Nitrogen Gas Plant: Technical Specifications. Capacity: 1Nm3/hr to 200Nm3/hr Purity: Up to 99.9999% Pressure: Up to 10 Bar Dew Point: up to (-) 80~C
Remarks:
PSA Principle.
This Process consists of 2 beds filled with carbon Molecular Sieves (CMS). When PRE-Filtered compressed air is passed thought one CMS bed, Nitrogen comes out as the product gas. The waste gas (oxygen, carbon dioxide, etc) is discharged back into atmosphere. Upon saturated of the CMS bed, the process switches nitrogen regeneration to other bed, while allowing the saturated bed to undergo regeneration by depressurization to atmospheric pressure. This ensures continuous supply of Nitrogen to your System.
Product Short Description: High quality product classified as a vegetable oil, animal oil, fat, fuel oil, lube oil and pet coke residues general remover/cleaner applied to cargo and storage tanks as well as to other systems. Furthermore, it removes carbonaceous deposits.
Product Technical Specification:
Tank Cleaner Alkaline Swift is a mixture of emulsifiers, surfactants. Heavy duty water based tank cleaner Does not contain nonyl phenol ethoxylates or other estrogenic compounds Biodegradable Free from hydrocarbon solvents
Benefits It has numerous tank cleaning applications including removal of natural oils and fats Ideal for cleaning after wax deposits Suitable for removal of soot deposits from inert gas systems Can be used for deodorizing, gas and hydrocarbon-freeing of tanks Effective and economical Completely safe on epoxy coatings
.
Remarks:
RXSOL-20-2004-210 is a mixture of emulsifiers, surfactants, corrosion inhibitors and rust preventives, being non-caustic very gentle on hand & ideal for cleaning walls metal and other areas.
Caustic free property of this product helps and prevents the corrosion of metal such as zinc, aluminium, copper, brass and tin. Specialized for cargo tank cleaning and gas freeing of tanks.
Metanil Yellow which is also called Acid yellow 36 is used in printing on paper, dyeing on fibres, silk, Wool, nylon, silk, paper, ink, aluminum, detergent, wood, fur, cosmetics, biological stain etc.
