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Products & Services
- Artificial Snow
- Water Absorbent Polymer- Waterlocks
- Benzalkonium Chloride (BKC)
- SPC- Swimming Pool Chemicals
- OCC- Odour Control Chemical
- ETC- Effluent Treatment Chemical
- Chemical- Fire Retardant
- Dust Suppressant Chemical
- Zinc Copper Coated Activated Carbon
- Filters or Iron Removal
- Iron Removal Filters
- Fire Retardant Chemical
- Phase Change Material
- Eutectics and Phase Change Material
- Membrane Ro Cleaner
- Tetra Ethylene Glycol
- Distilled Peracetic Acid
- RO Chemical- Reverse Osmosis
- Tetra Acetyl Ethylene Diamine
- RO Membrane Cleaners
- \Mono Ethylene Glycol
- Anthracite Filter Media
- Phosphating And Derusting Chemical
- Waterlocks- Super Absorbent Polymer
- Reverse Osmosis Antiscalants
- Glycerol Monostearate - Gms
- HH- Hydrazine Hydrate
- Antifreeze Mono Ethylene Glycol
- Mono Ethylene Glycol
- Monoethylene Glycol- MEG(BRINE)
- Benzalkonium Chloride BKC
- Equivalent to Rodine- Acid Inhibitors
- Acid Inhibitors (Equivalent to Rodine)
- Dry Chlorine/ HTH / Cal Hypo
Other Products
Artificial Snow
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Water Absorbent Polymer- Waterlocks
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Benzalkonium Chloride (BKC)
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Colorless Liquid ,Soluble in water under normal terperature ,Used for Oil Antiseptic, ponds disinfectant.It is a safe,rapid acting bactericide, algaecide and Fungicide.Not freezing and keep liquid status under the very low temperature
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SPC- Swimming Pool Chemicals
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We are counted amongst the topnotch Swimming Pool Chemicals Suppliers in India. Our range of Swimming Pool Water Treatment Chemicals have earned high praise from our clients worldwide as these assist in pool water purification with no hint of residue. Customers can also be eased with the availability of the Swimming Pool Water Chemicals at the most reasonable prices.
Known For
· Best quality
· Easy-to you
· No leftover residue
· Safe
Applications :
· For cleaning swimming pools etc.
Chemicals like TCCA,Liquid Chlorine,Copper Sulphate,Acid and Alum.
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OCC- Odour Control Chemical
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occ contains simple sugar molecules which resemble a honeycomb or a zeolite molecule. Due to its unoccupied space, it can absorb many times its own weight in odorous molecules. It also contains amino hydroxyl groups which ionize sulfides and thiol radicals to form hydroxyl sulfides. The hydroxyl sulfides are converted in the presence of oxygen to amino sulfate.
the sulfate group then separates ionically into a sulfate ion and another amino group which is free to react with another sulfide or mercaptan. Thus, a small amount of occ can impact large amounts of sulfides and mercaptans. Occ also contains a proprietary acid which reacts with ammonia and amines to convert them to harmless salts.
occ contains oxygenated terpenes which participate in ionic reactions and are highly reactive toward many odorous compounds.
in summary, occ encapsulates, emulsifies, and generates specific reactions with odorous gases such as sulfides, thiols, amines, and ammonia to generate decomposition and re-composition reactions with aromatic structures and other circular hydrocarbons. These reactions continue in a series to release key components as they are no longer needed. These components are then free to function in the same reaction chain with other odorous molecules. These released components are self replicating to some degree. This is what allows substantial dilution of occ while still producing high impact performance
occ has a specific reactions with odorous gases such as:
- sulfides
- thiols
- amines
- ammonia to generate decomposition and re-composition reactions with aromatic structures and other circular hydrocarbons
environmental benefits
1. Low voc's, low photochemical reactants, non- toxic, non-flammable, no ingredients listed on california proposition 65 list, ingredients are biodegradable.
2. Economical to us
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ETC- Effluent Treatment Chemical
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Our company is one of the leading manufacturers and suppliers offering unbeatable wide range of Effluent Treatment Chemicals across the Asia at industry leading prices without compromising on the quality of products. Our professionally trained water treatment experts always try to offer effective Effluent Treatment and Sewage Treatment Solutions. Solutions are available for collection tank, primary treatment, aeration system, anaerobic system, secondary treatment, tertiary treatment and sludge thickening, etc.,
- Coagulant
- Flocculant
- Decolorant
- Dewatering Aids / Filter Aids
- Bioculture – Anaerobic & Aerobic
- Deodorants
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Chemical- Fire Retardant
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It is relatively easy to obtain an improved fire performance of wood products. Most existing fire retardants are effective in reducing different reaction-to-fire parameters of wood such as ignitability, heat release and flame spread. The highest European and national fire classifications for combustible products can be reached. However, high retention levels have to be used compared to ordinary preservation treatments used to protect wood against biological decay.
Fire retardant wood and wood based panel products are being used in a wide variety of market areas.The fire retardant treatment, if correctly specified, provides added value to the wood based substrates and extends the market potential of the world's most natural building material.
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Dust Suppressant Chemical
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Environmental Management and Pollution Control poses a major concern to all. There is a need for EFFICIENT POLLUTION CONTROL Technique, to meet the stringent norms as stipulated by the Pollution Control Board for dust control at open stock piles, conveyor transfer points, dump hopper loading points and other such dust generating locations in a bulk material handling plant.
In a chemical based dust suppression system, a chemical is used to reduce the surface tension of water, thereby increasing the dust adhesive power. The chemical helps in keeping the dust particles agglomerated for a longer period of time, thereby reducing the water requirement. Dosing pumps are used in the system to pump the chemical in the desired fixed ratio.
SALIENT FEATURES
· Easy to Instal / Maintain.
· Dust Generation is stopped at source.
· Reduced cost and rugged system.
· No adverse effect on product / material handled.
· No expensive equipment and disposal arrangement.
· System could be set to operate on Auto / Manual mode.
· Compatible to operate on plant PLC
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Zinc Copper Coated Activated Carbon
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Filters or Iron Removal
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We are amongst the reputed manufacturers of iron removal filters, used for removal of dissolved iron, present in the form of lower oxides. Designed in line with international quality standards, these filters are used for removing both oxidized iron and iron present in solution. Compact size plants have filter media that are capable of removing small amounts of hydrogen sulfide.
With practical upper limit of iron concentration for these filters being 5 ppm, the filter has three functions:
·It acts as an efficient filter in removing oxidized iron and sediment
· Its as a compact catalyst in augmenting the union of oxygen and dissolved iron in water to form oxidized (filterable) iron (the water must contain at least 0.1 ppm oxygen for every 0.7 ppm of iron)
· In where the water has little or no oxygen the media will give up some of its own store of oxygen to oxidize iron
In order to restore the media, it must be periodically regenerated with potassium permanganate (depending upon oxygen content of water). To facilitate regeneration, optional regenerant systems are available. For efficient application, the pH must be at least 6.8 and temperature should not exceed 120° F. To aid in the oxidation of iron, the chlorine or potassium permanganate may be fed into the water ahead of the iron filterView Complete Details
Iron Removal Filters
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We are amongst the reputed manufacturers of iron removal filters, used for removal of dissolved iron, present in the form of lower oxides. Designed in line with international quality standards, these filters are used for removing both oxidized iron and iron present in solution. Compact size plants have filter media that are capable of removing small amounts of hydrogen sulfide.
With practical upper limit of iron concentration for these filters being 5 ppm, the filter has three functions:
· It acts as an efficient filter in removing oxidized iron and sediment
· It acts as a compact catalyst in augmenting the union of oxygen and dissolved iron in water to form oxidized (filterable) iron (the water must contain at least 0.1 ppm oxygen for every 0.7 ppm of iron)
· In case where the water has little or no oxygen the media will give up some of its own store of oxygen to oxidize iron
In order to restore the media, it must be periodically regenerated with potassium permanganate (depending upon oxygen content of water). To facilitate regeneration, optional regenerant systems are available. For efficient application, the pH must be at least 6.8 and temperature should not exceed 120° F. To aid in the oxidation of iron, the chlorine or potassium permanganate may be fed into the water ahead of the iron filter.
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Fire Retardant Chemical
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It is relatively easy to obtain an improved fire performance of wood products. Most existing fire retardants are effective in reducing different reaction-to-fire parameters of wood such as ignitability, heat release and flame spread. The highest European and national fire classifications for combustible products can be reached. However, high retention levels have to be used compared to ordinary preservation treatments used to protect wood against biological decay.
Fire retardant wood and wood based panel products are being used in a wide variety of market areas.The fire retardant treatment, if correctly specified, provides added value to the wood based substrates and extends the market potential of the world's most natural building material.
Conditions of Use
The environment in which the Fire Retardant Treated Wood (FRTW) is to be used has great influence on the choice of FR treatment and formulations. High humidity or wet conditons can affect both the fire performance of certain treatments and lead to certain undesirable side effects such as strength reduction, corrosion of metal fixings, decay and problems with overpainting.
Characteristics of FR-formulations:
- inorganic salt type for dry interior use only
- humidity resistant chemical types for all interior uses and some weather protected exterior uses
- leach resistant polymer types for fully exposed exterior situations
Intumescent coatings are generally only suitable for dry interior uses. This applies particularly to clear lacquers.Fire retardant treated wood (FRTW) is used world-wide in a range of end use applications. Technological advances with low hygroscopic and leach resistant formulations, and improvements in intumescent coatings now allow wood based panel products to be used safely in both interior, including humid conditions, and exterior situations.
The most typical end uses for FRTW are:-
· Internal wall and ceiling linings· external cladding/facades
· roof constructions
· roofing shingles
· transportation - railway carriages, buses, maritime
· wooden scaffolding for both offshore and onshore
· pallets for the chemical industry
· military, e.g. packing cases
· exhibition stands
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Phase Change Material
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1.High thermal energy storage capacity;
2.chemically inert;
3.Ecologically harmless and non-toxic.
4.for Water cycle.
On undergoing phase change from solid to liquid, our ecological thermal energy storage material absorbs a certain amount of heat, known as latent heat, at a relatively constant temperature. When this phase change process is reversed, that is from liquid to solid, the previously stored latent heat is released, again at a nearly constant temperature.
A new generation of ecological heat storage materials utilising the rocesses
of phase change between solid and liquid (melting and congealing) to store
and release large quantities of thermal energy at nearly constant emperature.
The phase change materials (PCM’s) provide a very effective
means for storing heat and cold, even when limited volumes and low operating
temperature differences are applicable
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Eutectics and Phase Change Material
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1.High thermal energy storage capacity;
2.chemically inert;
3.Ecologically harmless and non-toxic.
4.for Water cycle.
On undergoing phase change from solid to liquid, our ecological thermal energy storage material absorbs a certain amount of heat, known as latent heat, at a relatively constant temperature. When this phase change process is reversed, that is from liquid to solid, the previously stored latent heat is released, again at a nearly constant temperature.
A new generation of ecological heat storage materials utilising the processes
of phase change between solid and liquid (melting and congealing) to store
and release large quantities of thermal energy at nearly constant temperature.
The phase change materials (PCM’s) provide a very effective
means for storing heat and cold, even when limited volumes and low operating
temperature differences are applicable
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Membrane Ro Cleaner
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Even with all the preventative care given to a reverse osmosis system, some fouling of the membranes will take place. Cleaning of the membranes can improve membrane performance.All membranes lose their performance with time. One of the major causes for the loss of performance is due to substances that deposit on the membrane surface. Although the term fouling is used for deposit of any materials on the membrane, the coating of the membrane surface can be due to the following:
- Fouling
- Scaling
Membrane cleaning is periodically needed for all RO system membranes. The reverse osmosis membranes reject impurities but allow the passage of water, but as time passes they can become clogged or fouled and require cleaning. For typical equipment, the membranes should be cleaned about twice a year.
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Tetra Ethylene Glycol
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TEG is produced as a byproduct in the manufacture of MEG.
TEG is a colourless liquid with a high boiling point. It is most hygroscopic in nature, amongst Mono & Diethylene Glycols. TEG is miscible with water, alcohol , ether , acetone but is insoluble in benzene and its homologues. TEG is a stable non corrosive chemical with a high flash point.
TEG finds end use in Natural Gas Dehydration , Plasticizers , Conditioning agents etc.
At normal temperature and pressure , TEG can be easily transported in Mild steel tankers , internally coated with an epoxy paint.
Similarly, TEG can be stored in MS containers lined with baked phenolic resin / air drying epoxy phenolic resin or vinyl resin. It is advisable to store TEG in a cool , dry place with good ventilation - away from heat, sparks or flames.
Care should be taken to prevent TEG from mixing with strong acids , bases and oxidising materials.
APPLICATIONS :
1. Natural Gas Dehydration: Hygroscopic nature of TEG is put to use in dehydration of natural gas. TEG is contacted counter currently with natural gas in a packed or bubble tray to remove moisture from natural gas. TEG is subsequently regenerated for reuse by stripping it of its water content. 2.
2. Plasticizer:TEG can be effectively used as a plastisizer for Vinyls, nitro cellulose, safety glasses. Diesters of TEG gives good low temperature properties and smooth film finishes.
3. Conditioning Agent
The affinity of TEG for water is used advantageously in the manufacture of adhesives or pastes to eliminate shrinkage, curling and brittleness.
SPECIFICATION :
Sr.
No
Property Unit Specifications
1 Appearance - Clear Colourless
2 TEG Content Wt % min 99.2
3 DEG Content Wt. % max. 0.5
4 PEG Content Wt. % max. 0.25
5 Specific Gravity @20/20 Deg C 1.124 - 1.126
6 Distillation Range @ 760
mm Hg 5-95 vol%
Deg C 280-295
7 Water Wt. % max. 0.1
8 Colour Pt-Co Units max. 25
9 Ash Wt.ppm Max. 50
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Distilled Peracetic Acid
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Peracetic acid(also known as peroxyacetic acid, or paa), is an organic compound with the formula ch3co3h. This organic peroxide is a colorless liquid with a characteristic acrid odor reminiscent of acetic acid. It can be highly corrosive. The main use of peracetic acid is for the industrial synthesis of epoxides. It transfers an oxygen atom to double bonds, e. G. In ethene and propene, to formepoxides and alcohols. It can also be used in producing synthetic glycero from propene, and is used in nylon manufacturing. Peracetic acid is used mainly in the food industry, where it is applied as a cleanser and as adisinfectant. Since the early 1950’s, acetic acid was applied for bacteria and fungi removal from fruits and vegetables. It was also used for the disinfection of recicled rinsing water for foodstuffs. Nowadays peracetic acid is applied for the disinfection of medical supplies and to prevent bio film formation in pulp industries. It can be applied during water purification as a disinfectant and for plumming disinfection. Peracetic acid is suitable for cooling tower water disinfection; it affectively prevents bio film formation and controls legionella bacteria.
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RO Chemical- Reverse Osmosis
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This range of products includes Antiscalants, biocides and membrane cleaners.
Some of the key features are:
· Compatibility with membranes
· Reduced cleaning frequency / lower membrane maintenance
We have come up with Super Absorbent Polymer, which can absorb brine, urine and blood. Purified water can be absorbed by this polymer, which quantity can reach around 450-600 times of its own weight. It is also known as Macromolecule or Super Water Absorbent Polymer. This polymer can be degraded easily and the degradation products are carbon dioxide, water, Ammonia and potassium ion. Furthermore, it is non corrosive, nonirritating and nontoxic. Application Areas: · Baby diaper, Adult diaper · Sanitary towel · Complex paper · Operation cloth or mattress · Pet clothes or mattress
|
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Tetra Acetyl Ethylene Diamine
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RO Membrane Cleaners
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Even with all the preventative care given to a reverse osmosis system, some fouling of the membranes will take place. Cleaning of the membranes can improve membrane performance.All membranes lose their performance with time. One of the major causes for the loss of performance is due to substances that deposit on the membrane surface. Although the term fouling is used for deposit of any materials on the membrane, the coating of the membrane surface can be due to the following:
- Fouling
- Scaling
Membrane cleaning is periodically needed for all RO system membranes. The reverse osmosis membranes reject impurities but allow the passage of water, but as time passes they can become clogged or fouled and require cleaning. For typical equipment, the membranes should be cleaned about twice a year.
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Membrane Ro Cleaner
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Even with all the preventative care given to a reverse osmosis system, some fouling of the membranes will take place. Cleaning of the membranes can improve membrane performance.All membranes lose their performance with time. One of the major causes for the loss of performance is due to substances that deposit on the membrane surface. Although the term fouling is used for deposit of any materials on the membrane, the coating of the membrane surface can be due to the following:
- Fouling
- Scaling
Membrane cleaning is periodically needed for all RO system membranes. The reverse osmosis membranes reject impurities but allow the passage of water, but as time passes they can become clogged or fouled and require cleaning. For typical equipment, the membranes should be cleaned about twice a year.
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Membrane RO Cleaner
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Even with all the preventative care given to a reverse osmosis system, some fouling of the membranes will take place. Cleaning of the membranes can improve membrane performance.All membranes lose their performance with time. One of the major causes for the loss of performance is due to substances that deposit on the membrane surface. Although the term fouling is used for deposit of any materials on the membrane, the coating of the membrane surface can be due to the following:
- Fouling
- Scaling
Membrane cleaning is periodically needed for all RO system membranes. The reverse osmosis membranes reject impurities but allow the passage of water, but as time passes they can become clogged or fouled and require cleaning. For typical equipment, the membranes should be cleaned about twice a year.
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\Mono Ethylene Glycol
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Monoethylene Glycol (MEG) is a colorless, virtually odorless and slightly viscous liquid. It is miscible with water, alcohols, aldehydes and many organic compounds. MEG will not dissolve rubber, cellulose acetate or heavy vegetable and petroleum oils. MEG has a low volatility and it is 50% more hygroscopic than glycerol at room temperature.Mono Ethylene Glycol (MEG) is the most widely used chemical from the Glycol family. It is an essential raw material for Polyester fibres and Polyethylene Terephthalate (PET) polymer. MEG based products are also used as coolants in Automobile antifreeze, resins, humectants f paper etc
MEG can be transported in Epoxy coated MS tankers. It can be stored in MS containers lined with baked phenolic resin / air drying epoxy phenolic resin or vinyl resin. It is advisable to store MEG in a cool, dry place with good ventilation - away from heat, sparks or flames.
APPLICATIONS:
1. Polyester
Mono Ethylene Glycol is an essential raw material for Polyester. Ethylene Glycol reacts with PTA / to produce polyester.
2. Adhesives, Sealants and Coatings
Mono Ethylene Glycol and D-Ethylene Glycol is used in latex based paint formulation. These glycols are also used to produce acrylate and methacrylate resins for coatings, adhesives, and paints.
3. Alkyd Resins for Paints and Coatings
Mono Ethylene Glycol is used as a reactant in the manufacture of Alkyd resins which are used in Paints, enamels and varnishes.
4. Antifreeze
Ethylene Glycol (MEG) is used as an active ingredient in engine coolants and antifreeze, offering benefits including a high boiling point, low vapor pressure, excellent heat transfer abilities, and the ability to depress the freezing point of water.
5. Others
A) Dyes & Inks
MEG finds applications in products like Dyes & Inks for High speed printing.
B) Humectants
Glycols being hygroscopic in nature are also used as Humectants for
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Anthracite Filter Media
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Specifications
TRIHIGH ANTHRACITE FILTER MEDIA
Durable and top quality Anthracite Filter Media....
MAIN APPLICATIONS
Drinking water, Chemical industry, Dyeing industry,Food industry,Petro-chemical industry,Pulp/paper industry,Sea water, Sauna waste water,Spa/pool /boiler waste water
APPEARANCE
Black granules
Advantage1. Longer Filter Runs
2. Faster Filtration
3. Long Lifetime
4. Good Separation Characteristics
5. Savings in wash water and power
6. Removes more iron and manganese salts........
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Phosphating And Derusting Chemical
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We offer range of Metal treatment chemicals finding application majorly in engineering and fabrication industry. These treatments are given before preparation of metal surface before painting or similar coatings. Commonly, non-metallic and non-conductive phosphate coating is extensively used as metal treatment chemicals. These act as a sealant on the surface by preventing rust to form a cohesive bond between the surface and the final finish, which is normally painting or powder coating.
Uses:
1.To provide a base for painting, lacquering and plastic coating
2.To provide protection against corrosion
3.To provide protection against wear and tear in moving parts
Product Code | Key Characteristic | Application | |
ROTO PHOS 3 IN 1 | Synergistic liquid doing degreasing , derusting and phosphating | Removes oil, grease , rust and gives protective coating to prevent re-rusting | |
ROTO PHOS 4 IN 1 | Synergistic liquid doing degreasing , derusting , phosphating and passivating
| Removes oil, grease, rust and gives protective coating to prevent re-rusting and additionally passivates the surface | |
Phosphating
Product Code | Key Characteristic | Application |
ROTO SHINE 70 | Synergistic Liquid of surface active agents and rust removal chemicals | For removal of rust and mild scales |
Derusting
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Waterlocks- Super Absorbent Polymer
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Waterlock® is a highly cross-linked and water insoluble Superabsorbent Polymer (SAP) specially designed for water absorption and water retention in soils located in regions subject to drought. Upon contact with water, these synthetic crystals swell quickly, creating a SAP-Hydrogel by absorbing and retaining a big volume of water and soluble plant nutrients dissolved in it, which will be released to the plant during the soil drying process.
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Reverse Osmosis Antiscalants
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RO antiscalant ME220 is highly effective liquid antiscalant developed to control scale precipitates and reduce particulate fouling within membrane separation systems.It can be used in reverse osmosis (RO), nano-filtration (NF) and ultra-filtration (UF) system.
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Glycerol Monostearate - Gms
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Glycerol Monostearate(GMS) Glycerol monostearate, commonly known as GMS, is an organic molecule used as an Applications
| |
Appearance | white Powder
|
Acid Value (mg KOH/gram) | 2.0 Max
|
Saponification Value ( mg KOH/gram ) | 155 - 165
|
Monoglyceride (%) | 90.0 Min
|
Free Glycerol (%) | 2.0 Max
|
Melting Point °C | 68 - 75
|
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HH- Hydrazine Hydrate
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Content:80%min
CAS NO.:10217-52-4
Colorless liquid, fuming in air, light ammonia odor
Solubility: liquid hydrazine hydrate to form dimers, immiscible with water and ethanol, insoluble in ether and chloroform
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Antifreeze Mono Ethylene Glycol
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Monoethylene Glycol (MEG) is a colorless, virtually odorless and slightly viscous liquid. It is miscible with water, alcohols, aldehydes and many organic compounds. MEG will not dissolve rubber, cellulose acetate or heavy vegetable and petroleum oils. MEG has a low volatility and it is 50% more hygroscopic than glycerol at room temperature.Mono Ethylene Glycol (MEG) is the most widely used chemical from the Glycol family. It is an essential raw material for Polyester fibres and Polyethylene Terephthalate (PET) polymer. MEG based products are also used as coolants in Automobile antifreeze, resins, humectants for / paper etc.
MEG can be transported in Epoxy coated MS tankers. It can be stored in MS containers lined with baked phenolic resin / air drying epoxy phenolic resin or vinyl resin. It is advisable to store MEG in a cool, dry place with good ventilation - away from heat, sparks or flames.
APPLICATIONS:
1. Polyester
Mono Ethylene Glycol is an essential raw material for Polyester. Ethylene Glycol reacts with PTA / to produce polyester.
2. Adhesives, Sealants and Coatings
Mono Ethylene Glycol and D-Ethylene Glycol is used in latex based paint formulation. These glycols are also used to produce acrylate and methacrylate resins for coatings, adhesives, and paints.
3. Alkyd Resins for Paints and Coatings
Mono Ethylene Glycol is used as a reactant in the manufacture of Alkyd resins which are used in Paints, enamels and varnishes.
4. Antifreeze
Ethylene Glycol (MEG) is used as an active ingredient in engine coolants and antifreeze, offering benefits including a high boiling point, low vapor pressure, excellent heat transfer abilities, and the ability to depress the freezing point of water.
5. Others
A) Dyes & Inks
MEG finds applications in products like Dyes & Inks for High speed printing.
B) Humectants
Glycols being hygroscopic in nature are also used as Humectants for , paper etc.
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Mono Ethylene Glycol
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Monoethylene Glycol (MEG) is a colorless, virtually odorless and slightly viscous liquid. It is miscible with water, alcohols, aldehydes and many organic compounds. MEG will not dissolve rubber, cellulose acetate or heavy vegetable and petroleum oils. MEG has a low volatility and it is 50% more hygroscopic than glycerol at room temperature.Mono Ethylene Glycol (MEG) is the most widely used chemical from the Glycol family. It is an essential raw material for Polyester fibres and Polyethylene Terephthalate (PET) polymer. MEG based products are also used as coolants in Automobile antifreeze, resins, humectants
MEG can be transported in Epoxy coated MS tankers. It can be stored in MS containers lined with baked phenolic resin / air drying epoxy phenolic resin or vinyl resin. It is advisable to store MEG in a cool, dry place with good ventilation - away from heat, sparks or flames.
APPLICATIONS:
1. Polyester
Mono Ethylene Glycol is an essential raw material for Polyester. Ethylene Glycol reacts with PTA / to produce polyester.
2. Adhesives, Sealants and Coatings
Mono Ethylene Glycol and D-Ethylene Glycol is used in latex based paint formulation. These glycols are also used to produce acrylate and methacrylate resins for coatings, adhesives, and paints.
3. Alkyd Resins for Paints and Coatings
Mono Ethylene Glycol is used as a reactant in the manufacture of Alkyd resins which are used in Paints, enamels and varnishes.
4. Antifreeze
Ethylene Glycol (MEG) is used as an active ingredient in engine coolants and antifreeze, offering benefits including a high boiling point, low vapor pressure, excellent heat transfer abilities, and the ability to depress the freezing point of water.
5. Others
A) Dyes & Inks
MEG finds applications in products like Dyes & Inks for High speed printing.
B) Humectants
Glycols being hygroscopic in nature are also used as Humectants
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Mono Ethylene Glycol
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Mono Ethylene Glycol Brine (MEG Brine) Corrosion Inhibitor
Monoethylene Glycol (MEG) is a colorless, virtually odorless and slightly viscous liquid. It is miscible with water, alcohols, aldehydes and many organic compounds. MEG will not dissolve rubber, cellulose acetate or heavy vegetable and petroleum oils. MEG has a low volatility and it is 50% more hygroscopic than glycerol at room temperature.Mono Ethylene Glycol (MEG) is the most widely used chemical from the Glycol family. It is an essential raw material for Polyester fibres and Polyethylene Terephthalate (PET) polymer. MEG based products are also used as coolants in Automobile antifreeze, resins, humectants for / paper etc.
MEG can be transported in Epoxy coated MS tankers. It can be stored in MS containers lined with baked phenolic resin / air drying epoxy phenolic resin or vinyl resin. It is advisable to store MEG in a cool, dry place with good ventilation - away from heat, sparks or flames.
APPLICATIONS:
1. Polyester
Mono Ethylene Glycol is an essential raw material for Polyester. Ethylene Glycol reacts with PTA / to produce polyester.
2. Adhesives, Sealants and Coatings
Mono Ethylene Glycol and D-Ethylene Glycol is used in latex based paint formulation. These glycols are also used to produce acrylate and methacrylate resins for coatings, adhesives, and paints.
3. Alkyd Resins for Paints and Coatings
Mono Ethylene Glycol is used as a reactant in the manufacture of Alkyd resins which are used in Paints, enamels and varnishes.
4. Antifreeze
Ethylene Glycol (MEG) is used as an active ingredient in engine coolants and antifreeze, offering benefits including a high boiling point, low vapor pressure, excellent heat transfer abilities, and the ability to depress the freezing point of water.
5. Others
A) Dyes & Inks
MEG finds applications in products like Dyes & Inks for High speed printing.
B) Humectants
Glycols being hygroscopic in nature are also used as Humectants for , paper etc.
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Monoethylene Glycol- MEG(BRINE)
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Monoethylene Glycol (MEG) is a colorless, virtually odorless and slightly viscous liquid. It is miscible with water, alcohols, aldehydes and many organic compounds. MEG will not dissolve rubber, cellulose acetate or heavy vegetable and petroleum oils. MEG has a low volatility and it is 50% more hygroscopic than glycerol at room temperature.
Mono Ethylene Glycol (MEG) is the most widely used chemical from the Glycol family. It is an essential raw material for Polyester fibres and Polyethylene Terephthalate (PET) polymer. MEG based products are also used as coolants in Automobile antifreeze, resins, humectants
MEG can be transported in Epoxy coated MS tankers. It can be stored in MS containers lined with baked phenolic resin / air drying epoxy phenolic resin or vinyl resin. It is advisable to store MEG in a cool, dry place with good ventilation - away from heat, sparks or flames.
APPLICATIONS:
1. Polyester
Mono Ethylene Glycol is an essential raw material for Polyester. Ethylene Glycol reacts with PTA / to produce polyester.
2. Adhesives, Sealants and Coatings
Mono Ethylene Glycol and D-Ethylene Glycol is used in latex based paint formulation. These glycols are also used to produce acrylate and methacrylate resins for coatings, adhesives, and paints.
3. Alkyd Resins for Paints and Coatings
Mono Ethylene Glycol is used as a reactant in the manufacture of Alkyd resins which are used in Paints, enamels and varnishes.
4. Antifreeze
Ethylene Glycol (MEG) is used as an active ingredient in engine coolants and antifreeze, offering benefits including a high boiling point, low vapor pressure, excellent heat transfer abilities, and the ability to depress the freezing point of water.
5. Others
A) Dyes & Inks
MEG finds applications in products like Dyes & Inks for High speed printing.
B) Humectants
Glycols being hygroscopic in nature are also used as Humectants
Property Unit Specifications
1 Appearance - Clear Colourless
2 MEG Content Wt % min 99.9
3 DEG Content Wt. % Max. 0.04
4 Specific Gravity @20/20 Deg C 1.1151-1.1156
5 Water Wt. % max. 0.04
6 Colour (before heating) Pt-Co Units Max. 5
7 Acidity (as acetic acid) Wt.ppm Max. 10
8 Chlorides (as CL) Wt.ppm Max. 0.1
9 Sulphates Nil
10 Iron Wt.ppm Max. 0.1
11 Ash Wt.ppm Max. 10
12 Aldehydes (as formaldehyde) Wt.ppm Max. 10
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Mono Ethylene Glycol
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Monoethylene Glycol (MEG) is a colorless, virtually odorless and slightly viscous liquid. It is miscible with water, alcohols, aldehydes and many organic compounds. MEG will not dissolve rubber, cellulose acetate or heavy vegetable and petroleum oils. MEG has a low volatility and it is 50% more hygroscopic than glycerol at room temperature.
Mono Ethylene Glycol (MEG) is the most widely used chemical from the Glycol family. It is an essential raw material for Polyester fibres and Polyethylene Terephthalate (PET) polymer. MEG based products are also used as coolants in Automobile antifreeze, resins, humectants for / paper etc.
MEG can be transported in Epoxy coated MS tankers. It can be stored in MS containers lined with baked phenolic resin / air drying epoxy phenolic resin or vinyl resin. It is advisable to store MEG in a cool, dry place with good ventilation - away from heat, sparks or flames.
APPLICATIONS:
1. Polyester
Mono Ethylene Glycol is an essential raw material for Polyester. Ethylene Glycol reacts with PTA / to produce polyester.
2. Adhesives, Sealants and Coatings
Mono Ethylene Glycol and D-Ethylene Glycol is used in latex based paint formulation. These glycols are also used to produce acrylate and methacrylate resins for coatings, adhesives, and paints.
3. Alkyd Resins for Paints and Coatings
Mono Ethylene Glycol is used as a reactant in the manufacture of Alkyd resins which are used in Paints, enamels and varnishes.
4. Antifreeze
Ethylene Glycol (MEG) is used as an active ingredient in engine coolants and antifreeze, offering benefits including a high boiling point, low vapor pressure, excellent heat transfer abilities, and the ability to depress the freezing point of water.
5. Others
A) Dyes & Inks
MEG finds applications in products like Dyes & Inks for High speed printing.
B) Humectants
Glycols being hygroscopic in nature are also used as Humectants for tobacco, paper etc.
Property Unit Specifications
1 Appearance - Clear Colourless
2 MEG Content Wt % min 99.9
3 DEG Content Wt. % Max. 0.04
4 Specific Gravity @20/20 Deg C 1.1151-1.1156
5 Water Wt. % max. 0.04
6 Colour (before heating) Pt-Co Units Max. 5
7 Acidity (as acetic acid) Wt.ppm Max. 10
8 Chlorides (as CL) Wt.ppm Max. 0.1
9 Sulphates Nil
10 Iron Wt.ppm Max. 0.1
11 Ash Wt.ppm Max. 10
12 Aldehydes (as formaldehyde) Wt.ppm Max. 10
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Mono Ethylene Glycol
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Monoethylene Glycol (MEG) is a colorless, virtually odorless and slightly viscous liquid. It is miscible with water, alcohols, aldehydes and many organic compounds. MEG will not dissolve rubber, cellulose acetate or heavy vegetable and petroleum oils. MEG has a low volatility and it is 50% more hygroscopic than glycerol at room temperature.
Mono Ethylene Glycol (MEG) is the most widely used chemical from the Glycol family. It is an essential raw material for Polyester fibres and Polyethylene Terephthalate (PET) polymer. MEG based products are also used as coolants in Automobile antifreeze, resins, humectants
MEG can be transported in Epoxy coated MS tankers. It can be stored in MS containers lined with baked phenolic resin / air drying epoxy phenolic resin or vinyl resin. It is advisable to store MEG in a cool, dry place with good ventilation - away from heat, sparks or flames.
APPLICATIONS:
1. Polyester
Mono Ethylene Glycol is an essential raw material for Polyester. Ethylene Glycol reacts with PTA / to produce polyester.
2. Adhesives, Sealants and Coatings
Mono Ethylene Glycol and D-Ethylene Glycol is used in latex based paint formulation. These glycols are also used to produce acrylate and methacrylate resins for coatings, adhesives, and paints.
3. Alkyd Resins for Paints and Coatings
Mono Ethylene Glycol is used as a reactant in the manufacture of Alkyd resins which are used in Paints, enamels and varnishes.
4. Antifreeze
Ethylene Glycol (MEG) is used as an active ingredient in engine coolants and antifreeze, offering benefits including a high boiling point, low vapor pressure, excellent heat transfer abilities, and the ability to depress the freezing point of water.
5. Others
A) Dyes & Inks
MEG finds applications in products like Dyes & Inks for High speed printing.
B) Humectants
Glycols being hygroscopic in nature are also used as Humectants
Property Unit Specifications
1 Appearance - Clear Colourless
2 MEG Content Wt % min 99.9
3 DEG Content Wt. % Max. 0.04
4 Specific Gravity @20/20 Deg C 1.1151-1.1156
5 Water Wt. % max. 0.04
6 Colour (before heating) Pt-Co Units Max. 5
7 Acidity (as acetic acid) Wt.ppm Max. 10
8 Chlorides (as CL) Wt.ppm Max. 0.1
9 Sulphates Nil
10 Iron Wt.ppm Max. 0.1
11 Ash Wt.ppm Max. 10
12 Aldehydes (as formaldehyde) Wt.ppm Max. 10
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Mono Ethylene Glycol
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Monoethylene Glycol (MEG) is a colorless, virtually odorless and slightly viscous liquid. It is miscible with water, alcohols, aldehydes and many organic compounds. MEG will not dissolve rubber, cellulose acetate or heavy vegetable and petroleum oils. MEG has a low volatility and it is 50% more hygroscopic than glycerol at room temperature.
Mono Ethylene Glycol (MEG) is the most widely used chemical from the Glycol family. It is an essential raw material for Polyester fibres and Polyethylene Terephthalate (PET) polymer. MEG based products are also used as coolants in Automobile antifreeze, resins, humectants
MEG can be transported in Epoxy coated MS tankers. It can be stored in MS containers lined with baked phenolic resin / air drying epoxy phenolic resin or vinyl resin. It is advisable to store MEG in a cool, dry place with good ventilation - away from heat, sparks or flames.
APPLICATIONS:
1. Polyester
Mono Ethylene Glycol is an essential raw material for Polyester. Ethylene Glycol reacts with PTA / to produce polyester.
2. Adhesives, Sealants and Coatings
Mono Ethylene Glycol and D-Ethylene Glycol is used in latex based paint formulation. These glycols are also used to produce acrylate and methacrylate resins for coatings, adhesives, and paints.
3. Alkyd Resins for Paints and Coatings
Mono Ethylene Glycol is used as a reactant in the manufacture of Alkyd resins which are used in Paints, enamels and varnishes.
4. Antifreeze
Ethylene Glycol (MEG) is used as an active ingredient in engine coolants and antifreeze, offering benefits including a high boiling point, low vapor pressure, excellent heat transfer abilities, and the ability to depress the freezing point of water.
5. Others
A) Dyes & Inks
MEG finds applications in products like Dyes & Inks for High speed printing.
B) Humectants
Glycols being hygroscopic in nature are also used as Humectants
Property Unit Specifications
1 Appearance - Clear Colourless
2 MEG Content Wt % min 99.9
3 DEG Content Wt. % Max. 0.04
4 Specific Gravity @20/20 Deg C 1.1151-1.1156
5 Water Wt. % max. 0.04
6 Colour (before heating) Pt-Co Units Max. 5
7 Acidity (as acetic acid) Wt.ppm Max. 10
8 Chlorides (as CL) Wt.ppm Max. 0.1
9 Sulphates Nil
10 Iron Wt.ppm Max. 0.1
11 Ash Wt.ppm Max. 10
12 Aldehydes (as formaldehyde) Wt.ppm Max. 10
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Benzalkonium Chloride BKC
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Equivalent to Rodine- Acid Inhibitors
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- Achieves optimum corrosion inhibition without heavy metals
- Eliminates or minimises acid feed
- Controls deposition and scale with copolymer
AP series is a synergistic blend of phosphonate and patented calcium phosphate inhibitor, designed to control corrosion and scale formation in open evaporative cooling systems. The blend is specifically designed to obtain optimum results with the minimal amount of total phosphate, under a given set of condition
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Acid Inhibitors (Equivalent to Rodine)
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- Achieves optimum corrosion inhibition without heavy metals
- Eliminates or minimises acid feed
- Controls deposition and scale with copolymer
AP series is a synergistic blend of phosphonate and patented calcium phosphate inhibitor, designed to control corrosion and scale formation in open evaporative cooling systems. The blend is specifically designed to obtain optimum results with the minimal amount of total phosphate, under a given set of condition
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Dry Chlorine/ HTH / Cal Hypo
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The chlorine-based disinfectants may be called "chlorinating liquid", "dry chlorine" or "liquid chlorine". The so-called "dry chlorine" is actually chemicals in granular or tablet form while "liquid chlorine" and "chlorinating liquid" are solutions of these chemicals dissolved in water.Calcium hypochlorite with typical 68% available chlorine is the world's best selling brand of dry chlorine.Cal-hypo", Granular form or as 1-inch/20g or 3-inch/200g tabletAvailable chlorine: 65% to 70%.Usage: It is slow to dissolve, it should be used either in a feeder, or pre-dissolved in water and then added as a liquid.
Features:
High chlorine content
Easily dissolve in water
Various package
Application:
Water treatment agent for drinking water, swimming pool
Bleaching agent for whitening cotton, textile and jeans
Bactericide for hotel, warehouse
Algaecide for aquaculture
Dyeing Industry for paper-making, carpet-making
Note: Cal-hypo will support combustion and one needs to avoid mixing it with acids, ammonia, soda pop, oil, trichlor or just about anything but water. Mixing with organics will cause a fire.
| |
Appearance | White or light-grey granular or powder |
Available chlorine | 65%min |
Moisture | 3%max |
Insolubility | 5.0 %max |
Density g/ml | 1.0-1.1 |
CaCL2 | 9%max |
Granularity(14mesh~50mesh) | 87%min |
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