General Name: Pre-Inhibited Propylene Glycol based Heat Transfer Fluid 50% Premix

Product Description:

50% Premix Inhibited Propylene Glycol is used as an industrial coolant, antifreeze heat transfer agent. The inhibitor package is designed to protect brass, copper, solder, steel, cast iron, aluminum and other metals commonly found in the industrial cooling and heating systems.

The effectiveness of Inhibited Propylene Glycol in preventing corrosion has been proven in extensive laboratory and in actual service tests. Using Inhibited Propylene Glycol for heat transfer applications instead of brine solutions or uninhibited propylene glycol reduces maintenance costs and improves heat transfer efficiency.

Inhibited Ethylene glycol is more toxic than Inhibited propylene glycol. Ingesting a small amount of ethylene glycol is far more dangerous for small children or animals, for example, than ingesting a small amount of propylene glycol. Take appropriate steps to prevent the ingestion of either ethylene or propylene glycol, as well as new or used engine coolants containing these glycols.

Application Areas:

·         Beverages & Juices 

·         Breweries & Distilleries 

·         Dairy & Ice Cream 

·         Packaged Food Freezing 

·         Fish Processing Units 

·         Pharmaceutical & Bulk Drugs 

·         Poultry Processing Industry 

·         Thermal Storage System 

·         Heating and Cooling Systems 

·         Snow Melting and Refrigeration 

·         Ice Skating Rinks 

·         Vegetable Oil Industry 

·         Ice Manufacturer 

·         Cold Storage Systems 

Product Physio-Chemical Data:

·         Form and Appearance: Clear, colorless liquid

·         Asay as Propylene Glycol: 50.0% ± 0.5%

·         Inhibitor package and water: Balance

·         pH of solution: 9.5 ± 1.0

·         Solubility in Water and Glycol: 100%

Handling Measures, Precaution & Storage:

50% Premix Inhibited Propylene Glycol is non-toxic and can be handled easily. However, proper human safety products such as Splash goggles, lab coat, vapor respirator, gloves and boots should be worn while handling and applying chemicals.

Splashes on skin should be washed off with water immediately. In case of splashing into the eyes, flush it with fresh water and obtain medical attention. It should not be injected.

Chemtex is India's leading solution provider for Glycol Brine, Coolant, Antifreeze and Heat Transfer Fluids. Chemtex manufactures and markets a wide range of Corrosion Inhibitors, Inhibited Coolants / Antifreeze Solutions. Chemtex has the full range of Inhibited Glycol either it is Inhibited Ethylene Glycol or Inhibited Propylene Glycol. We are offering both types of Inhibited Glycol. Inhibited Ethylene Glycol is mainly for industrial use except any types of food or beverage or dairy etc. related industries where contaminations of Inhibited Glycol with food or drinks products are possible. In those special cases we have Inhibited Propylene Glycol which especially designed for food grade to use in food products related or manufacturing industries.

Chemtex has the full range of Inhibited Glycol either it is Inhibited Ethylene Glycol, Inhibited PG or 50 percent solution of Inhibited PG. We are offering all mentioned types of Inhibited Glycol. Inhibited EG is mainly for industrial use except any types of food or beverage or dairy etc. related industries where contaminations of Inhibited Glycol with food or drinks products are possible. For   50 percent solution of Inhibited Propylene Glycol or other range of Inhibited propylene Glycol solution as well as the colored IPG viewers can contact to at +91-33-7111-1111 or mail to  info@chemtexlimited.com.

Polymer is a large molecule (macromolecule) composed of repeating structural units. These sub-units are typically connected by covalent chemical bonds. Although the term polymer is sometimes taken to refer to plastics, it actually encompasses a large class of compounds comprising both natural and synthetic materials with a wide variety of properties.

Because of the extraordinary range of properties of polymeric materials, they play an essential and ubiquitous role in everyday life. This role ranges from familiar synthetic plastics and elastomers to natural biopolymers such as nucleic acids and proteins that are essential for life.

Polyelectrolytes are polymers whose repeating units bear an electrolyte group. These groups will dissociate in aqueous solutions (water), making the polymers charged. Polyelectrolyte properties are thus similar to both electrolytes (salts) and polymers (high molecular weight compounds), and are sometimes called polysalts. Depending upon the charge, these polymers are anionic or cationic. Polyelectrolytes are available in a wide range of molecular weights and charge densities. Homo polymers of acrylamide are also included in the family of polyelectrolytes though they do not carry any charge.

RO Flocculant or Anionic Polyelectrolyte support the ROC series of products. It is a liquid polymer designed to aid precipitation of suspended solids such as iron oxide, mud and other soft foulants. 

Chemtex’s RO Flocculants (Anionic Polyelectrolyte) comprise a family of proprietary products, including anionic emulsions and dry poly acrylamides, which can be used wherever liquid/solids separation is needed in industrial RO applications. To meet the demands of various treatment applications, such as clarification and sludge dewatering, Chemtex’s RO Flocculants (Anionic Polyelectrolyte) & RO Coagulants (Cationic Polyelectrolyte) are available. Flocculants from Chemtex can increase pre-filtration efficiency and productivity in membrane systems for RO feed water. It is a highly effective quaternary polymer compound which is used for solid particles removal in textile, paper and dyeing industries and turbid liquid from other industries.

          ¨         Improve liquids/solids separation

          ¨         Are compatible with all RO and thin-film composite membranes

          ¨         Assure consistent SDI feed water specifications set by membrane manufacturers

          ¨         Increase resistance to filter breakthrough compared to metal coagulants

          ¨         Provide better color removal than organic polymers

          ¨         Are effective over a broad pH range

          ¨         Minimize flushing time and backwash waste

          ¨         Reduce treatment costs

Application: - Water Treatment, Waste water treatment, effluent water treatment, RO water pre-treatment.

Specification:-

Dosage and Method :-  Chemtex’s RO Floculants (Anionic Polyelectrolyte) are dosed during water preatment for solid/liquid separation before the water gets introduced to softener/reverse osmosis system. Flocculating chemical / flocculant is dosed by diluting it with 10 - 40 times with water and then dosed into the waste water directly, after being mixed several minutes, waste is precipitated or air - floated and the water becomes clear.

It is dosed exactly as per the dosage rate and method of MAXFLOC A 106, MAXFLOC A 107, MAXFLOC A 108, MAXFLOC A 115 and MAXFLOC 301 from THERMAX; PERMAFLOC PC 306, PERMAFLOC PC 306 T and PERMAFLOC PC 603 T from NALCO; DREWFLOC range of products from CHEMBOND ASHLAND; SOILSEP range of products from GE WATER etc.

Key Features and Major Benefits:-

          ¨         Improved clarification

          ¨         Improved color removal

          ¨         Minimizes sludge volume

General Name: Bright Green Colored Inhibited Propylene Glycol based Heat Transfer Fluid

Brine or glycol coloring agent is a unique leak detecting instrument that is very easy and economical to use. Small amount of ALSTA GLO added to the system turns the whole glycol, brine or coolant solution to turn bright florescent green color. This color is unique in the way that it starts glowing in presence of UV light.

Now have comes two questions in mind - Why? And How? Especially when Propylene Glycol or Inhibited Propylene Glycolis used as heat transfer agent in food, beverage or brewery industries, there lays a possibility of contamination even though Propylene Glycol is harmless to our health up to a certain level. But to keep ourselves on the safer side of the problem, something has to be done to detect the leakage of Glycol from the system. But we are fortunate enough that it had already done. Chemtex’s continuous innovation blesses us with a perfect blend of Inhibited Mono Ethylene Glycol or Inhibited Propylene Glycol and a colored leak detecting media. This media turns the Glycol solution to fluorescent green or orange colored solution. So, whenever there is any leakage from Glycol systems, it will be visible during the daylight and even in the night time due to its fluorescent color.

The leak detection dye also has a very special feature that can make it very easy to detect small pinhole punctures or leakages at its very nascent stage before it takes a shape of a large puncture or burst and cause production and maintenance havoc. This special mechanism of the Brine leak detection dye is its ability to glow in the dark in presence of UV light. However, the bright green color of Colored Glycol remains easily detectable whenever or wherever there is a leakage and thus helps us to avoid unwanted contamination of Ethylene Glycol or Propylene Glycol especially with food items and other chemicals used in the system.

Description:

The effectiveness of Green Colored Inhibited Propylene Glycol in preventing corrosion has been proven in extensive laboratory and in actual service tests. Using Inhibited Propylene Glycol for heat transfer applications instead of brine solutions or uninhibited propylene glycol reduces maintenance costs and improves heat transfer efficiency.

Inhibited Propylene Glycol and Green Colored IPG are used as an industrial coolant, antifreeze heat transfer agent. The inhibitor package is designed to protect brass, copper, solder, steel, cast iron, aluminum and other metals commonly found in the industrial cooling and heating systems.

Application Areas:

·         Beverages & Juices

·         Thermal Storage System

·         Cold Storage Systems

·         Breweries & Distilleries

·         Dairy & Ice Cream

·         Packaged Food Freezing

·         Heating and Cooling Systems

·         Snow Melting and Refrigeration

·         Ice Skating Rinks

·         Vegetable Oil Industry

·         Ice Manufacturer

·         Fish Processing Units

·         Pharmaceutical & Bulk Drugs

·         Poultry Processing Industry

Product Physio-Chemical Data:

Form and Appearance:  Bright Green Colored Liquid

Propylene Glycol:  96.5% ± 0.5%

Inhibitor package and water:   3.5% ± 0.5%

pH of solution  :                   10.0 ± 1.0

Solubility in Water and Glycol:    100%

Maximum Operating Temperature (°C):  121

Freezing Point (°C):  -65

Handling Measures, Precaution & Storage:

               Inhibited Propylene Glycol / Bright Green Colored Inhibited Propylene Glycol is non-toxic and can be handled easily. However, proper human safety products such as Splash goggles, lab coat, vapor respirator, gloves and boots should be worn while handling and applying chemicals. Splashes on skin should be washed off with water immediately. In case of splashing into the eyes, flush it with fresh water and obtain medical attention. It should not be injected.

Inhibited Propylene Glycol is used in chillers, glycol systems, boiler systems, solar panels, and many other water based systems. Bright Green Colored IPG is a special kind of Inhibited Propylene Glycol which posses very special characteristics that detects any type of leakage of inhibited glycol due to the bright green color and it is usually produced from either propylene oxide or glycerol.

Chemtex offers a wide range of cleaning chemicals for industrial and institutional cleaning. Our range of Cleaning Chemicals For Food & Beverage, Dairy Industry includes germicide cleaner, cip caustic additive, cip cleaning chemical, cleaning chemicals, chlorinated foaming cleaner, general purpose neutral liquid cleaner, bottle washing chemical additive, high foaming alkaline degreaser cleaner.

Chemtex offers a wide range of cleaning products and chemicals for industrial and institutional cleaning, degreasers and decarbonizing that are designed for various applications depending upon:-

·         type of soil to be removed

·         metallurgy of system

·         methods of cleaning such as cip (cleaning-in-place) and opc (open-plant-cleaning)

·         foaming characteristics (high or low)

·         ph values

·         cationic / anionic / non-ionic surfactant based

·         chelation value (cv) required

·         emulsification characteristics

Chemtex speciality limited offers a wide range of cleaning chemicals (cleaners) and cleaning additive for food and beverage, dairy, brewery, pharma, marine industry:-

·         General Purpose Neutral Liquid Cleaner

·         Cip Caustic Additive

·         Bottle Washing Chemical Additive

·         Cip Cleaning Chemical

·         Acidic Detergent Cleaner For Aluminum

·         Germicide Cleaner (Cleaning Agent)

·         High Foaming Alkaline Degreaser Cleaner

·         Chlorinated Foaming Cleaner

·         Foamless Alkaline Cleaner

·         Non-Fuming Acidic Descaler

A chiller is a machine that removes heat from a liquid via a vapor-compression or absorption refrigeration cycle. This liquid can then be circulated through a heat exchanger to cool air or equipment as required.

Cooling towers are heat removal devices used to transfer process waste heat to the atmosphere. Cooling towers may either use the evaporation of water to remove process heat and cool the working fluid to near the wet-bulb air temperature or in the case of closed circuit dry cooling towers rely solely on air to cool the working fluid to near the dry-bulb air temperature.

Biocides and MicroBiocides are chemicals that prevent and eradicate unwanted biological fouling from the system. Biocides are of various nature such as oxidizing, non-oxidizing, cationic, anionic etc. Biological Fouling or Biofouling is the undesirable accumulation of micro-organisms, algae and diatoms, plants, and animals on surface, pipelines and heat-exchangers of cooling systems. Bio-fouling can be of aerobic (that require oxygen) or anerobic (that don't require oxygen) organisms. In general the former is found in Cooling Towers and the later in closed circuit systems.

Another very important reason for using Cooling Tower Micro Biocides in cooling towers is to prevent the growth of Legionella, including species that cause legionellosis or Legionnaires' disease, most notably L. pneumophila, or Mycobacterium avium. The various Legionella species are the cause of Legionnaires' disease in humans and transmission is via exposure to aerosols—the inhalation of mist droplets containing the bacteria. Common sources of Legionella include cooling towers used in open recirculating evaporative cooling water systems, domestic hot water systems, fountains, and similar disseminators that tap into a public water supply.

Micro biocides function in eradication of sulfate reducing bacteria, aerobic and anaerobic bacteria that are formed and found in Cooling Tower Water.Micro Biocides are very vital for Closed and Open Circuit Cooling Water Treatment.

TCF (Totally Chlorine Free) micro biocides are compatible with heat transfer fluids (HTF) and can be used without any fear of corrosion of chlorine addition to the system or depletion or degradation of HTF and corrosion of PHE (plate type heat exchangers)

Chemtex’ s Closed loop Micro biocide surpasses the performance of other such less effective closed loop treatment chemicals (such as Nalco 7330, Nalco 77352NA etc.)

Application:

Engine Jacket, Chiller Water Circuit, Glycol Brine System, Hot Water Circuit, Engine Coolant, Process chilling and heating etc.

Specification:

Chemical Type   :   Organic/Inorganic Chemical Compound (TCF)

Form     :     Liquid

Specific Gravity  :   Ranges from 1.0 – 1.2 depending upon product

Solubility   :   Completely Soluble in Water

Dosage:

The amount of Closed Loop Biocide required to inhibit or remove bio fouling depends on the type of system, application, re-circulating fluid property and plant operating conditions. The specific dosage rates will be specified by the CSL technical representative.

Major Benefits

§  Prevention of Bio-fouling of system

§  Avoid plugging of nozzles

§  Avoids MIC (Microbiologically Induced Corrosion)

§  Prevent Water Borne Diseases

§  Improve heat loss because living organisms cause rise in temperature of water

§  Does not add chloride to the system

To prevent the growth of virus bacteria in cooling tower, Chemtex’s Closed Loop Chiller Water Non-Oxidizing Microbiocide is the best solution. To know more,  mail to info@chemtexlimited.com or call to +91-33-71111111. Not only about the above chemical but also the details of other type of industrial chemicals like inhibited glycols, water treatment chemicals, boiler chemicals, ro chemicals, cooling chemicals, heat transfer fluids, Acid inhibitors (Rodine Type), cleaning chemicals, descaling chemicals etc can be found in above contact details.

Erosion is a natural process that has constantly shaped the Earth's surface. Its imprints are evident in almost any landscape in the world. People may not notice but nature’s forces are accountable for reshaping the lands. Dubbed as the agents of erosion, wind and water are responsible for the greatest landmarks the world has ever seen.

These agents cause the various forms of erosion—mudslide and avalanche. People on the lookout for the latest technology on erosion control would know that land could move very fast. Others, on the other hand, take careful and detailed inspection to determine if erosion is actually happening. It is sometimes so inconspicuous that only trained eyes can conclude that there is a movement that took place.  In fact, water running on a hill has the capacity to leave behind a massive spot on the earth—the size of Grand Canyon.

Erosion agents displace sediments, soil, and even rock that cause huge changes on the earth’s surface. This natural process is so strong that it is known to relocate ground elements the size of a mountain.  Water erosion washes away particles that resemble waves carrying sand away from shore. Wind erosion, on the other hand, carves mountains with tiny pebbles. This process can transform a tiny crevice into a gaping hole.

It is considered very harmful to harness erosion control in the hands of untrained professionals. Fortunately, there are instances when natural erosion gave the world with fascinating landmarks. One famous landmark is the Grand Canyon in Arizona that stretches to Colorado. This awe-inspiring landscape overwhelms Americans and the world alike with its massive size.

How the Grand Canyon came to be is a topic that spurs constant dispute among geologists. However, new studies show that the Colorado River carved its path through the canyon approximately 17 million years ago. The current features, revealing almost two billion years of earth history, came to being when the Colorado River continued flowing and eroding the Canyon that people know today.

Lastly, the Checkerboard Mesa in Zion Natural Park, Utah is one also one of erosion’s masterpieces. It is a mass of sandstone known for its large cross bed that resembles a checkerboard. The cross bed was formed with sediments being eroded. The process is then repeated when another overlying set of sediments gets eroded. Each layer—which wouldn’t be in existence if authorities opted for erosion control—is in an entirely different orientation. The vertically lines, on the other hand, formed through the slowly shifting pressures on the rock.

At <a href=” http://www.tradetuber.com/”>Manufacturing Activity </a> Fell To A Low Of 26 Months In August

 <p>Manufacturing activity fell to a low of 26 months in August, a key survey showed today, fueling fears of a double-dip recession in the UK.</p>

 <p>The index of the Market purchasing managers (PMI) registered a level of 49 in August - a reading above 50 indicates growth - down from a revised reading of 49.4 in July.</p>

 <p>New orders fell to fourth straight month in August, registering the strongest decline since April 2009 and has painted a bleak picture of prospects for the sector.</p>

 <p>Samuel Tombs, an economist at Capital Economics in the UK, said: "Overall, the survey highlights the increasing risk that the industrial sector - and possibly the economy as a whole - is on its way to a double-dip. "</p>

 <p>Gloomy figures come as a shock Chancellor George Osborne, who is the private banking sector to keep the economy afloat, when it throws out a pack of tough spending cuts in the public sector.</p>

 <p>The manufacturing sector has until recently been the bright spot of the UK economy, but has slowed in recent months as the UK and the global economic outlook becomes more uncertain.</p>

<p>Industrial production, including production, decreased the last two quarters, dragging the overall economic growth.</p>

 <p>Howard Archer, chief economist of the UK and Europe at IHS Global Insight, said: "It is clear that manufacturers are now finding life very difficult, because domestic demand is hampered by serious headwinds, including hardening of the fiscal policy and a major crisis on consumers, while a slowdown in global growth is to limit the export orders. "</p>

 <p>Producers with a plunge in new orders due to weak demand at home as well as growing global economic uncertainty and a new low in the export sector, Market said.</p>

 <p>Total production fell last month for the first time since May 2009, the study found.

Lower production was recorded in the intermediate sector, which involves the production of components, which are then used in the manufacture of another product, such as a gearbox for a car.</p>

<p>The capital goods sector, which includes <a href=” http://www.tradetuber.com/”>machinery equipment </a> and facilities, has also seen a drop in production and <a ref=”http://www.tradetuber.com/search?key=WoodworkingMachinery”>Wood Working Machinery</a> in tradetuber.com.</p>

<p>The level of work received from new customers abroad fell at the fastest pace since May 2009, marked a shift from near-record growth seen in December.

Prospects for the labor market remains<a href=” http://www.tradetuber.com/search?key=MiningMachineryParts”>Mining Machinery Parts</a> gloomy as the production of use drops in August saw the first time in 17 months.</p>

<p>The country's unemployment rate stood at 2.49 million, or 7.9% in April-June, the statistical office said the total number of unemployed rose by 38,000.

It 'been a little' out of breath, and the Bank of England that the average growth rates of input prices and output taxes continued to decline in August.</p>

 <p>The Bank is struggling with high inflation, at 4.4% in July was more than double its 2% target.</p>

The package arrives at your doorstep along with a friendly smile from your local deliveryman. You sign the receipt to confirm that you got the package, the man accidentally drops the box and you hear a loud shattering sound inside; there goes your stuff. There’s got to be a way to make sure your items remain intact.

Whether an expensive vase or a blockbuster on Blu-Ray, parcel delivery has one motto: “Handle with care.” Not only will delivery firms will be held responsible for mishandling items, but they may also be unable to recover the damaged goods. What if the parcel contained a very rare item? Even if they pay you back, you might not get a second chance to get that item again. Most couriers make it a habit to keep deliveries wrapped in cushion material such as bubble wrap; but would that be enough?

Enter foam packaging: the latest method of protecting fragile parcels in case they get accidentally dropped. Like bubble wrap or those little foamy follicles that fill the entire box, foam packaging uses an innovative solution: get a “bean bag” for fragile items like vases and computer parts and let them take care of the rest during shipping.

This “bean bag” is filled with polystyrene beads packed and sealed tight in a bag made out of high-strength plastic film. The bags slowly take the shape of the item being shipped, forming a soft barrier to protect it from shock or other turbulent forces. They can either completely envelop the item or act as side walls for bigger items.

As with most resins, foam packaging is totally clean and green. It uses recycled foam to fill bags used for packaging. With the advent of green technology, manufacturers are expected to use more recycled foam in the future. This will help reduce landfill deposits and cut down manufacturing costs.

Why throw something to the landfill when you can still use it for a couple more years? This is the secret behind foam in place packaging and its green factor: recycling foam for use in production for even more bean bags. Rather than let it end up in the biggest trash cans on Earth, makers of foam packaging may reuse foam and give it a second life as a packaging material.

While the deliveryman will still handle packages with care, foam packaging still serve as a good backup just in case. Check out videos and more information on this nifty “bean bag” for parcels at www.wisegeek.com/what-are-the-different-types-of-packing-foam.htm.