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Now Buy RO Chemicals on Chemtex Online Shop 📢

Shop Now: https://www.chemtex.shop/product-category/ro-chemicals/

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Anionic Polyelectrolytes are used in Waste water treatment to enhance the efficiency of flocculation

Anionic polyelectrolytes, often referred to as flocculants, are indispensable control agents in various water treatment applications, including purification processes in the paper industry, water treatment, sewage plants, and chemical treatment of wastewater. These polymers, typically derived from acrylamide, play a pivotal role in destabilization and aggregation of suspended particles in water, resulting in improved flocculation efficiency.

In the context of water treatment, anionic polyelectrolytes are multifunctional compounds that have found utility in a broad spectrum of industries. Their significance extends beyond water treatment and includes applications in adhesives, emulsions, and anionic surfactants. Let's delve into their role in optimizing water treatment processes.

1. Enhancing Flocculation Efficiency: Anionic polyelectrolytes, commonly based on acrylamide chemistry, excel in promoting flocculation. Their negatively charged functional groups facilitate the neutralization of positively charged particles, thereby reducing repulsive forces and encouraging particle aggregation. This bridging effect leads to the formation of larger, denser flocs, ultimately improving settling rates.

2. Application in the Paper Industry: In the paper industry, where water is extensively used in various stages of production, anionic polyelectrolytes are employed for their remarkable ability to aid in the removal of suspended solids. By facilitating efficient flocculation and subsequent settling, these polymers contribute to the clarification of process water, enhancing paper quality and minimizing environmental impacts.

3. Integral to Sewage Treatment Plants: Sewage treatment plants rely on flocculants to tackle the complex task of wastewater purification. These polymers play a crucial role in coagulation and flocculation processes, assisting in the removal of impurities and contaminants from sewage water. This not only ensures compliance with environmental regulations but also produces cleaner effluent.

4. Versatility in Emulsions and Adhesives: Beyond water treatment, polyelectrolytes exhibit versatility in emulsion and adhesive formulations. Their charge-neutralizing and bridging properties find applications in emulsion stability and adhesive performance, leading to improved product quality.

5. Facilitating pH Adjustment: Flocculants can be integrated into water treatment processes to aid in pH adjustment. Their compatibility with other treatment chemicals allows for precise pH control, further optimizing the flocculation process.

6. Floc Water Treatment: Floc water treatment, powered by anionic polyelectrolytes, facilitates the removal of suspended solids and contaminants from water sources. This method is instrumental in achieving clean and potable water for various industrial and municipal purposes. Key features of anionic polyelectrolytes are

Superior flocculation with minimal dosage within a neutral to alkaline pH range

Achievement of clear supernatant water

Convenient handling and storage

Effective cleaning capability

Anionic polyelectrolytes, derived from acrylamide chemistry, are indispensable tools in the chemical treatment of wastewater and water purification processes. Chemtex, a global leader in specialty chemicals, plays a pivotal role in producing these high-quality polyelectrolytes. Their role in enhancing flocculation efficiency highlights their importance in ensuring cleaner water resources and environmental compliance, with Chemtex at the forefront of delivering innovative solutions in this field. Moreover, their compatibility with pH adjustment processes further enhances their versatility in optimizing water treatment procedures, with Chemtex's expertise ensuring the seamless integration of these versatile polymers into various treatment processes. Chemtex works closely with its customers to formulate anionic polyelectrolytes tailored to specific water treatment needs. For more information, please visit : https://www.chemtexltd.com/products-and-solutions/water-treatment-chemicals/wastewater-treatment/anionic-polyelectrolyte/

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Boiler Feed Water Chemicals

The main types of industries that use boilers include the pharmaceutical, textile, steel, and chemical industries. The performance of any boiler system depends on the efficiency of heat transfer, from the fireside to the waterside. In the continuous operation, scales or deposits develop on the boiler tubes which affect the heat transfer taking place in the boiler. Chemical treatment of boiler feed water for treatment and conditioning of feed water maintains optimal heat exchange, and protection of the boilers.

Boiler feed water chemistry

Porous forms of salts such as Calcium, Magnesium and high carbonaceous deposits precipitate and form dense uniform pitting and scaling over the boiler surfaces. With the feedwater, the dissolved solids and impurities begin to precipitate at the base, with a continuous accumulation.

Along with dissolved salts, there are also some suspended solids in that get precipitated as sludge. These are not hard as compared to scales, but if overlooked, gets hardened due to continuous heating in the boiler.

Boiler feed water characteristics – Scales

•         Carbonate deposits, granular and porous form dense and uniform pitting and scaling

•         Sulphate deposits, crystalline fine particles harder and denser than regular carbonate deposits

•         Hard and difficult to remove silica deposits, extremely small, forms a dense and impervious scaling

•         Iron (Fe) deposits

Effects of scaling in boiler operations

·         Brings down boiler efficiency as the scales act as a heat insulator, not allowing the optimum heat transfer, causing the boiler tube to overheat and fail.

·         Plugging / irregular deterrence

·         In general, boiler deposits can cut operating efficiency,

·         Unscheduled boiler shutdowns

·         Increases in damage and repair cost, at times even leading to replacement

Chemtex Boiler Feed Water Chemicals

Boiler water treatment and conditioning of boiler feed water to maintain optimal heat exchange, and protection of the boilers. If you want your boiler to remain in good condition and be as efficient as possible, it’s important that the water remains free from impurities, which means that water treatment will be necessary.

There are two methods that can be used for the chemical treatment of boiler feed water, which include external treatment and internal treatment.

Both of these processes rely on the conditioning process, which essentially counteracts the hardness in water by introducing softening agents to the water. Once these agents have been placed in the water, most of the minerals, contaminants, and chemicals within the water should be altered or removed completely.

Chemtex Speciality Limited has over five decades of experience in manufacturing boiler chemicals and consultation. With a wide portfolio to choose from to effectively counter or prevent mineral scales, metal oxides, hard deposits of water scale, iron oxides, oily contaminants, sludge, lime, and greasy deposits on the boiler surfaces.

Using these chemicals regularly ensures the protection of the system metallurgy, providing a long service life for the boiler system. We formulate a range of boiler chemicals to ensure the safety of the boiler and feed water. This formulation eliminates mineral scales, metal oxides, sludge, and other depositions, prevents corrosion caused by oxidation, maintains pH values, and removed oxygen instantly.

Key Features & Benefits

·         Excellent efficiency of removal scales, sludge, and other depositions

·         Non-corrosive & cost effective

·         Leaves no hazardous residue on the surfaces

·         Enhance operational efficiency and prevents system shut-down

Visit: https://www.water-chemicals.com/boiler-chemicals

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Make Instant Snow with Chemtex Artificial Snow Powder

Endless use ideas with this Chemtex artificial snow powder. Great for kids and family to have fun activities like Snow in a Cup, Snow Rainbows, Frozen Island with Characters, Christmas Tree Decoration, and more. A fun and innovative way to introduce your child to science, and incorporate in your STEM curriculum. All the experiments are safe and non-hazardous.

Chemtex Artificial Snow Powder based on premium quality Sodium Polyacrylate Superabsorbent Polymer

Yes, it is the same material used in children’s diapers. It can last for days as long as it is kept out of heat and direct sunlight.

When water is added to this white powder polymer, it instantly expands to 200 times its original volume, producing a snow-like material. When more water is added, a slush forms. When allowed to dry, it returns to its powdered form ready to be used again.

Key Features

·         Perfect for Frozen Themed Parties, Holiday Decors, Christmas Tree Decoration, Village Displays, Holiday and Winter Craft Projects, Science Projects, Fun and Crafts

·         Safe to use, non-toxic flame-retardant polymer, which transforms immediately into fluffy snow upon adding water.

·         High Water Retention: Chemtex instant snow is able to hold water for longer periods of time, which comes handy in decorative media for variety of purposes

·         100% Re-Usable: After making snow you can keep it outside until the water dries in couple of days and use again

How it works?

Chemtex Artificial Snow Powder is made of cross-linking molecules of sodium polyacrylate polymer. These small individual cross-linked clusters appear as a white powdery substance. With water, these individual clusters internally hydrate and expand, forming small, fluffy clusters that do not cling to its surrounding clusters. This appears as a powdery snow. When more water is added, the water molecules also hydrate the external surface of these clusters which begin to adhere to one another, appearing as slush.

Water Retaining Agent

Sodium polyacrylate based superabsorbent polymer manufactured by Chemtex Speciality Limited manifests water absorbing capacity up to 400 times of its own weight. The absorbing ability of Sodium Polyacrylate is because of the presence of anionic charged chains that helps in combining water molecules, forming ‘Water Locks’ or gels. These ‘gel’ retains moisture for a considerable period of time.

The unique properties of this snow make it useful for many other applications, such as an artificial base for skiers, snow themes on movie sets and pandals. Because of its ability to rapidly absorb and retain large volumes of aqueous solutions, and forming gels, it is also used for industrial spill containment. When wet, this polymer has the consistency of snow, adheres well to boots, and is very slippery.

Buy Now:

https://www.chemtex.shop/product/chemtex-artificial-snow-powder-900gms/

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Protect your car with a coolant change - Antifreeze with Ethylene Glycol as Coolant

Antifreeze with ethylene glycol as coolant acidifies over time and oxidizes when exposed to air and heat. Upon oxidation, glycol breaks down into organic acids such as glycolic, glyoxylic, formic, carbonic, and oxalic acid. These are corrosive and chemically attack the materials of construction corroding, and cracking the process pipelines.

The major problems faced by automobiles and heavy-duty diesel engines are corrosion, pitting, scaling, and acidification.

Corrosion

Corrosion affects all metal parts with the corroded products circulating freely in the cooling system later causing erosional damage, and channel blocking. This leads to system failure and increased system downtime. The second is a decrease in efficiency owing to lose in heat-transferring properties. Mechanical vibrations cause pressure changes in the coolant forming gas bubbles. This consistent air pocket formation and breakdown along surfaces can be repetitive and violent enough to corrode the underlining metal resulting in pitting or cavitation.

Scaling or deposition

With the increase in temperatures, the dissolved salts in the water of the coolant become less soluble and precipitate on the pipeline surfaces. Hard water scales can block a cooling system’s ability to transfer heat resulting in overheating.

System Acidification

And, finally, coolants acidify/ ferment because of the degradation of liquid catalysts and burning gasses entering the system, which can harm the cooling framework.

Antifreeze with Ethylene Glycol as Coolant from Chemtex Speciality ltd.

Glycol is a water-miscible antifreeze liquid frequently used in heat transfer and cooling applications. Antifreeze with ethylene glycol as coolant primarily functions as drawing away heat, and allowing the engine to operate efficiently, with lesser malfunctions and damages to its parts.

Chemtex coolants are pre-inhibited with corrosion inhibitors, foam control, etc. If not properly inhibited, the fluid gets very corrosive. These organic acids then chemically attack and corrode the system metal, causing pitting, pinhole, and stress cracking corrosion.

Corrosion Inhibited Ethylene Glycol-based antifreeze is used as an industrial / engine coolant.

The inhibitor package is designed to protect brass, copper, steel, cast iron, aluminum alloys, and other components such as rubber hoses, rubber seals, plastic components, etc., commonly found in the cooling and heating systems and in the engine and radiator.

Meets ASTM D1384, ASTM D4340, ASTM D2570, ASTM D2809 Standards.

Chemtex Speciality Ltd is one of the leading manufacturers of Ethylene Glycol based Coolant Antifreeze liquid to meet the desired end uses. It is one of the extremely useful and important organic compounds for running your vehicle smoothly and maintaining the temperature of the engine all year round. Chemtex Car Coolant comes in two variants:

·         A conventional blend of NAP-free tropical car coolant

·         Extended-life coolant (ELC) with longer life & protection

Learn More: https://www.chemtexltd.com/products-and-solutions/heat-transfer-fluid/coolant/

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Antifreeze with Ethylene Glycol as Coolant

 Antifreeze with ethylene glycol as coolant acidifies overtime and oxidizes when exposed to air and heat. Upon oxidation, glycol breaks down into organic acids such as glycolic, glyoxalic, formic, carbonic and oxalic acid. These are corrosive and chemically attack the materials of construction corroding, cracking the process pipelines.

The major problems faced by automobiles and heavy-duty diesel engines are corrosion, pitting, scaling and acidification.

Corrosion

Corrosion affects all metal parts with the corroded products circulating freely in the cooling system later causing erosional damage, and channel blocking. This leads to system failure and increased system downtime. The second being decrease in efficiency owing to loss in heat transferring properties. Mechanical vibrations cause pressure changes in the coolant forming gas bubbles. This consistent air pocket formation and breakdown along surfaces can be repetitive and violent enough to corrode the underlining metal resulting in pitting or cavitation.

Scaling or deposition

With increase in temperatures, the dissolved salts in water of the coolant becomes less soluble and precipitate on the pipeline surfaces. Hard water scales can block a cooling system’s ability to transfer heat resulting in overheating.

System Acidification

And, finally coolants acidify/ ferment because of the degradation of liquid catalyst and burning gasses entering the system, which can harm cooling framework.

Antifreeze with Ethylene Glycol as Coolant from Chemtex Speciality ltd.

Glycol is a water-miscible antifreeze liquid frequently used in heat transfer and cooling applications. Antifreeze with ethylene glycol as coolant primarily functions as drawing away heat, and allowing the engine to operate efficiently, with lesser malfunctions and damages to its parts.

Chemtex coolants are pre-inhibited with corrosion inhibitors, foam control, etc. If not properly inhibited, the fluid gets very corrosive. These organic acids then chemically attack and corrodes the system metal, causing pitting, pinhole and stress cracking corrosion.

Corrosion Inhibited Ethylene Glycol-based antifreeze is used as an industrial / engine coolant.

The inhibitor package is designed to protect brass, copper, steel, cast iron, aluminum alloys, and other components such as rubber hoses, rubber seals, plastic components, etc., commonly found in the cooling and heating systems and in the engine and radiator.

Meets ASTM D1384, ASTM D4340, ASTM D2570, ASTM D2809 Standards.

Chemtex Speciality Ltd is one of the leading manufacturers of Ethylene Glycol based Coolant Antifreeze liquid to meet the desired end uses. It is one of the extremely useful and important organic compounds for running your vehicle smoothly and maintaining the temperature of the engine all year round. Chemtex Car Coolant comes in two variants:

·         A conventional blend NAP-free tropical car coolant

·         Extended-life coolant (ELC) with longer life & protection

Learn More: https://www.chemtexltd.com/products-and-solutions/heat-transfer-fluid/coolant/

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Chemicals in the Paper & Pulp Industry

The global consumption of paper and paperboard is projected to reach 466 million tons by 2031.

The Pulp & Paper industry can meet the demands for its products by society for the decades ahead. This industry is based on major renewable resources and forests. This can bring a lot especially when it comes to business costs, creating new business, improving the output quality, and bringing a business turnaround.

Chemicals for Paper & Pulp

Why Chemicals are required for this industry?

The chemicals used in the manufacturing of paper should be high in quality and without any impurities. If the chemicals are not of high quality, then they can alter the properties of paper and do not provide desirable results. The need for improved recovery of chemicals from the paper and pulp industry has become a critical economic factor in the industry.

Using high-quality chemicals at this stage is also important to change the quality of paper by changing its texture or altering its physical and chemical properties. As a result of the pulp and paper industry chemicals, not only help minimize the critical issues faced during paper making but also enhance the overall productivity of the system as a whole.

Chemtex Speciality Limited has been in the business of manufacturing specialty chemicals for over five decades. We offer the entire range of paper chemicals to enhance the physical attributes of paper products and increase the tremendous speed of paper machines.

Chemtex Manufactures a range of chemicals for use in the paper & pulp industry.

Felt Cleaner –

Felt Cleaner is an extremely diverse set of chemical formulations, which can be effective to prevent stubborn deposition on the dryers and dryer fabrics. This formulation is cost-effective and saves time without affecting the surface.

Bio Dispersant Chemicals –

Deposits and their associated problems in a mill include sticky spots on rolls, plugged fabrics and felts, thin spots and holes in the sheet, breaks, poor runability, and dirt in the final product. Recycled paper which is used for paper making introduces unique problems of controlling latexes, plastics, and stickies.

Chemtex formulated a range of dispersant chemicals to remove build-up slime, pitch, and scale other debris from dirty machines and process circuits.

Defoamer and Antifoamer

These chemical formulations can be an effective agent to prevent or destroy foam at the same time. Our formulation is efficient foam control in paper manufacturing systems. It is effective at knocking down the surface foam and releasing entrained air. It improves the quality of final products, reduces waste and energy consumption, and facilitates recycling.

Paper Chemicals are designed for use in paper manufacturing or modifying the properties of paper and increase their productivity. These chemicals are specifically formulated to enhance the physical properties of paper and are able to change the quality of paper, as well as increase its strength and resistance to water. The paper production process goes through several stages like processing raw materials, purification of pulping, screening, and more. So, Papermill needs industry chemicals that will give protection against mechanical damage and improve their process efficiency. Our solution addresses this problem and makes the industry more sustainable by reducing the critical issues faced during the process of papermaking. Thus, it saves time and improves the runnability & productivity of the system.

Learn More: https://www.chemtexltd.com/products-and-solutions/performance-chemicals/pulp-and-paper-industry/

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Agriculture Hydrogel, a water-absorbing polymer is a polyacrylate-based super absorbent polymer for use as a water-retaining agent in drought-prone areas. These are Non-toxic, bio-degradable with no residues around, and operational life of over five years. This polymer has a super absorbent capacity and swells quickly to a larger degree. It absorbs aqueous solutions and soluble plant nutrients with the help of hydrogen bonds of water molecules. It absorbs water up to 400 - 500 times its own weight and releases water during the dry condition, influencing soil permeability, texture, and evaporation rate.

Chemtex manufactures hydrogel as the brand name of ALSTA HYDROGEL, enhancing water retaining ability. In addition to water, it will swell up and hold the water molecules for the future making the whole process cost-effective.

https://www.hydrogelagriculture.com/

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CX Home Care Range of House Cleaning Products & Disinfectant Liquid Concentrates

Home is Where the Heart is

Who doesn’t like clean surfaces? We learnt in school ‘Cleanliness is next to Godliness’ and it’s our duty to maintain clean surroundings keeping our surfaces and surroundings free of germs, pollutants, and trash. It is an essential part of an individual’s life directly affecting social relations and well-being. It is also a part of protecting our health in our homes, office spaces or wherever we go, achieved through detergent, polishes, often with harmful chemicals, some even flammable, corrosive or toxic.

Do not fall for cheap cleaning solutions! Most of them contain harmful VOCs that directly affect your chronic respiratory system, trigger allergic reactions and migraines.

Risk of using Wrong Chemicals, You Should Know:

Housekeeping was never about just using chemicals. It was and will always be about clean and sanitized environment maintained with lesser use of toxic chemicals and its adversities. It is next to impossible for a common man to know whether a chemical being used is acidic, alkali or neutral.

Chemtex Speciality Limited recommends some basic home care before housekeeping chemical application

·         Bleaching Powder with an acid is a strict no.

·         Use only one chemical at a time.

·         We recommend the usage of spray bottles with product labels instead of using drinking water bottles for chemicals.

The primary role of Housekeeping Chemicals is to aid in both cleaning and disinfecting surfaces, such as hard surfaces like metals, marbles, tiles, concrete, plastics, glass, wooden or soft surfaces like carpet, upholstery, etc. Institutions such as hospitals, health care units, hotels, resorts, offices, malls rely on good housekeeping cleaners for maintaining environmental hygiene of premises.

CX Home Care

After a broad-spectrum online survey and multiple telephonic chats, also taking our present clientele view, we have categorized our CX Home Care range of House Cleaning Chemicals into Room Care, Kitchen Care and Personal Care.

Room Care

Our room care range of cleaning products have been exclusively categorized to take care of cleaning and disinfection needs of all places in our households, often used in regular intervals.

From bathroom surfaces (floor, tile, sink, tub, fittings, toilet), hard surfaces (marbles, wood, steel, plastic, fiber, metals), glass surfaces (doors, window panes, mirror, looking glass) to floors cleaners (tiles, marbles, mosaic, granite, stone, wooden, stone) in living rooms, dining space, washrooms, Chemtex Room Care range covers all. We have both concentrated and ready to use variants with environment friendly formulations, for one and all. Usage of concentrated products have been mentioned in the simplest possible way for ease of understanding.

Kitchen Care

Accumulation of dirt, oil, grease, grime over time is very normal in kitchens. Taking care of kitchen surfaces specially food preparation surfaces such as gas stoves, oven, grills, counter tops, sink, Hob with our super powerful Kitchen Care Range. These cleaners are designed to be absolutely safe for use, completely non-toxic and do not leave behind any harmful residues over.

Personal Care

We have learned the need for clean safe hands in these turbulent times. Chemtex CX Premium Liquid Handwash with Germ Protection does just that. Its premium pearly feeling keeps soft hands, and added germ protection with Triclosan.

CX Home Care Range of House Cleaning Products & Disinfectant Liquid Concentrates here: https://www.chemtexltd.com/product-category/product-type/home-care/

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How to make White Phenyl at Home? Know More: https://www.chemtexltd.com/blog/how-to-make-white-phenyl-at-home/