What makes Chemtex Alstasan Hand Rub one of the top hand sanitizer brands

Substantial use of alcohol-based hand sanitizer on hands in recent months has become more counterproductive with manufacturers adding just about anything to make it to the top shelves. Little do we know the harmful additions to alcohol which reach our hands over and over.

WHO recommends the use of hand sanitizers with at least 60% Ethanol or Isopropanol for an effective germ kill. But is the one on your hands having the right additive mix?

The demand for hand sanitizers has grown up by a healthy 85% in India today if compared to December 2019 with almost three-fifth demand fulfilled. Since the manufacturing process is rather simple, we saw the emergence of mushroom companies which may get the 60% alcohol content hand sanitizer right, but not the other 40%.

The ‘No’ that need to be addressed:

• Wood alcohol or Methanol is toxic when absorbed through skin. It usually smells bad, dur to addition of methanol, acetonic or other harmful chemicals
• Denatured Alcohol, as they contain benzene a known human carcinogen and should not be consumed or even handled with bare hands
• Addition of antimicrobial Quaternary Ammonium Compounds like Benzalkonium Chloride to reduce the actual alcohol content, minimizing product cost are inadequate against pathogens
• For thicker and luxuriant formulation, manufacturers use carbomers or acrylates which reduce the alcohol efficacy is essentially liquid plastic
• Addition of thickening agents such as glycerin are known to lower the potential of ethanol
• Colourful hand sanitizers are nice to see but are all the colours used even permissible or not. All that glitters is not gold!

The Gel Vs. Liquid Race

Gel based sanitizers are viscous and do not flow easily. Moreover, it takes near about 30 – 40 seconds to act against germs present on our hands. With the average being 0.125 – 0.45 microns big, can easily live between our microscopic skin cracks, whereas the smallest gel-based particle is of 3.5 microns, and ergo the gel cannot reach.

Chemtex Alstasan Hand Rub – Clinical Grade Alcohol based Hand Sanitizer

Chemtex hand sanitizer ingredients include 70% IP grade Ethanol, and 2.5% Chlorhexidine Gluconate, with permissible emollients and moisturizers in purified water. With a refreshing lemon fragrance, it comes in an easy and convenient packaging. The product is licensed under Drug Controller General of India and comes from the house of Chemtex.

Buy Original. Buy Online.

http://www.chemtex.shop

How to Select the Right Coolant Additives for Your Coolant?

Selecting the right additives for a coolant formulation, tailored to a specific requirement is a complex endeavour, necessitating a thorough understanding of the engine/radiator’s operational needs and careful consideration of various factors.

The global market for coolant antifreeze currently stands at approximately 10.49 billion U.S. dollars, and projections indicate it will soar to 34.02 billion U.S. dollars by 2030. These figures underscore the rapid growth of the global additive manufacturing market, wherein coolant additives play a significant role.

Ensuring equipment protection through optimal solutions is paramount for user satisfaction, and both manufacturers and formulators bear the responsibility for delivering this assurance. In this article, we delve into the pivotal role of additives and elucidate why they constitute essential components in coolant formulations tailored to meet the diverse needs of engines.

Let us address some major issues that a coolant formulator faces:

• Discoloration: Lacking appropriate additives are prone to discoloration, often turning black or exhibiting other undesirable hues.
• Viscosity Instability: Improper formulation can lead to viscosity issues, where the coolant becomes less thick, resembling water rather than providing necessary lubrication and thermal conductivity.
• Microbial Fouling: Obstructs coolant flow, accelerates corrosion, and increases maintenance costs, necessitating the inclusion of additives for microbial inhibition.
• Corrosion and Rust compromises equipment integrity, reduces lifespan, and increases the risk of system failures, underscoring the importance of corrosion-inhibiting additives.
• Foam Formation causes cavitation and damage pump components, highlighting the necessity of additives for foam suppression.
• Scale Formation reduces system efficiency, increases energy consumption, and can lead to costly maintenance and downtime, emphasizing the importance of scale-inhibiting additives.

Owing to these challenges, manufacturers prioritise research and development efforts to choose and balance additives effectively, ensuring that their coolant formulations meet the rigorous demands of modern engines and industrial machinery. Failure to address these challenges compromises equipment reliability and risks market rejection.

Coolant additives stand as indispensable guardians against a myriad of challenges faced by coolant formulators. They emerge as the frontline defence, tackling issues from discoloration to microbial fouling with precision and efficacy. By incorporating these additives, coolant formulations achieve optimal performance, ensuring enhanced heat transfer, corrosion inhibition, and viscosity stability. Manufacturers, recognizing the paramount importance of these additives, invest heavily in research and development to select and balance them effectively, aligning with the stringent demands of modern engines and industrial machinery.

Moreover, the benefits extend far beyond immediate concerns, safeguarding equipment integrity, prolonging lifespan, and minimizing the risk of costly downtime. With their multifaceted functionality, coolant additives not only elevate system efficiency but also enhance overall operational reliability. As industries continue to evolve, the significance of these additives remains unparalleled, serving as the cornerstone of coolant technology. In essence, they epitomize proactive maintenance, offering a proactive shield against potential threats while reinforcing the foundation of equipment longevity and performance excellence. In embracing the power of these additives, manufacturers secure not just the reliability of their machinery but also their competitive edge in the dynamic marketplace of today and tomorrow.

Chemtex Speciality Limited committed towards innovation and excellence guarantees that its coolant additives play a vital role in boosting industrial efficiency, empowering businesses to surpass operational benchmarks and elevate profitability. For more information please visit: https://www.chemtexltd.com/industries/manufacturing-and processing/formulators/coolant-additives/

How NSF Certified pre-inhibited propylene glycol based TONO FROST 593, sets a new standard in Corrosion Protection in F&B industry?

In the realm of corrosion protection, innovation is the key to safeguarding investments and ensuring longevity. Enter TONO FROST 593, a groundbreaking solution designed to revolutionise corrosion protection with its pre-inhibited propylene glycol formula. This NSF certified marvel isn’t just another product; it’s a game-changer, setting a new gold standard in the industry.

Choosing normal glycol is appealing due to its ability to freeze and burst protection at a low cost. However, the major drawback of propylene glycol is that it is corrosive. Overtime, it oxidizes into five organic acids, which undergoes oxidation reaction with metal ions, contributing to formation of pitting and corrosion. So, the question is what needs to be done?

Simple! Add a corrosion inhibitor to glycol. Is it that easy?

No. You need certain specialization and expertise to carry out this blend. Chemtex Speciality Limited understands this pretty well and manufactures the blend as a brand name of TONO FROST 593. Chemtex, the name is derived from the word CHEMical Technology EXpert, is a well-known speciality chemical manufacturer and solutions provider with over five decades of expertise in this domain and is a trusted name worldwide. 

What is TONO FROST 593 and how does it stand out in F&B industry?

It is a blend of food grade propylene glycol, with an inhibitor package. This powerful combination forms an impenetrable barrier against corrosion, safeguarding vital components with unmatched efficacy. Unlike reactive treatments, this product anticipates threats and neutralises them before they can cause harm, ensuring uninterrupted performance and a prolonged lifespan.In a market flooded with products, NSF certification stands as a beacon of reliability and trust. The product bears this coveted certification, signifying its adherence to rigorous standards of safety, performance, and quality. Users can be rest assured that the specially formulated solution delivers on its promises, providing unparalleled corrosion protection without compromise.

This is not just limited to one application or industry; its versatility knows no bounds. Whether it’s HVAC systems, refrigeration units, or industrial machinery, it proves its mettle across diverse environments. By offering a single, all-encompassing solution, it streamlines maintenance efforts and reduces complexity, making it the go-to choose for professionals worldwide.

In today’s competitive landscape, efficiency is paramount. The formulation not only excels in performance but also cost-effectiveness. Its proactive approach to corrosion protection translates to fewer repairs, reduced downtime, and ultimately, significant savings. With this product, investing in prevention pays dividends in the long run, making it a strategic choice for prudent decision-makers. Innovation is the lifeblood of progress, and this product embodies the pinnacle of technological advancement in corrosion protection. For those who refuse to compromise on quality and reliability, this product is more than a product—it’s a promise of excellence.

In the quest for unparalleled corrosion defence, TONO FROST 593 by Chemtex Speciality Limited reigns supreme. Embrace the future of protection and safeguard your investments with unrivalled power. For more information, visit https://www.chemtexltd.com/products-and-solutions/heat-transfer-fluid-manufacturer-chemtex-speciality-limited/glycol-antifreeze/inhibited-propylene-glycol/

How the use of acid inhibitors prevents flash rusting during acid cleaning?

One of the crucial aspects of metal infrastructure maintenance is the regular cleaning process. Within this domain, Acid Cleaning emerges as a pivotal method renowned for its efficacy in eradicating rust, scale, and contaminants from metal surfaces across diverse industrial sectors. However, amidst its utility, a notable challenge looms: the occurrence of flash rusting. This phenomenon entails the rapid onset of rust, swiftly spreading across metal surfaces upon exposure to oxygen and moisture. It serves as a significant indicator, suggesting potential salt contamination, heightened humidity levels, or a combination of both factors. In the perpetual endeavour to combat corrosion, the emergence of flash rusting introduces a compelling element to the narrative of metal preservation.

Let us first try to understand what’s and whys of flash rusting. It is a rapid corrosion process that occurs when metal surfaces, stripped of rust and contaminants through acid cleaning, react with oxygen and moisture from the atmosphere. The freshly exposed metal becomes highly susceptible to oxidation, leading to the formation of iron oxide or rust. This type of rusting typically occurs within minutes after cleaning operations are completed. The rate of flash corrosion depends upon the amount of dissolved oxygen in the water, impurities present in the water, the amount of ionic compound on the metal surfaces, and the total drying time.

As we all know corrosion creates various effect that weakens the integrity of the entire infrastructure. It’s not just about the visible damage – it’s the ripple effect. It leads to losses worth over 900 thousand crores in India Annually.

 

“As India moves towards a USD 5 trillion economy goal, dealing with a challenge like corrosion in projects should be a key focus area, said Rajamani Krishna Murti, president of Indian Stainless-Steel Development”

Role of Acid Inhibitors

Acid inhibitors are chemicals added to acidic solutions during the cleaning process to prevent flash rusting. These inhibitors also prevent corrosive reactions of acids with metal surfaces, extending longevity and reducing operational costs. By forming a protective layer, they shield the metal from direct contact with acids, inhibiting corrosion and enhancing durability. They combat corrosion, control its impact, improve resistance, prevent rust, and provide essential surface treatment.

Working Mechanism

• Passivation: These inhibitors create a passivation layer, which act as a barrier, reducing the reactivity of the metal with free acid ions.
• Chemical Reaction Inhibition: These complexes effectively block active sites on the metal, reducing the rate of oxidation.
• Film Formation: Some form a thin film over the metal surface, creating a physical barrier that shields the metal from acid elements. This film helps prevent the initiation of corrosion reactions, thus minimizing the risk of flash rusting.

Variants

Different types of acids require specialized inhibitors for effective metal protection during cleaning processes:

• Inhibitor for hydrochloric acid: Forms protective films to shield metal from corrosion during acid cleaning, ensuring durability in corrosive environments.
• Inhibitor for sulfuric acid: Reduces corrosion rates and extends equipment lifespan in corrosive environments by forming protective films on metals during acid etching.
• Organic Inhibitors: Compounds like amines, phosphates, and organic acids adsorb onto metal surfaces, forming protective films that inhibit corrosion during acid cleaning.
• Inhibitors for sulfamic acid: Comprising diethyl thiourea, stabilizers, and surfactants, these inhibitors act as semi-foaming acidic corrosion inhibitors, ideal for pre-formulated descaling. Effective on various metal surfaces including Copper, Brass, Nickel, Tin, Lead, Zinc, galvanized surfaces, and all steel types.

In essence, specialized formulations tailored to each acid type are essential for effective corrosion prevention during cleaning processes. With Chemtex Speciality Limited’s expertise and innovative solutions, the battle against corrosion takes a significant step forward, ensuring a brighter and more durable future for metal-dependent industries.

Visit for more information: https://www.chemtexltd.com/products-and-solutions/performance-chemicals/corrosion-inhibitor/acid-corrosion-inhibitor/

What Makes Food Grade Glycol Indispensable in F&B Operations?

In the dynamic landscape of F&B operations, that includes Beverages and juices, Breweries & Distilleries, Dairy & Ice Cream production, Packaged Food processing, Fish Processing Units, Pharmaceutical & Bulk Drugs manufacturing, Poultry facilities, and Vegetable Oil processing, innovations and efficiency are the keys to success. Among all essential components, one essential component that plays a crucial role in maintaining these standards is food grade glycol. Generally, Propylene glycol (PG) is generally considered and used as one. Recognized as safe by regulatory bodies like the FDA, it works as a heat transfer fluid (HTFs), widely used in diverse industries. Its high thermal conductivity, low viscosity, and non-toxic nature make it ideal for applications where heat transfer efficiency and safety are paramount.

Propylene Glycol ensures precise temperature control during chilling, ensuring optimum thermal stability at extreme temperatures. Its broad-spectrum compatibility with various materials, makes it a preferred choice for food-grade heat transfer systems. It stands as a reliable and efficient solution, ensuring both operational excellence and adherence to stringent health standards in food manufacturing processes.

How Propylene Glycol play an important role in the food and beverage industry?

In F&B industry, it’s crucial to use HTFs that meet specific requirements for safety, performance, and regulatory compliance. This glycol is

• Temperature Control in Processing, such as brewing, winemaking, and food processing, where controlling fermentation temperatures or chilling beverages, glycol systems offer precise control, ensuring optimal conditions for product quality and safety.
• Adherence to Stringent Food Safety Regulations is non-negotiable in the F&B industry.
• Heat Transfer Efficiency, due toits high thermal conductivity and low viscosity, facilitates rapid heat transfer across equipment and pipelines. This ensures uniform heating and cooling, improving process efficiency while maintaining product integrity and quality.
• Frost and Ice Prevention, by lowering the freezing point of water-based solutions. This anti-freeze property ensures uninterrupted operations and prevents damage to equipment and infrastructure.
• Versatility and Compatibility, with a wide range of materials commonly used in F&B equipment and infrastructure.

Only issue with this glycol is its corrosive nature! Over a period of time, it oxidizes into five organic acids, which chemically attack and corrodes the system metal, causing pitting, pinhole and stress cracking corrosion. Is there a solution?

Inhibited Propylene Glycol! What is it? It is a blend of glycol with an inhibitor package that ensures no oxidation of glycol over a considerable period of time. Its utilization spans various critical processes including immersion freezing, cooling liquids & and dairy products, fermentation and maturation cooling, carbonated beverage cooling, plastic bottle molding cooling, ice systems, single-fluid process cooling, and closed-loop water-based heating, ventilation, and air conditioning (HVAC) applications. Its enhanced viscosity at lower temperatures, drives process cooling efficiency, as well as its freezing point suitable for aqueous solution applications. Importantly, it is non-toxic, ensuring compliance with stringent safety standards in F&B operations.  

Inhibited Propylene Glycol, manufactured by Chemtex Speciality Limited under the brand name “TONO FROST” is a NSF certified HT1 formulation, that is considered safe even in instances of incidental food contact. Moreover, it is listed with FSSAI under Food Product Category 99 for Substances added to Food, further affirming its safety for use in food-related applications. By embracing glycol-based solutions, F&B professionals can navigate the complexities of their operations with confidence, ultimately delivering superior products to consumers worldwide.

For more information, visit https://www.chemtexltd.com/products-and-solutions/heat-transfer-fluid-manufacturer-chemtex-speciality-limited/glycol-antifreeze/inhibited-propylene-glycol/

What Makes Food Grade Glycol Indispensable in F&B Operations?

In the dynamic landscape of F&B operations, that includes Beverages and juices, Breweries & Distilleries, Dairy & Ice Cream production, Packaged Food processing, Fish Processing Units, Pharmaceutical & Bulk Drugs manufacturing, Poultry facilities, and Vegetable Oil processing, innovations and efficiency are the keys to success. Among all essential components, one essential component that plays a crucial role in maintaining these standards is food grade glycol. Generally, Propylene glycol (PG) is generally considered and used as one. Recognized as safe by regulatory bodies like the FDA, it works as a heat transfer fluid (HTFs), widely used in diverse industries. Its high thermal conductivity, low viscosity, and non-toxic nature make it ideal for applications where heat transfer efficiency and safety are paramount.

Propylene Glycol ensures precise temperature control during chilling, ensuring optimum thermal stability at extreme temperatures. Its broad-spectrum compatibility with various materials, makes it a preferred choice for food-grade heat transfer systems. It stands as a reliable and efficient solution, ensuring both operational excellence and adherence to stringent health standards in food manufacturing processes.

How Propylene Glycol play an important role in the food and beverage industry?

In F&B industry, it’s crucial to use HTFs that meet specific requirements for safety, performance, and regulatory compliance. This glycol is

• Temperature Control in Processing, such as brewing, winemaking, and food processing, where controlling fermentation temperatures or chilling beverages, glycol systems offer precise control, ensuring optimal conditions for product quality and safety.
• Adherence to Stringent Food Safety Regulations is non-negotiable in the F&B industry.
• Heat Transfer Efficiency, due toits high thermal conductivity and low viscosity, facilitates rapid heat transfer across equipment and pipelines. This ensures uniform heating and cooling, improving process efficiency while maintaining product integrity and quality.
• Frost and Ice Prevention, by lowering the freezing point of water-based solutions. This anti-freeze property ensures uninterrupted operations and prevents damage to equipment and infrastructure.
• Versatility and Compatibility, with a wide range of materials commonly used in F&B equipment and infrastructure.

Only issue with this glycol is its corrosive nature! Over a period of time, it oxidizes into five organic acids, which chemically attack and corrodes the system metal, causing pitting, pinhole and stress cracking corrosion. Is there a solution?

Inhibited Propylene Glycol! What is it? It is a blend of glycol with an inhibitor package that ensures no oxidation of glycol over a considerable period of time. Its utilization spans various critical processes including immersion freezing, cooling liquids & and dairy products, fermentation and maturation cooling, carbonated beverage cooling, plastic bottle molding cooling, ice systems, single-fluid process cooling, and closed-loop water-based heating, ventilation, and air conditioning (HVAC) applications. Its enhanced viscosity at lower temperatures, drives process cooling efficiency, as well as its freezing point suitable for aqueous solution applications. Importantly, it is non-toxic, ensuring compliance with stringent safety standards in F&B operations.  

Inhibited Propylene Glycol, manufactured by Chemtex Speciality Limited under the brand name “TONO FROST” is a NSF certified HT1 formulation, that is considered safe even in instances of incidental food contact. Moreover, it is listed with FSSAI under Food Product Category 99 for Substances added to Food, further affirming its safety for use in food-related applications. By embracing glycol-based solutions, F&B professionals can navigate the complexities of their operations with confidence, ultimately delivering superior products to consumers worldwide. For more information, visit https://www.chemtexltd.com/products-and-solutions/heat-transfer-fluid-manufacturer-chemtex-speciality-limited/glycol-antifreeze/inhibited-propylene-glycol/

Unlocking the Potential: Exploring the Applications and Advantages of Trichloroethylene (TCE)

To begin with, many industries have faced one major challenge in determining the industrial chemicals for degreasing and descaling purposes. In the vast landscape of industrial degreasing /descaling solvents, one compound stands out for its versatility and wide-ranging applications – Tri chloroethylene, commonly known as TCE.

What is Trichloroethylene?

Trichloroethylene or TCE is a colourless, chlorinated, volatile solvent for use in industrial cleaning and degreasing applications. It is valued for its excellent solvency, making it highly effective in dissolving a wide range of contaminants such as grease, oil, waxes, and flux residues. This property is crucial in heavy engineering industries where thorough and effective cleaning of components and equipment is essential.

Chemtex Specialty Limited has mastered the art of manufacturing this powerful compound, known for its excellent solvent properties and versatility. Whether it’s degreasing, metal cleaning, or as a key ingredient in the production of various chemicals, TCE plays a pivotal role in multiple industries.

Properties of TCE

TCE boasts a low boiling point and exceptional dissolving power, making it go-to solvent in applications where precision and efficiency are paramount. The add-on advantage is that it does not involve in corrosive reaction with metal surfaces, even in the presence of moisture.

Advantages of Using TCE

• Heavy engineering industries often involve the manufacturing and assembly of intricate electronic components. TCE is favoured for precision cleaning in electronics, where it can remove flux residues and other contaminants without leaving behind any residue that might compromise the performance of delicate electronic devices
• Chemical Production: As a key component in the production of various chemicals, TCE plays a crucial role in the synthesis of pharmaceuticals, agrochemicals, and other specialty chemicals. Its role as a solvent in these processes contributes to the efficiency and purity of the final products.
• Compatibility with Metals:  TCE is compatible with a variety of metals commonly used in heavy engineering, including steel, aluminium, and copper. Its ability to clean these metals without causing corrosion or damage is a significant factor in its preference.
• Efficient Degreasing: Industries often involve the use of machinery that requires periodic maintenance. TCE is highly effective in degreasing and removing heavy layers of oil and grease from industrial equipment, ensuring optimal performance and longevity.
• Ease of Handling: TCE is a liquid at room temperature, making it easy to handle in industrial processes. It can be applied using various cleaning methods, such as vapor degreasing or immersion, providing flexibility in cleaning applications.
• Environment Responsibility:

Tri Chloroethylene (TCE) faces challenges in aligning with green chemistry due to recognized health and environmental risks. Classified as a hazardous substance, TCE’s persistence in the environment and potential health impacts necessitate a shift towards greener alternatives. Industries are actively exploring safer, more sustainable solvents to adhere to green chemistry principles.

Main Applications Areas

• Manufacturing Plants
• Fabricated Metal
• Electricals and Electronics

Other Uses of Trichloroethylene

• Heat treatment plants
• Spray coatings for use in furniture, automobiles, and other end-consumer products
• Cable Manufacturing
• Gas manufacturing plants
• Refrigerant line cleaning
• Operations & Maintenance (O&M) sectors
• Effective extraction solvent
• General solvent for use with adhesives, lubricants, paints, varnishes, paint strippers, pesticides and cold metal cleaners

For more information, visit our site:  https://www.chemtexltd.com/products-and-solutions/performance-chemicals/general-chemicals/trichloroethylene-tce/

Unveiling the power protection: Acid corrosion Inhibitors for longevity of the equipment

Industrial sectors like Automobiles, Manufacturing, Oilfields, and Processing facilities have huge involvement, and the most crucial problem they face is corrosion. For industrial equipment, the quest for longevity and optimal performance is a constant challenge. Among all the strategies, one powerful element stands out – Acid Corrosion Inhibitors.  

As we all know corrosion creates various effect that weakens the integrity of the entire infrastructure. It’s not just about the visible damage – it’s the ripple effect. It leads to losses worth over 900 thousand crores in India Annually.

“As India moves towards a USD 5 trillion economy goal, dealing with a challenge like corrosion in projects should be a key focus area, said Rajamani Krishna Murti, president of Indian Stainless-Steel Development”

The ultimate shield against these corrosion hassles is Acid Corrosion Inhibitors, it doesn’t just stop corrosion in its tracks; it breaks the chain of consequences

What are Acid Corrosion Inhibitors?

Acid Corrosion Inhibitors prevent the corrosive reactions of acid when exposed to metal surfaces, maximizing longevity, and minimizing the operational cost. It works by forming a protective layer on the metal surface, which acts as a barrier against the corrosive acids. This layer prevents direct contact between the acid and the metal, thus inhibiting the corrosive process. It increases longevity as well as enhances metal durability. Rust is a persistent challenge faced by industries across the world. Acid corrosion inhibitors offer an effective solution to combat corrosion, control its impact, enhance corrosion resistance, prevent rust, and provide surface treatment.

Unravelling the magic of Acid Corrosion Inhibitors

Let’s unravel the magic behind acid corrosion inhibitors. These chemical marvels create an invisible shield over metal surfaces, preventing corrosive substances from causing harm.  In industries where equipment durability is paramount, incorporating acid corrosion inhibitors becomes a game-changer.

Benefits of using Acid Inhibitors:

• Efficiency to inhibit corrosion from the metal surface
• Effectively remove scale from the corroded metal surface
• Environment friendly
• Thermally Stable
• Cost-effective
• Compatible with all types of metal
• Ensuring maximum coverage and protection

Versatile Applications Across Industries:

The diverse applications of acid Corrosion Inhibitors across industries, including manufacturing, oil and gas, manufacturing, automotive, and marine. These inhibitors offer a universal solution to the universal challenge of corrosion, making them an indispensable component for the protection of equipment. 

Acidic Treatment is a common phenomenon in any heavy metal industry which leads to corrosion that damages equipment, minimizes operational efficiency. To combat such acidic reactions, acid inhibitors are used to inhibit such corrosion even at high temperatures.

Chemtex Speciality Limited offers reliable acid corrosion inhibitors that meet the standard requirement for various applications in industrial sectors.  Our formulation offers comprehensive protection across various industries, including oil and gas, manufacturing, automotive, and marine.

Choosing the Right Inhibitor for Your Needs

With Chemtex Speciality Limited’s expertise and innovative solutions, the battle against corrosion takes a significant step forward, ensuring a brighter and more durable future for metal-dependent industries. We look forward to hearing from you and potentially establishing a mutually beneficial business relationship. Safeguard your entire infrastructure with Chemtex Speciality Limited – where innovation meets resilience on the road to economic growth.

The Role of Pour Point Depressant for Enhancing Cold Flow Performance

As the winter season approaches, the effectiveness and functionality of numerous liquid products, particularly within the oil and gas sector, may be markedly influenced by colder temperatures. The occurrence of wax crystallization in these substances can result in a higher pour point, presenting challenges for their handling in frigid environments. However, the introduction of Pour Point Depressants has revolutionized the industry by mitigating these challenges and improving cold flow performance.

Understanding Pour Point and its Challenges:

Pour Point Depressants are chemical additives that allow oil and lubricants to flow at very low temperatures without heavy wax formation at these cold temperatures and enable the oil to remain flowable.

Compounds Used in Pour Point Depressants

Alkylated wax naphthalene, Polymethacrylates, alkylated wax phenol

How Do Pour Point Depressants Work?

Pour Point Depressants are chemical additives designed to modify the crystallization of wax crystals in petroleum products, lowering the pour point and improving low-temperature flow characteristics. These additives interfere with the wax crystal formation by disrupting the formation and growth of wax crystals, allowing the liquid to maintain its fluidity even in colder conditions.

Oil Without Pour Point Depressants – Wax Crystals and Oil Congeal causing a high wax pour point.

Oil With Pour Point Depressants – Depressants inhibit congelation of the wax crystals to reduce the pour point temperature, that is, the temperature at which oil loses its fluidity.

The Need for Pour Point Depressants

• To Reduce oil viscosity to increase production, which in turn increases revenue.
• To eradicate the possibility of crude oil solidifying in the product system thereby reducing the risk of complete production shutdown.
• To adhere to the required standards for transporting crude oil into the pipeline or tank farm of another entity.

Applications in Oil and Gas Industry:

The oil and gas industry heavily relies on the efficient transportation of crude oil and refined products. In cold climates, the pour point of these products can be a significant impediment. Pour Point Depressants play a vital role in ensuring that these fluids remain operational even in freezing temperatures.

 Benefits of Using Pour Point Depressants:

Enhanced Cold Flow Performance: The primary benefit is the improved low-temperature flow characteristics of petroleum products. This ensures smooth transportation and efficient usage in colder climates.

Prevention of Equipment Damage: By preventing wax crystal formation and deposition, PPDs help in avoiding the potential damage caused by clogged pipelines, filters, and other equipment.

Cost Savings: The use of PPDs can result in significant cost savings by reducing the need for heating equipment, insulation, and other measures taken to combat the effects of low temperatures.

Extended Equipment Lifespan: Ensuring that equipment is not subjected to extreme conditions due to wax crystal formation can contribute to the longevity of pipelines, pumps, and other infrastructure.

Chemtex Specialty provides effective Pour Point Depressants, ensuring enhanced low-temperature flow characteristics for various liquids, especially in the oil and gas industry.

 Pour Point Depressants ensure lubricant flowability and efficient functioning at low temperatures. It is expected to maintain its high performance at a range of different temperatures. Pour Point Depressants ensure lubricant flowability and efficient functioning at low temperatures. These are engineered to provide cost-effective solutions. Chemtex Ltd will remain instrumental in ensuring the reliability and efficiency of the fuel, oil and gas sector. As technology continues to advance, the role of Pour Point Depressants will likely evolve, further optimizing the performance of cold flow applications in various industries.

For more information, please visit

https://www.chemtexltd.com/products-and-solutions/energy-chemicals/upstream-chemicals/pour-point-depressant/

For a lifelong service of your engine, Here’s an unstoppable journey

What is Antifreeze?

Antifreeze is a radiator fluid additive that prevents the coolant from freezing. It is made from ethylene glycol or propylene glycol, and it lowers the coolant’s freezing point to keep it from becoming ice.

The purpose of an engine cooling system is to remove excess heat produced by engine operation and control metal temperatures within safe limits. High-speed driving with today’s engines can produce enough heat energy.

Liquid cooled internal combustion engines require a circulating coolant to remove excess heat. While water is an effective heat transfer fluid, it has serious shortcomings as an engine coolant. It freezes at too low a temperature and causes corrosion of cooling system metals.

How Does Coolant Work?

Coolant Works by circulating through the engine and absorbing heat. The heat is then transferred to the radiator, where it’s dissipated.

Engine coolant is used in conjunction with a liquid cooling system, made up of

•              Coolant pump which circulates the coolant throughout the system

•              The radiator assembly conducts heat away from the coolant

•              Radiator hoses connecting all the parts of the cooling system

•              Thermostat controlling the coolant temperature.

The coolant inside the cooling system improvises the cooling efficiency. When the engine is running, the coolant continuously circulates through the engine and returns through the radiator. Coolant is pumped through small channels in the engine block and absorbs the excess heat to control the engine temperature. When antifreeze liquid is diluted with water, it also helps lubricate the engine’s internal components.

Engine coolant antifreeze absorbs the heat from the engine and then disperses it into the air through the radiator. It also protects the engine from rusting, decreases the freezing temperature, and increasing the boiling temperature of the fluid that flows around the engine.

What is coolant made of?

A properly formulated engine coolant concentrate is composed of several essential ingredients, including base fluid, corrosion inhibitors, foam suppressors, dye, and water. Automotive coolants consist of a mixture of antifreeze with additive packages and water. These are designed to prevent corrosion and rusting.

The added inhibitors can be classified as Inorganic Acid Technology (IAT), Organic Acid Technology (OAT) or Hybrid Organic Acid Technology (HOAT).

• OAT Coolant – It is based on organic acid technology that is used on VW Vehicles and some other automakers. OAT is not compatible with other types.
• HOAT Coolant – It is based on Hybrid Organic Acid Technology. It is a popular coolant used in a majority of new vehicles
• IAT Coolant – It is a crucial sensor, providing data for optimal fuel delivery and ignition timing adjustments, enhancing engine performance.

Chemtex coolant antifreeze formulations are equipped with corrosion inhibitors, safeguarding against rust and corrosion. They also prevent bio-fouling, lubricating moving parts, and provide protection for critical engine components such as the water pump, head gasket, cylinder, and pistons.

Chemtex Car Coolant comes in two variants

• Tropical Car Coolant:   This coolant is a fusion of traditional scale and corrosion inhibitors, delivering superior performance in engine cooling. It is NAP-free and remains free from precipitation when exposed to hard water.
• Extended Life Coolant: These coolants extend the lifespan and safeguard the internal combustion engine, reducing the need for frequent radiator coolant changes.

For More Information, Visti Us: https://www.chemtexltd.com/engine-coolant-antifreeze-liquid/