How Oxygen Cylinder Is Different From O2 Tank?

Have you ever wondered how your body functions like a 24x7 machine to breath in Oxygen (O) & breath out Carbon dioxide (CO2)! The nature is unexplainable. But when it comes down to machinery world, it requires a set of equipment & procedures to do so.

Atmospheric air is the natural source of oxygen, containing 20.8% oxygen. This concentration is enough for animal breathing process, fueling, & metal corrosion. But there are numerous applications that require concentrated amount of oxygen to operate & that’s when Oxygen Cylinder comes into the play. 

“Check out list of Oxygen Cylinder manufacturers, suppliers & dealers at Tradeindia.” 

Constructional Material

This lightweight, portable & circular-cylindrical high-pressure container is manufactured by hot forged seamless steel. The standard pressure is 200 (3000 psi) bars. It’s being used in the manufacturing of welding & cutting, steel & monel, medical breathing gas, scuba diving, & emergency backup in aircraft. 

Carbon steel is also a good corrosion resistant material that is being used. Brownmillerite-type materials are also used. Other materials include glass-reinforced plastic, polyethylene & thermoplastic.

Difference Between Oxygen Cylinder & Oxygen Concentrator

You will always find the use of terms oxygen cylinder & oxygen concentrator interchangeably. In contrary to that, they aren’t same. 

Oxygen Concentrator: Using rapid Pressure Swing Adsorption (PSA) mechanism, the concentrator separates oxygen from the gaseous mixture. It uses zeolite mineral as adsorbent to adsorb nitrogen from the atmospheric air, leaving other components to pass through, leaving oxygen as the only remaining gas component. It supplies oxygen on continuous flow.

Oxygen Cylinder: It is a medical oxygen tank that contains a specific amount of oxygen & can run out after a while. These cylinders can be refilled & reused for multiple times, however, may require periodic maintenance service. 

Types of Oxygen Cylinders

• Compressed gas system: It’s an O2 concentrator that is widely used as a stationary & portable medical oxygen provider at medical facilities & homes. It supplies O2 on continuous flow. 
• Unpressurized oxygen cylinder: It aids in breathing at high altitudes & in emergency situations too. 
• Cryogenic storage tank: It’s a vacuum-insulated flask that contains liquid oxygen. It is used in gas industries, submarine & aerospace. 
• This system delivers O2 to the users via oxygen mask, oxygen tent, nasal cannula, full face diving mask, diving helmet, built in breathing system (BIBS), oxygen rebreather, demand valve, & hyperbaric oxygen chamber.
• It contains about varying purity of compressed oxygen. Its durable in nature, however, require inspection & pressure test to ensure its structural & functional stability. It is supplied in various sizes & pressure capacity, depending on the application. 

Area of Application

An oxygen cylinder is commonly used in medical facilities, homes, aircraft emergency breathing, diving, welding & cutting, metallurgy, aquaculture industry, military or disaster situations, fuel gas cutting, lampworking torches, etc.

Oxygen Plant: Unveil Beneficial Steps Towards Peak

How long can you live without water? The fact states a person can survive without water for about 3 days. But, can you live without oxygen for even a minute? No, right! Likewise, the development of Oxygen Plant is the soul of numerous applications. 

What Is An Oxygen Plant?

An Oxygen Plant is an industrial equipment that uses ambient air as feedstock which is then compressed & filtered. Utilizing either of the two cutting-edge techniques i.e., pressure swing adsorption or membrane separation technique, the plant separates oxygen (O2) from other components of gaseous mixture.

These two methods have facilitated in the development of the industrial positions & the growth of multiple companies dealing in this business to reach a peak & gain trust across the nation.  

However, the PSA (pressure swing adsorption) has the highest reliability for the production of at least 85% to 95% pure oxygen for intended industrial purpose. It employs several types of absorbents, such as resin, activated carbon, zeolite, silica gel & activated carbon, to ensure high efficiency at low price. 

Vast Applications

These Industrial Oxygen Plants are used in numbers of applications due to its offered enormous benefits at low running cost & high efficiency. Such industrial applications include medical, pharmaceutical, waste management, fish farming, electronic, chemical & petrochemical, metallurgy, water treatment & several others. In oil & gas industry, it is used in large volumes as an oxidizer in chemical reactions.

Benefits & Features

The worth of a product is evaluated by its properties & offered widest range of benefits. Such advantages of Oxygen Plant include:

• Energy efficient: Manufactured using cutting-edge technology, an oxygen plant consumes less electricity than conventional methods.
• Automatic control: The equipment functions automatically via PLC (programmable logic controller) which ensure zero human error, as well as, technical faults.
• Easy installation: The installation process is simplified & requires no human energy to operate.
• Cost-effective: The plant is supplied at low price & consume less electricity. 
• Enhanced failure safety: This modern machine comes equipped with high-level safety features to ensure damage to itself & the industry.
• Fast production: Due to the incorporation of PLC technology, the equipment starts & ends quickly.
• It produces low noise as compared to conventional equipment.
• It is light in weight & has moderate dimensions.

An oxygen plant is manufactured using high-quality materials, like stainless steel & carbon steel, & has fine & smooth surface finishing such as hot-dipped galvanization, powder or paint coating, which ensure resistance against corrosion, low-to-high temperature variations, chemical, ultraviolet (UV) & other impacts, which directly impact its lifespan by increasing it multiple decades. 

In a nutshell, the Oxygen Plant is as same as a soul to our body. Numbers of industries using this plant is increasing day by day as the world continue to develop. When you’re ready, explore ‘inexpensive’ Oxygen Plant manufacturers, suppliers & dealers at Tradeindia.  

Different Types of Gas Plants: Uses & Benefits

 Greenhouse gas emission has always been one of the hot topics across the globe – which is still being taken care by the manufacturers of Gas Plants. With utilizing cutting-edge technology, these plants are consecutively improving their operations to reduce emission of CO2 gas & other planet-threatening gases into the environment.  

In order to reach the depth of this topic, explore the hidden gems in this 3-minute-read blog. There are different types of Gas Plants, such as:

1. Gas-fired power plant or natural gas power plant: This plant burns the natural gas & utilizes the stored chemical energy to successively convert the energy into electrical energy to generate electricity. They have high thermodynamic efficiencies Its two types are:

a. Simple cycle gas-turbine: Also known as open cycle gas-turbine (OCGT) is a gas turbine to produce electricity. It is the cheapest plant to build & run, but has lower efficiency.  

b. Combined cycle gas-turbine (CCGT): Its efficiency ranges up to 55% & is highly efficient when compared to the latter one. 

2. Nitrogen gas plants: This type of plant either uses Pressure Swing Adsorption (PSA) or Membrane technology to produce 98% to 99.999% high-purity nitrogen gas by separating nitrogen from the ambient gaseous mixture. Both are cutting-edge technologies:

a. PSA technology: It is the most efficient technology widely used to produce high purity nitrogen gas. It takes in ambient air in its chamber, compresses & then filters the air. When the filtered air passes through CMS (Carbon Molecular Sieve), all gas molecules like oxygen, CO2, argon & others get trapped, leaving only nitrogen gas as the only gas component. 

b. Membrane separation technology: When filtered air passes through hollow porous fibres, all gas molecules & water evaporates, leaving nitrogen as the only gas molecule. However, PSA is more preferrable over this technology. 

3. Oxygen gas plants: Operated via PLC (programmable logic controller), this plant utilizes PSA technology to separate oxygen gas from the ambient mixture. The modern model is highly energy efficient, cost-effective, & equips enhanced failure safety measures.

4. Medical oxygen plants: Automatic medical oxygen generator utilizes the well-known PSA technology to generate oxygen onsite. This can produce & store oxygen gas in bulk in high-pressurized vessels to provide oxygen at required intervals. 

5. Air separation gas plants: This plant utilizes fractional distillation method to separate atmospheric air into its different components, such as nitrogen, oxygen, & sometimes other gases like neon, krypton, argon, & xenon. In order to separate pure gases from ambient air, it uses:

a. Cryogenic distillation process: This process aids in separating different high purity gases by liquification & distillation of the ambient air. 

b. Non-cryogenic distillation process: This process aids in separating only one high purity gas, such as oxygen or nitrogen, from the ambient gas.

Benefits of Gas Plants

The worth of a product is measured by its offered benefits to the user, & industry at national & international level. Such advantages of Gas Plants include: 

1. Energy efficient: These gas plants are designed in a way to consume low power, yet offer full-fledged benefits.

2. Automatic control: Automatic gas plants run via PLC – a computerized control of operation which offer error-free operation at fastest rate. 

3. Cost-effective: These plants are manufactured with good-quality material & supplied at comparatively low price from conventional methods.

4. Service life: The average lifespan of gas plants ranges over 20 year due to the incorporation of enhanced failure safety features. 

5. Fast production rate: The modern model is highly efficient & offer high production rate. 

Now, as you know about different types of Gas Plants, find your way to utilize these shreds of information to raise your business bar above expectations. Explore a list of best gas plants manufacturers, suppliers & dealers for buying in India. 

Everything You Need To Know About Hastelloy Round Bar

A few days back, my uncle called me and told that he faced a major setback due to the lack of high-grade material that is imperative for his industry’s functioning at extreme conditions and also, that his dealers/clients were not happy with his industrial performance. And that was the time, when I began my search regarding what my uncle wanted. Soon, I discovered Hastelloy Round Bar that suits the best for my uncle’s issue. If you’re too looking for superalloy with high temperature strength and impact resistance, then this 3-minute-read blog is perfect for you.

Overview of Hastelloy Round Bar

This is a type of special type of superalloy that has high temperature strength and features numbers of outstanding properties which make it highly efficient, reliable and number-1 choice for most of the type of applications working at extreme temperature where other metals would simply surrender. High temperature strength of this superalloy is development through methods like precipitation strengthening and solid solution strengthening. 

It is a strong nickel-molybdenum-chromium with tungsten content which makes it highly resistant to corrosion, oxidation, crevice corrosion cracking and pitting. Nevertheless, its low carbon content makes it insensitive to the development of grain-boundary carbide precipitation in the heat affected welding area and helps to maintain resistance against corrosion. 

The surface of Hastelloy Round Bar is treated in order to increase its durability, functionability and stability when working at extreme conditions like high temperature and high pressure. Such surface treatments include bright polished, rough turned, matt finish, sand blasting, and some others. It comes in different sizes that varies between 5 mm to 500 mm, diameter ranging between 0.1 mm to 500 mm, and length ranging between 100 mm to 6,000 mm and even more. However, their specification can also vary, as well as, customization is also available.

Special Properties

• Density - 8.89 g/cm3
• Melting Point  - 1370 °C (2500 °F)
• Tensile Strength Psi – 1,15,000 (MPa – 790)
• Yield Strength (0.2%Offset) Psi – 52,000 (MPa – 355)
• Elongation - 40 %

Uses of Hastelloy Round Bar

This type of round bar is usually used to make different parts such as flywheels, axles, shafts and gears for rotating machinery applications. It is also used for manufacturing tubing, seamless pipes and other equipment for extensive range of applications such as gas turbine, aerospace, oil drilling, industrial furnace applications, geothermal, oil and gas industry, chemical processing industries, corrosive systems, pharmaceuticals, waste treatment plants, etc.

Due to its such overwhelming properties, it also finds its usage in other fields like food processing equipment, condensers, heat exchanger, boilers, petroleum refineries, cooling towers, steam exhausts, electric generation plants, solar energy, pulp and paper production, pollution control stack liners etc. 

Benefits of Hastelloy Round Bar

According to the shreds of information I tried to put forth simply depicts that this superalloy is widely used for manufacturing various types of equipment which are resistant to high temperature, high pressure, stress cracking and localized corrosion. Its other offered benefits include:

• Oxidation resistant up to 2200-degree F (1200-degree C)
• Resistance to nitriding and carburization
• Highly resistant to stress corrosion cracking and uniform attack
• Ease of fabrication and welding
• Outstanding localized corrosion resistance

As soon as I summoned all these pieces of information about Hastelloy Round Bar, I contacted my uncle and conveyed him this so that he himself can go through its properties, specifications and benefits. And, yesterday he thanked me and said his clients are happy now and inked several contracts. Hope, you also find this helpful.

A Complete Guide To Hastelloy C276 Round Bar

When nature itself has exceptions then man-made world having exceptions is very unusual. We are obligated to perform activities under such conditions. Here, man-made world is denoted to new generation and developing world consisting numbers of machineries – that means, there lies exception in machineries too. Some machineries having high-grade material-made components function perfectly, but some require premium-grade material for their components to function at extreme conditions. And, that premium-grade material is Hastelloy C276 Round Bar.

What is Hastelloy C276 Round Bar?

Hastelloy C276 Round Bar is a super alloy renowned for its high functionability, efficiency and stability at high temperature and pressure working conditions. It is the first choice for most of the applications whose operations are carried under extreme conditions where other metals would surrender and rupture. Its high temperature strength is developed by methods like precipitation strengthening and solid solution strengthening. 

It is the combination of nickel-molybdenum-chromium with tungsten content which makes it resistant to oxidation at high temperature, corrosion, crevice corrosion cracking and pitting. Notwithstanding, its low carbon content resists development of grain-boundary carbide precipitation in the welded heat affected spot. This also allow resistant to corrosion.

Its surface is also treated in order to increase its stability, functionability and durability when working at extreme conditions like high pressure and high temperature. Such surface finishes include matt finish, bright polished, sand blasting, rough turned and others. It is available in varie sizes between 5 mm to 500 mm, diameter varying between 0.1 mm to 500 mm, and length varying between 100 mm to 6,000 mm and even more. However, its specification can vary widely, as well as, customization is also available.

Special Properties

Density	8.89 g/cm3
Melting Point	1370 °C (2500 °F)
Tensile Strength	Psi – 1,15,000 (MPa – 790)
Yield Strength (0.2%Offset)	Psi – 52,000 (MPa – 355)
Elongation	40 %

Uses of Hastelloy C276 Round Bar

This special type of round bar is extensively used to manufacture different parts such as axles, flywheels, shafts and gears for rotating machinery applications. Also, it is used for manufacturing equipment for extensive range of applications, including oil drilling, aerospace, gas turbine, geothermal, chemical processing industries, oil and gas industry, industrial furnace applications, corrosive systems, waste treatment plants, pharmaceuticals, etc.

How Inconel 600 Round Bar Replaced All – Properties & Benefits

Things have been made so uncomplicated for you to buy anything within a fraction of time as you have numbers of options to choose from that can satisfy you completely. But, have you ever given a thought how manufacturers made that possible for you? For instance, Inconel 600 Round Bar manufacturers in India pass this particular material through numbers of tests to achieve an ultimate stage for its proper functioning in order to satisfy you. 

In this 3-minute read blog, I will try my best to put forth all the information you need to know about Inconel 600 Round Bar. This particular blog will usher you through its marvelous properties, how and why it replaced other material-made bars, chemical composition, applications and offered benefits. This voyage will raise your bar in terms of market standards and a hope of positive feedback from your respective buyers could be made possible. 

Why to choose Inconel 600 Round Bar over others?

Inconel 600 Round Bar is special chromium-nickel alloy that is manufactured keeping in mind the resistance to oxidation at high temperature 2000°F (1093°C) and maximal mechanical stress. It is renowned for its excellent stability and accurate functionability at high kinetic energy. The strengthening of this supper alloy is achieved by solid-solution hardening method. Its high nickel content and outstanding properties have replaced it with other round bars.

I.Properties of Inconel 600 Round Bars

The properties include resistance to oxidation, corrosion, chloride stress corrosion cracking, pitting, high temperature and high pressure. It is suitable in wide-range applications which functions at extreme conditions where other metals would simply bow down. One of its amazing quality is that it protects itself from heating by forming a layer of a thick and stable passivating oxide. It comes in various sizes ranging between 5 mm to 500 mm, diameter ranging between 0.1 mm to 100 mm and length ranging between 100 mm to 3,000 mm and more.

II.Different types of tests

In order to have a final structure that excels in function ability, mechanical strength, impact resistance and stability at extreme environment, Inconel 600 Round Bar goes through multiple tests such as

• Mechanical testing like tensile, elongation
• Pitting corrosion test
• Chemical examination and Spectro Analysis
• Positive material recognition
• Hardness test
• Buckling & crushing test
• Eddy current test

Applications of Inconel 600 Round Bar

Due to its exceptional properties, it features high efficiency, reliability and durability, making it highly useful in the extensive range of applications, including heat exchange tubing, chemical processing, automotive, aerospace, nuclear engineering, natural gas processing, engineering industries, gas turbines, ship building, pressure vessels, construction, heat treating industry, and several others.  

Benefits of Inconel Round Bars

• Resistance to chloride stress corrosion cracking
• High density and tensile strength 
• Excellent oxidation resistance (1800-degree Fahrenheit) at high temperatures
• Resistance to high temperature 2000°F (1093°C) 
• Functions well with most sulphur compounds and alkaline solutions
• High melting point up to 1413 °C (2580 °F)
• Low risk of attack from hydrogen chloride or chlorine

Above mentioned points are the reasons why and how Inconel 600 Round Bar replaced every metal-made round bar. I hope these listed features, properties and benefits would lead you or your business to a booming stage. If you still have any query then you have freedom to connect us through Tradeindia,com, as well as, you can look for multiple manufacturers, suppliers and dealers in India.

Level Glass Indicator – An Inexpensive, Profit-Oriented Development Method

We know how important is to measure the oil level inside inaccessible or opaque spaces, for instance, your daily-used vehicle. For this purpose, the mechanical expert uses a dipstick usually to measure the oil level. But what are your solutions to measure the fluid level inside a high-pressurized vessels or tanks, pipeline arrangements, hazardous material containing vessels or industrial process lines? 

Because, we know it is next to impossible to measure fluid level of such high-pressurized or hazardous containing vessels using a dipstick. So, here comes the entry of a Level Glass Indicator, manufactured with high precision and high-grade material to resists high temperature, high pressure, corrosiveness, and to provide excellent flexibility and visual level indication of different materials contained in sealed spaces by zero-contact operation. 

This instrument is a transparent and robust construction which allows the operators or observers a clear, safe and convenient visual indication or observation of the level of all types of fluids which include liquid, gases, powders, granular materials, plasma and slurries. It is used for visual level indication of any storage tank, hydraulic machines, high-pressure systems, turbines, cooling systems etc. 

Due to its high performance and level visibility feature, it is widely used in industrial settings, including bio gas plants, food and beverages, chemical industries, oil and gas plants, electric power plants, petroleum applications, metallurgy and pharmaceuticals. The structure is so robust that it lasts for several years which minimum maintenance even after continuous performance.

Structural Material

There are three common components of Level Glass Indicator which are as follows:

Transparent medium: It is a glass tube that provides clear and accurate visual of fluid level that is either made of borosilicate glass or soda lime glass.

Unit body: The structural material may be made of different materials, including stainless steel, carbon steel or duplex steel – known for high strength and resistance to any negative impact (which we will discuss later).

Sealing: Gaskets and packings may be made of PTFE, silicon or neoprene to suit required temperature and corrosive conditions.

We definitely know how important is level measurement of a vessel to aid in accurate and error-free industrial operations. And, to achieve such high-level programme, different types of mechanism are used such as reflex gauges, bi-colour gauges, and magnetic and mechanical float gauges. The most reliable and profit-oriented method is magnetic and mechanical float level indicator.

How does Level Glass Indicator work?

This magnetic indicator is widely used in fields where excellent strength, buoyancy and corrosion resistance are important aspects. In this mechanism, the Level Glass Indicator is attached to the vessel or tank side-by-side and directly connected with the substance to be measured, so that the indicator responds directly to the substance level inside the vessel or tank. 

There are three parts i.e., chamber, float and indicator. The chamber of the magnetic gauge is equipped with a float containing a permanent magnet inside it and the indicator is magnetically coupled with the float. When this magnetic float rises or falls in respond to the measured substance level change in the vessel, the magnetic interacts with the indicator mounted just outside the chamber and causes flags to rotate which cause changes in display colour and provide a visual indication of the current level.

Advantages of Level Glass Indicator

In this three-minute read blog, we have discussed the strength, constructional material, importance, uses and working principle of Level Glass Indicator, and now I will put forth some exciting advantages of this instrument that might prompt you to buy it. 

This indicator is known for its durable and robust design, high level visibility, zero-contact performance, resistance to UV, high temperature and high pressure, non-corrosive pivot points which ensure reliable indication, hermetically sealed and field replaceable feature with process disruption.  

Apart from measuring and analyzing the fluid level, it is commonly used to measure the fluid viscosity, clarity, colour, quality and other characteristics which make it an ideal choice for numbers of industrial settings. 

How Gas Safety Valve Save Your Life?

A few years ago, it was infrequent to hear or read news about some tragic mishappening related to gas or boiler explosion. In a more specific way, you need to be very careful when working in and around gas containing systems, whether it is a residential or industrial application, to ensure life safety and prevent any property damage. 

However, after years of development, these gas systems (like boilers) are equipped with high-level Gas Safety Valve to protect people’ life, the environment, people’ assets and properties, and industrial plant assets from gas overpressure that may cause low-to-heavy explosions or other destructive or damaging events. These safety valves are extensively used in residential building (connected gas system) and industrial applications like gas pipe, boilers, high-pressure vessels, gas plants and other similar applications.

What causes vessel overpressure?

The question many have asked that what causes these gas vessels overpressure. There are different answers to it in relation to different equipment and event. Some of the reasons behind this overpressure might be system failure, thermal expansion, chemical reaction, blocked discharge, tubes or other component/devices rupture or fire case (when the system is exposed to external fire).

So, how does Gas Safety Valve respond to it?

This 1-minute read includes the working principle of Gas Safety Valve. When overpressure is detected by gas sensor, the safety valve responds to it: 

By shutting off the gas supply automatically within some seconds to the residential building, protecting the people and the whole building from severe damage. (residential use)

By relieving the excessing pressure building up inside the vessel through the outlet side to the discharge gas vessel or returns it back to the gas vessel. (Industrial use)

The primary function of a gas safety valve is to immediately and completely release the pressure when it exceeds the pre-set pressure limit in order to restore the required and stable pressure condition and prevent any gas leakage, avoiding any possible explosion that endangers the life of people and their property.

Functioning automatically, the spring-type safety valve consists of a spring attached to the valve. When pressure exceeds inside the vessel, the spring expands at upright direction that causes the valve to open and release the excessive pressure. When the pressure is normalized, spring return back to its stable position which causes the valve to close. 

Difference between Gas Safety Valve and Pressure Relief Valve

Sometimes, the term Gas Safety Valve is interchangeably used with pressure relief valve. While, both terms are used in relation to releasing excessive pressure from a pressurized system, there lies a slight difference between them. A relief valve functions to prevent any system failure and protect the equipment from overpressurized issues, whereas a safety valve is last resort valve designed to protect people and property. 

In more accurate way, safety valves actuate immediately and fully to avoid overpressurized conditions that might cause a tragic mishappening, rather than to control the pressure of a system (what relief valve actually does). The set point of former is set at 3% above the actual working pressure limit, whereas the set point of the latter is set at 10% above the working pressure limit.

Advantages of Gas Safety Valve

This important and life-saving valve is made of different materials, including carbon steel, duplex steel, forged steel, brass bronze, cast steel or mild steel. Moreover, its surface is treated to make it highly resistant to abrasion, rust, corrosion, high temperature and pressure, that helps in increasing its durability.

It is known for its robust and durable construction, and automatic and instant activation to prevent any catastrophic from happening. It helps in reducing risks of gas leakage in both residential building and industrial applications. It also promotes healthy life and prevent explosions. It is the most cost-effective measure to save life and protect properties. 

How To Prevent Water Scarcity Using Horizontal Float Valve

Did you know camels can drink 30 to 50 gallons of water in just 3 to 10 minutes that helps them to live in too hot, arid condition areas (for example Rajasthan and other deserted areas) without drinking water for a weak or more? But, can you survive without water for more than one or two days? If I talk about myself, I usually drink water post every half to one hour, except at nights because that’s the time when our conscious fall asleep. 

Well, I think I made my point clear regarding the importance of water for a living being. Though the earth’s surface is covered with 71% of water, the fresh water is about only 2.5%. What an inappropriate stat! These figures explain much better about the water usage, importance and shortage. Though more than half of the earth consists of water, there are too many rural places and states all over the world facing water scarcity. 

To prevent such water scarcity, we have encountered with various measures invented generation by generation. Some of which are water treatment plant, sewage treatment plant, water quality testing instruments and a Horizontal Float Valve. This type of valve is known for controlling the flow of water to prevent at smaller and larger scale. 

Design and Working Principle

A Horizontal Float Valve, also known as ballcock, is a lightweight, flexible and compact device that is manufactured to control level and flow in a fluid supply such as fluid storage tank or a reservoir. Besides fluid level detection and control, it also functions to prevent any backflow or overflow. This valve can be made of different materials, including stainless steel, gunmetal, cast iron, plastic, rubber, cast steel, or carbon steel etc. All these are high-grade materials which aid in float valve’s longevity and high performance. 

This valve is connected to a ball-shaped, lightweight and sealed float horizontally to the pilot arm (a lever). The float detects the rise or fall in the fluid level inside the storage tank, and opens or closes the valve depending on the detected fluid level. The most common type of this valve can be seen in your residential water tank. The float valve is mounted near the top of your water tank.

In simple words, the Horizontal Float Valve responds to the fluid level in the storage vessel. As fluid level rises to the predetermined level, the float also rises with it simultaneous that is attached to the valve horizontally through a lever. This rising motion of the float prompts the valve to close automatically in order to stop the water supply. And, when the fluid level drops, the float also begins to descend which again force the valve to open to allow water supply into the vessel to fill up it.

Wide-Range Applications

The Horizontal Float Valve is extensively used in the widest range of applications, including underground fluid storage tank, aboveground fluid storage tank, toilet tanks, industrial water and gasoline tanks, commercial water tanks, residential or domestic water tank etc. Moreover, it also finds its usage in plumbing, water treatment plants, and HVAC (heating, ventilating and air conditioning) applications.

This special-designed Horizontal Float Valve functions automatically by opening or closing itself, responding by refilling the vessel or prevent the overflow, respectively. This mechanism makes this valve highly useful, efficient and reliable mean to avoid water spillage or wastage, contributing to replenish water scarcity and promote healthy, safe environment.

Counts advantages on Horizontal Float Valve

Horizontal Float Valve is compact, lightweight, yet has high strength with rigid and strong body. Made up of different materials, it features high-grade benefits such as high strength, robust construction, resistance to rust, corrosion, wear and tear, ductility, machinability and hardness. Moreover, these float valves have longer serving due to the excellent choice of material including fine and smooth surface treatment to increase its functionability and durability. It can function like a new one even after scores of cycles. 

So, do not ignore water spilling out of your water tank at any cost because it is possible that someone out there is trying to survive without water and food. Preserve this gift of nature and do whatever is in your hand to make this earth green and people healthy.  

How Modern Hydraulic Lifts Are Cost-Effective & Efficient?

In the midst of epidemic COVID-19 surge, people seek reliability and highly effective measures to continue their normal life. Although doctors and frontline workers are doing their best to prevent the spread and treated positive people, the manufacturers of Coronavirus-related products and hospital products are also putting their all efforts to manufacture, design and offer required high-quality products and equipment within a window of time. 

Working towards the same end as others, Hydraulic lifts manufacturers are also designing new hospital elevators equipped with special people and goods safety measures and no noise creation feature, making it one of the extremely cost-effective and highly-efficient choice. These lifts do not require often services and in fact, their installation and operational costs are very low relatively. Their manufacturers and producers are joining hands to support public and their bank balance, save economy and nurture public safety and health by manufacturing real cost-effective lifts of all time.

Apart from hospital lifts, these Hydraulic Lifts are extensively used in wide applications, including goods lifts or cargo lifts (used for lifting heavy loads between floors in industries, construction areas etc.), vehicle lifts (used in garages for lifting car, truck, motor cycle for repair, cleaning, washing, servicing etc.), passenger lifts (used in hospitals, residential buildings, commercial buildings etc.) and goods-passenger lifts. All these hydraulic elevators function over hydraulic mechanism. Let’s discuss how do these lifts function.

Working principle of Hydraulic Lifts

The main components of these type of lifts are piston within a cylinder, oil reservoir or tank, pump, motor (to drive the pump) and a valve (to be opened and closed). The basic working principle is: When valve is closed, the pump pushes the pressurized fluid from the reservoir into the cylinder (jack lifting system) that powers the piston to travel upward (which pushes the lift up). When the valve is closed, oil flows back into the reservoir prompting the piston carrying the lift go back to its original position.

The Hydraulic Lifts can have single cylinder that is capable of loading and lifting weights from 1000 kg up to 10,000 kg, or double cylinder that is capable of lifting load from 10000 kg up to 90000 kg, making it an ideal, reliable and highly effective choice to be installed in hospitals, residential buildings, automotive, construction, shipping, mining, retail industries and waste removal industries. These lifts are effective means of raising and lowering passenger, goods and equipment of low weight of heavy weight.

How Hydraulic Lifts ensure your 100% safety?

We all want to live to the fullest with healthy mindset and to encourage that we need to be careful at every step, whether struggling like corona warriors or passing through middle-life crisis. A life is a the most precious thing alive in this world. Hydraulic Lifts make sure to protect your precious life using modern and high-level technologies such as:-

• Manual lowering after power cut-off
• Built-in emergency power-off button
• Medical emergency service 
• Emergency power systems: Uninterruptible Power Supply (UPS) at times of power blackout
• Sensors to detect fire, fume or gas leak 
• Fire alarm button 
• Remote access control 
• Interlocking gates to prevent door opening at incorrect position
• Electric shock protection device
• Overload sensor

Advantages of Hydraulic Lifts

Apart from being highly cost-effective and efficient choice, these Hydraulic lifts offer numbers of advantages to make it a complete beneficial package: Such advantages include:-

• Cheaper to install, operate with low maintenance cost as compared to electric or semi-electric lifts.
• These occupy very less space in a space of building. 
• Ability to life up to 90000 kg weighing loads from one to another floor, as hydraulic power offers excellent lifting strength.
• No requirement of an overhead machine room as the load of these lifts is distributed to load-bearing walls.
• Remote machine room (optional).

These advantages are enormously useful at this current time when the whole world is struggling with COVID-19 surge and economic loss. What is better than saving plenty of money yet utilizing a premium-grade Hydraulic Lift housing new-generation technology. Make a bright, economical and eco-friendly choice this year.

All You Need To Know About Goods Elevator – A Complete Guide

Whenever I am on to something, I seek to complete it before time utilizing all indeed new techniques and technologies. What do you seek when working over something? Do you consider utilizing useful means to achieve your goal within a window of time? The main point is that we all seek to reduce workload yet maintain constant and superior achievement. 

Working jointly towards the same end, Goods Elevator was invented to reduce the workload, labour time and energy, and complete the given task within less span of time effectively, accurately, error-free, hassle-free in industrial and commercial application, as well as, in remote areas. This type of elevator is used to transport non-heavy to heavy loads, goods or pallets from one floor to another of a building. 

The Goods Elevator has been in use since to do achieve such tasks at different easy-to-difficulty levels. It is used both indoors and outdoors of buildings, industries, warehouses, chemical plants, manufacturing and production plants, workshops etc. One of its design comes with steel mesh enclosure to provide extreme level of safety, convenience to transport goods at any level of a multi-story buildings. 

How Goods Elevator ensures your ‘Safety and Security’ at its best?

What is the most precious thing in this world for anybody, whether it’s a human or animal? For me and everybody, I believe the most precious thing in this world is a ‘Life’ – a life of a living thing. Whether we’re at home, on road travelling or in a building, we protect ourselves from any mishappening. 

So, why not to consider safety while using a Goods Elevator! In this section, I will put forth some exciting, exemplary and faultless in-built safety measures and equipment equipped by it, such as:-

• Manual lowering after power cut-off
• Emergency power-off/stop button
• Emergency power systems like Uninterruptible Power Supply (UPS) at times of power blackout
• Medical emergency service 
• Fire alarm button 
• Sensor to detect fire, gas leak or fume
• Remote access control 
• Electric shock protection device
• Interlocking gates to prevent door opening at incorrect position
• Overload sensor 

Basic operating rules for Goods Elevator

Irrespective of safety equipment installed by the Goods Elevators, you have to look after yourself at every single point which are as followed: -

• Whether entering or exiting the elevator, watch your steps always
• Position your good perfectly over the elevator’s flat surface 
• Avoid getting close to the elevator door
• Avoid any kind of abrupt entry or exit
• Wait for the elevator door to open or close by itself
• If elevator stops midway, do not panic and press alarm button 
• Overload operation must be halted

Cow Dung Dewatering Machine – A Solution For ‘Renewable Source of Energy’

Nature is exceptionally beautiful because of its alive and reproductive facets, and as one discovers its paths, he unlocks tremendous benefits more than he seeks. This makes people from across the world to think and act to preserve the nature. And, to achieve this goal a Cow Dung Dewatering Machine was invented several years back. This machine helps to produce a renewable source of energy, thus minimizing environmental-pollution and using the nature’s provided gift. What could be more eco-friendly and reliable machinery to produce such products which reduce the use of man-made items and save the world from degradation at every level.

What is Cow Dung Dewatering Machine Used for?

This machinery is broadly utilized to dewater/evacuate the additional and undesirable water content from the fresh cow dung. In its fresh form, the cow dung contains approximately 80 percent to 90 percent of liquid content which needs to be reduced to the level of around 25 percent to 40 percent so as to create cow dung that is profoundly worthy as manure (agriculture fertilizer); cow dung to be used as biogas to produce heat or power, and to provide a steady and sustainable source of electricity. 

There are two kinds of Cow Dung Dewatering Machine i.e., cow dung dewatering screw press solid-liquid separator machine and inclined screening cow dung dewatering equipment. The two sorts adopt the mechanism of screw expulsion for separation of liquid from the cow dung, yet can be differentiated based on their working procedure, structure, limit and prerequisite of raw material. Dewatering is a vital procedure to be accomplished to make cow waste valuable in numerous distinct manners.

How does Cow Dung Dewatering Machine functions?

The cow dung raw material that is rich in water content is pumped into the dewatering machine where pressure is exerted to gradually push the fresh cow dung to the front of the machine. The pressure aids the water in the cow dung to force out or extrude from the mesh screen so that the water will flow out of the drain pipe affixed to the machinery. The low-water-content cow dung or manure will come out of the outlet when the pressure reaches a level. 

The main components of this machinery are: motor, reducer, separator, pump, main body (screw road and screen), inlet, outlet and collecting container. All these components are manufactured of premium-quality materials whose surfaces are also treated in order to make them resistible to corrosion, rust, temperature, wear and tear, as well as, to increase their durability, making the whole machinery highly efficient and reliable.

Why Cow Dung Dewatering Machine is so popular?

Cow Dung Dewatering Machine is among the popular machine which promote healthy and green environment. This machine is renowned for producing low-water-content cow dung that is highly valuable and usable in the vast application. The enormous benefits of this dewatering machinery include:-

1. The produced dried and caked cow dung is used as fuel.
2. Fermented cow dung is widely used as agriculture fertilizer.
3. It is used as granular feed for fish food.
4. Cow dung is used to produce bio gas to create eco-friendly heat and electricity.
5. It is used to provide renewable source of electricity.
6. Burned cow dung is widely used insides to repel mosquitoes.
7. It is used as inexpensive thermal insulator to line the walls of houses (rustic).
8. Dried and caked cow dung is used as replacement for firewood.

Want To Enjoy Benefits of Existing Opportunity – Wet Wipes Machine?

As world is still battling against the great corona virus pandemic since its outbreak early this year, the demand of wet wipes are sky-rocketing as they claim to have scientific properties which can prevent and break the chain of COVID-19, being the foremost and effective preventive measure worldwide. We together saw the downfall of world’s economy during this outbreak, buy still managed to find our ways back to normal and happy days.

With such high demand of disinfectants, hand sanitizers and wet wipes, the manufacturers managed to produce a huge quantity of these products within a span of time to meet all basic and medical requirements, and to promote healthy earth in line with national and international standards. But, how does all this happen? I wonder how the manufacturers propelled their hard work aiming towards high rate of production with such less time period.

The answer could be the overnight production of these products (for instance wet wipes) with best-quality machineries. Likewise, in order to achieve this speedy rate, you’ll have to invest in the best Wet Wipes Machine, and before that you need to know the right specification, components, technology, its working principle and application.

Being a part of democratic country, the right of information is the basic human right. You should always try to implement this right in each sector and position. Similarly, today I’ll make you understand, venture and help you to choose the right machinery and take advantage of the opportunity by investing in globally lauded Wet Wipes Machine.

What is a Wet Wipes Machine?

As the name suggests, it is an industrial machinery used to process renowned non-woven fabrics to produce hygienic wet wipes. It moistens these nonwoven fabrics with cleansing solution, cuts it into desirable sheet dimensions and then folds and seal them for further convenience.

Well, there are different kinds of wet wipes such as alcohol wet wipes, baby wipes, chlorhexidine wipes and disinfectant wipes etc., used in different and extensively wide applications such as household purposes, medical and pharmaceutical industries, industrial applications, personal hygiene purpose, pet care wet wipes, cleansing pads, etc. Apart from healthcare, the cleansing wipes are make-up removal pads, anti-acne pads and anti-spot treatment pads which prevent dirt, dust and germs.

How does a Wet Wipes Machine functions?

First, I would like to mark in your knowledge that there are semi-automatic and fully automatic machineries. So, the production of wet wipes beings by preparation of cleaning solution, largely made by mixing sterilized or demineralized water with relevant ingredients (for eg, isopropyl alcohol). This special treatment of water is highly required to keep it prevented from pathogens i.e., bacteria, viruses, germs and other microorganisms.

The prepared liquid solution is transported to the machinery where it will be used to infuse the non-woven fabric. After this preliminary step, the machine automatically cuts and folds the wet wipes in your desirable dimensions. And then, they pass through the conveyor belt where they get final quality check and packaged. Most of these machineries have touchscreen, PLC (programmable logic controller) control panel.

Massive advantages of Wet Wipes Machine

The wet wipes machine has sensor controlled liquid tank and touch screen control panel that displays the product counts, web speed, production rate, wetting saturation rate and other data. This machine is controlled by PLC, that means it is automatically controlled, leveled, monitored and tested time-to-time without any need of manpower.

Nevertheless, it requires very less maintenance due to its manufacturing material and process enabling it to function overnight for consecutive days i.e., non-stop operation. These machineries are highly durable, and the wet wipe vending machine is also widely mounted in public areas such as shopping malls, airports, restaurants, clubs, government areas etc.

The packaging of wet wipes has made it achieved automatically by folding wipes, stacking them and finally transferring them to their ultimate packaging material. Having such exceptional and enormous hygienic properties, this machinery is a worthy investment for yourself and your business.

Does Duct Air Cooler Really Solve Your Money Issue?

My father owns a 3BHK flat for which he is seeking a full centralized air conditioning system. But, the issue arising is that we don’t have such high amount of money to pay for purchase and installation of centralized AC. And here it again strike backs – the basic money issue that we all middle- and lower-class family face. With tense surrounding touching a peak, I started surfing over internet for some effective results and then I came across Duct Air Cooler – a highly effective and real energy efficient system which is 80-90% more effective than AC as it cools the entire house within a few minutes at real low electricity consumption.

At that moment, I realized what an amazing technology it is, that is capable of benefiting 80% middle-class families having the very sickening money issue. Not only suitable for 3bhk flats, but also for medium- and large-sized data centres, transport hubs, call centres, hotels, apartments, hospitals, bungalows and several other applications. I was and am really relieved from money burden and today, I would definitely introduce you to Duct Air Cooler to make you voyage through stress-free, money issue-solving technique for your future betterment.

How does Duct Air Cooler functions?

A Duct Air Cooler comes under the umbrella of evaporative air coolers whose complete working principle depends upon the mechanism of evaporation. For installing this air cooler you will have to connect it permanently to a main water supply i.e., water reservoir. So, its functioning is very simple as the warm air (the ambient air) enters the air cooler, it passes through the wetter matrix. The matrix is wetter using a pump recirculating the water from the same reservoir. Thus, resulting in evaporation and cold air circulation.

Some Basic Information: Know Your Cooler Best

Now, you must be thinking where to install these air coolers. These coolers are meant to be installed outdoors i.e., it can be either wall-mounted, roof-mounted or mounted over the hard surface (ground). The next question arises is how will it cool the temperature down of the entire house, facilities and apartments? 

• If you want to have excellent cooling effect in your personal room, drawing room, bedroom, kitchen and hall or any other part of the facility, the cold air can be distributed through nozzles fitted to the ducting system which opens to every other room.
• If you need a direct single point discharge, the cold air can be ducted to diffuser boxes at the desirable area of the room or any facility.

Curious About Drainage Issue?

I am having a wide smile on my face while telling you that there no such issue which you will have to face in near future or any time in your life. The new technologies have made it so easy for consumers to operate such giant machineries with no stress and one-point control system or automatic controlling feature.

• The Duct Air Cooler has shut down mechanism as part of its function in order to prevent the machine holding up water unnecessary, when not in use.
• As part of its casual operation, the cooler is responsible for preventing minerals building up, which automatically solve the drainage issue.

What I find that this air cooler is an intelligent approach to have maximum cooling with quieter operations. The super-silent zero-noise production and maximum cooling effect within a few minutes have made this ducted cooler famous all over the world and is currently used in numerous corporate offices, auditoriums, premium mansions, laboratories, library etc. The duct length is so long that is can cover all your rooms in a bungalow or any apartment. I find this air cooler the best and cheapest alternative to AC which functions at high electricity rate. So, try this cooler and save your money for future rising.

Beat Scorching Heat With Desert Air Coolers

When I look up to the fan ahead of every year’s summer, I know it will not be able to satisfy my need of having an air-conditioned room while working from inside with no stressed mindset. But, then I thank to modern technologies like Desert Air coolers which can make me feel like spring indoors while beating the scorching heat.

Amazing Desert Air Coolers

These modern air coolers are renowned for depicting highly effective cooling effect in areas having real hot, dry, arid, semi-arid and humid climates. They are best suited for different geographical locations and climates. These coolers feature a large water tank and high air-circulation delivery, causing in lower air temperature inside the facility.

 How they function?

Desert Air Coolers are kind of evaporative coolers whose complete functionality depends over the evaporation mechanism. The main components of this air cooler is a large water tank, cooling pad, motor and fan. The cooler absorbs ambient air that is hot containing good amount of moisture and humidity, pass it through the cooling medium and pad – and this is where the actual function lies. 

 What is the outcome?

This evaporation process produce cool air and with the help of pipe system, motor and fan, the cool air is widely circulated throughout the entire house or facility. The whole process includes absorption, evaporation and plethora of air circulation in a nutshell. The amazing fact is that this air cooler cools the inside temperature down within few seconds – comparatively a beneficial fact than AC's have. 

Are Desert Air Coolers really effective?

What do you comprehend when you re-read the above line or the topic ‘Desert Air Coolers’? It clicks to the mind that these air coolers are used in deserted area! Along with areas having extreme dry and hot climate. In order to make it suitable and supreme choice for these kind of areas, these air coolers are manufactured with top-class equipment, materials making it ideal for cooling medium-to-large size rooms like big offices, halls, prayer houses or restaurants. 

They are equipped with large cooling pads to consume a huge amount of water to produce an excellent and amazing cooling. They also have powerful motor and huge fans having large winds for better and 360 degree air circulation. All these features make this air cooler highly efficient. In fact, this cooler function more best than average when the outdoor temperature is increased.

How Desert Air Coolers are different from room air coolers?

The crudest difference is that the traditional room air coolers are meant to be positioned inside the houses in the corners or any open area but indoor, whereas the latter one is always positioned outside the houses like wall-mounted or window-mounted. The desert air cooler is the most powerful of all other kinds as they are made of strongest materials to bear heavy loads and work at harsh climate too. 

These air coolers are, most of the times, available with affixed castor wheels, aiding in ease of movement and portability. They do not produce sound, requires low maintenance, are highly efficient and require very low electricity as compared to room air coolers. In fact, they take very less time to produce good amount of cooling than AC does. 

All these attributes point at green and eco-friendly machines which are comparatively less expensive than air conditioner systems. For me, I would prefer desert air coolers than AC's because what matters the most is having a great amount of relaxing, comfortable, stress-free and cool environment in low price – which these coolers widely offer.

Industrial Air Cooler – A Heat Shield

Ahead of summer days, I prepare myself to struggle, survive & ultimately live with the most dangerous hot climate. I begin with checking and maintaining my compact and movable air cooler. And, so does the industries do i.e., they also start maintaining and process check-ups of their Industrial Air Cooler. In case, there’s a good amount of faulty in the machinery, they also begin to purchase new one as per their industrial requirements.

How does an Industrial Air Cooler work?

This kind of air cooler features a large water tank where water is stored and the whole functionality is based upon evaporation mechanism. This cooler absorbs the atmospheric air that is hot having moisture and humidity in, make it process through the stored water and cooling media – this is the area where the actual cooling process takes place where heat is absorbed and evaporated when gets in contact with water.

The resulting processed cool air is blown out of the complete system with using powerful motor that is driven by fans. The cooler emits cold air, moisture and water with the help of piping system, having the capacity to cool the temperature down by 30 degrees. The study of mechanism is as easy as the cooler’s function showing effectiveness in minimum period time as compared to air conditioners which require an amount of set time till air is cooled.

It’s amazing how an air cooler is more highly effective, energy efficient and a perfect choice for all kind of facilities than air conditioner because it is capable of cooling the temperature down of any industry within few minutes with low electricity consumption and less maintenance.

Where are Industrial Air coolers applicable?

The Industrial Air Coolers are responsible for providing an effective and amazing cooling effect in most of places. Sometimes, they are also referred as industrial evaporative coolers or industrial swamp coolers. They are basically used in huge indoor facilities, factories, and outdoor spaces to provide large-scale powerful cooling effect.

With creating the best working environment during hot, dry and humid days, these air coolers have been in use since ages and renowned for such qualities in the most arid climate areas. Being the eco-friendly, as well as, economical choice, they are used to cool places such as garages, warehouses, large tents, loading docks, gyms, manufacturing plants, construction sites, hangars, construction sites, patios areas, farms, athletic events, pool, barns, etc.                         

How effective is an Industrial Air Cooler & what’s the benefit?

The working approach of an Industrial Air Cooler is such that it will aid in cooling the interior temperature down of your manufacturing plant within a span of time, helping you to work without any stress in comfortable environment with scorching heat outside.

What do you desire during summer days? I, only pray and wish to stay cool headed and work with utmost concentration. So, take a look at its amazing features and benefits:

1.       The entire system working on methods i.e., absorption, evaporation and air circulation, enables removal of huge quantity of heat in scores of industrial plants.

2.       The installation cost, maintenance cost & operating cost is relatively very low than AC.

3.       Air circulation is very high and it covers each and every corner and side of the entire industry.

4.      Dust filters are also affixed to these air coolers to ensure removal of dust and dirt, and create workable environment.

All these attributes point towards highly efficient and energy efficient machines, and their capability to ensure stress-free mindset.

Long back ago when these technologies were not invented, the people living in deserted areas or any region used a primitive method i.e., evaporative cooling method to cool their tents and homes. They used to soak blankets and rugs in water and hung them over windows exposed to ambient and natural wind. These wind movement and evaporation facilitated in cooling effective. And, the same concept but refined one, is used in modern technology applications to manufacture all sorts of ecological & economical air coolers.

Why to Choose Laminated Non Woven Fabric?

Since the government banned the use of plastic, the very concept of going green became the central part of the world. The whole idea of using plastic materials like grocery bags swiftly shifted to reusable bags – that came out as the strongest brand promotion strategy for various industries as reusable bags gain the attention across the globe. To challenge plastic, Laminated Non Woven Fabric came into the light which produces fashionable reusable bags and various medical protective items.

What is Laminated Non Woven Fabric?

It possesses same properties as Non Woven Fabric, except the fact the lamination over the nonfabrics makes them highly strong with three-level protection i.e., impermeable to pathogens, water repellent, antimicrobial and sterilizeable. It is made by intertwining fibres in different pattern, bonded together by chemical, mechanical or thermal process.

Laminated Non Woven Fabric is a two or more layer fabric constructed with a film of polymer melt, powder or paste (adhesive). This lamination offers high-grade barrier to small particles suspended in air and water, chemical and blood. Offering most of the benefits, its properties include absorbency, repellency, electrical response, UV resistance, flame retardancy, frictional behaviour, non-toxicity and recyclability. The end products’ aesthetic features include several attributes, including softness, surface texture, odorless and great appearance.

Benefiting From Valuable Creation

The manufacturers of Laminated Non Woven fabric are always hitting the mark to meet the demand of industries, companies or businesses. Due to its tangible benefits, it makes an ideal choice for vast applications. These nonwoven fabrics are offered in different colours, sizes, lengths, widths and thicknesses, depending upon its distinct usage.

It finds uses in numbers of applications such as fertilizer and agriculture industry, packaging industry, pharmaceutical industry and geotextiles. Besides its usage to make recyclable carry bags, it is widely used to make wet wipes, surgical gowns, surgical gloves, surgical face masks, clothes, hospital bed sheets, blankets, pillow and covers, mattresses, operation theater clothing, personal protective clothing and patient clothing.

Why Laminated Non Woven Fabric is a prime choice in medical industries? Because its lamination is truly loaded with attributes like non-irritating, non-toxic, no skin irritation, flexible, lightweight and super strength. Not only these, it also offers tensile and tear strength which makes it highly durable.

It is especially designed to embrace easy usage and protective handling practices for a widest range of surgical procedures, as well as, it minimizes risks related to surgical site contamination. Especially, nowadays, when the world is struggling to win a war against COVID-19 pandemic.  

Impeccable reputation

When I started writing this blog, the very first thing came into my mind was the environmental impact. So, I began comparing it with plastic because there’s a huge misconception that both of them are same and possesses similar properties. And, I feel it is my responsibility to clear this myth and make you to realize the difference between both of them. 

Though, Laminated Nonwoven Fabrics are made of polymers like polypropylene (PP) and polyethylene – the same used for making plastic products, the nonwoven fabrics are 100% biodegradable, compostable and environmental-friendly due to its precious manufacturing processes with the use of recyclable materials. It leaves no ecological footprints and contributed to reusability, waste reduction and reduction in soil and air pollution.

These properties are enough to distinguish between plastic and non-woven. Plastic was never environmental-free and biodegradable. Its inability to possess such beautiful nature-promoting features, prompted the government to ban it.

My attempt to make you understand the aesthetic attributes of Laminated Non Woven Fabric would only be 50 percent useful, until and unless, you make your own choice, feel the benefits, and thereby, take steps towards green revolution.