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Monday, January 15, 2018

Major Differences Between Static Voltage Stabilizers and Servo Voltage Stabilizers

Having the correct idea of a product empowers you to make the right choice. While purchasing a stabilizer, you may get confused which one is better, servo voltage stabilizer or static voltage stabilizer? To help you not get in such confusion, we will discuss with you the main differences between a servo voltage and static voltage stabilizer.

Correction Time

A static voltage stabilizer's low rectification time is 20 to 30 milliseconds. It is because of the high voltage correction speed. On the other hand, a servo stabilizer's adjustment time ranges from 50 milliseconds to 5 seconds.

Auto Bypass facility

You can find it easy to give auto bypass facility in the static voltage stabilizer. Furthermore, this type of stabilizer can exchange to bypass without breaking the voltage of the output.

When it comes to servo voltage stabilizer, it can be tough for you to give auto bypass system into it. Even if you give the bypass facility, it won't be an ideal thing.

Voltage Correction Speed

There is no moving part in the static voltage stabilizer. You can find an electronic circuit in it to change the voltage in this type of stabilizer. This way the high voltage redress of static stabilizer is higher than of a servo one. The range of voltage redress rate can be from 360 to 50 voltages per sec.

On the flip side, you get a moving servo engine in the servo voltage stabilizer. It helps this stabilizer to accomplish rectification in voltage. This stabilizer is an electromechanical gadget. This way the voltage rectification speed of it is slower than of a static voltage stabilizer.


As mentioned above, there is a moving engine in the servo voltage stabilizer. There can be some tears in it, so there is need of proper maintenance. A static stabilizer has a static voltage regulator. Hence, it does not need maintenance.


A DSP control board is responsible to sense the input and output voltages constantly in the static voltage stabilizer. IGBT current and burden present play a significant role in operating this stabilizer. If there is a short out at output of this stabilizer, you can find the current increasing high. DSP does the job of sensing it and it cuts output. IGBT power stage also gets switched off by it. It helps in clearing the over current shortcoming.

This way a static stabilizer can clear the over current shortcoming rapidly. You don’t need to include any additional equipment in it for the same.

The case is not same with the servo voltage stabilizer. Hence, to clear the over current shortcoming you have to use an additional equipment such as MCCB, CB or any other.


In servo voltage stabilizer, you can fix the voltages by expanding or diminishing the number of twisting. It is done with the help of shaft of servo engine. This way the voltages get increased and decreased in the transformer. So, a servo engine is responsible for controlling voltages in this type of stabilizer.

On the other hand, having good quality of IGBT power stage makes a static voltage stabilizer reliable. In general static IGBT power is better than electromechanical servo engine. It makes the static stabilizer more reliable than a servo voltage stabilizer.

So, these were some differences between a static voltage stabilizer and servo voltage stabilizer. Hope it was helpful. You can share your views with us in the comments.

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Wednesday, January 10, 2018

5 Reasons Why Floor Tiles are Best for Flooring

Floor tiles are hot favorite among the people when it comes to flooring. You can use these tiles for your room, kitchen and bathroom flooring and can be sure of giving a sophisticated touch to it. There are many more reasons that make floor tiles ideal for flooring. We are discussing it in the article.

Floor tiles come in beautiful designs

It is evident that your objective is to make your home look attractive. Whether it is your bedroom, dining room, kitchen or bathroom, you want to get a feel of satisfaction while you are in it. Today, designers are doing efforts to help you get the same. They have come up with designer floor tiles.

These flooring has all the qualities to make your home look luxurious and you will find it comfortable for you as well. Terrazzo Tiles, Chequered Tiles, Glazed Tiles, Vitrified Tiles and PVC tiles are some of the most commonly used ones. These tiles are durable and have attractive designs.

Its variety of colors can mesmerize you

You must have an amazing sense of matching colors and their contrasts to make your home look charming. To make their place look different and stylish some people use wooden flooring. This type of flooring looks gorgeous. However, you can't be sure of getting a huge variety of colors with this type of flooring. Also, there is no doubt that wood flooring gets scuffed easily and you may also find it tough to remove stains from it.

Floor Tiles Manufacturer & Exporter
Digital Floor Tiles

You don’t have to deal with such problems when it comes to floor tiles. You can get flooring tiles in different dimensions, designs, material and colors. Furthermore, you can find it easy to clean the tiles and it is durable as well.

Floor tiles are environment friendly

You can easily understand that floor tiles are friendly for the environment. It is because the environment friendly material such as sand, clay, glass and natural stones are used to manufacture tiles. That makes it different from wooden flooring and carpets. Moreover, it also does not get bothered by different temperatures during all seasons. This way flooring is ideal for you.

This type of flooring is easy to maintain

It is obvious that you have to do lots of cleaning with vacuum cleaner or using other way if you carpets or wooden flooring is dirty. Carpets and wooden floors are prone to attract dirt and dust. You don't have to deal with the same if you use floor tiles. Tiles are tough substances. This way you can find it easy to clean it. It is also scratch-proof and water proof.

Floor tiles come at an affordable prices

One of the the advantages of opting for floor tiles is that you can get it at a reasonable price. It can also help you in reducing the expense you do for interior work. Furthermore, you can also keep a curb on the manual artwork costing with the use of it.

That sums up this article, you can go through our site if you are thinking of purchasing floor tiles for your home.

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Sunday, January 7, 2018

Types of Earthing Materials and Why Earthing is much Needed?

In the modern times, earthing has become essential need of the hour. The reason is simple and authentic, it will keep electrical shocks away from your building and you can live or work safely at your place. So, let's learn the same in detail and also take a look at the various types of earthing materials you can use for the same purpose.

Earthing system ensure safety of human life and building

The first advantage of electrical earthing is that it can make your home or workplace premises electrical shock free. It is evident any type of electrical shock, natural or from electrical devices is dangerous and can even cause death. Earthing is the method that can save you from it and can also keep your buildings and electrical devices safe.

It protects you from high voltage

Earthing materials has the capability of tackling the harmful effects of lighting or electrical shocks. With the earthing system, you can be sure of decreasing the negative effects in electrical system that may occur if you come in unintentional contact with high voltage electricity or if there is natural lightening shocks.

Types of Earthing materials

Plate type earthing

The first type of earthing materiel we will discuss here is plate type. You can use copper plate, cast iron plate or galvanized iron plate. It is one of the basic component that is used for this purpose. To get the benefits of eating, you need to bury a plate at around 8 feet ensuring that its bolts are in vertical position. You have to fill the pits with layers of charcoal and salt. You should fill it up to 4 feet from bottom to top.

Pipe earthing

Pipes are also used for earthing purpose. Earthing electrode pipes are the right earthing material when it comes to earthing. The uses of these pipes vary from usage in electrical transmission line, installation and many other things. Copper pipes are the ones that are generally used in earthing system. It is must for you to choose your pipe type keeping the amount of the current you want to let it through it and in which soil you will dig it.

Also, you should make sure that your pipe length is 38mm and 2.5m. You can be sure of this type of material being secure and long lasting. You should connect the earthing pipe up to earth terminal. This way you will find it easy to check the pipe easily if there is any fault. To keep the lightening and other electrical effects away from your place during the summer, it is a must for you to put 3-4 buckets of water through the funnel.

Rod type earthing

Earthing using a rod is not different from pipe earthing. Here, your rod earthing material can be of copper or galvanized iron. The ideal diameter of the galvanized iron rod is 25MMn and if you are using a copper rod, then the diameter of it must be12MM. The tight length of the rod is around 2.5 M (8.2 ft). You should bury it vertically in the ground.

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Friday, January 5, 2018

3 Types of Packaging Machines and their Uses

Packaging of the products is crucial in making it sellable in the modern times. Majority of the people makes the decision about purchasing a product by looking the outside appearance of it only. Thus, major or small, all the companies are trying to woo their customers with attractive packaging. For this purpose, they use different types of packaging machines. So, let's learn three types of it in this article.

Bottling machine

There are numerous products that come in a bottle. Tablets, capsules, pastes, liquids, etc. are some of the examples of it. There are lots of bottling machines available to fulfill the needs of the different industries when it comes to bottling or filling up the product in the bottles. It is a must for you to be careful while purchasing a packaging machine. It is because a machine you use for filling solid products cannot be used to fill the liquid ones.

You can go for a tabletop semi-automatic bottling machine if you own a small business. It is best when it comes to small scale packaging. If the things are other way around than you can use high speed packing process. You can find many other machines coming under these categories and can meet your business requirements well if you purchase it after proper research.

Capping machines

As the name suggests, these machines are useful in capping the bottle or containers. Capping has much importance in packaging. One of the reasons of it is that it does not let the product spill out of the container or bottle. It also makes a the packing look perfect. Cap tighteners, snap cappers and automatic screw cappers are some of the types of this packaging machine. The most common type of the capping you can find on the products is the rotary capping. In this type of capping, there is a screw at the opening of the bottle and you have to tighten the cap to pack the product.

Labeling machines

Labeling is the last but surely not the least task in the packing processes. A label plays a significant role in helping you to grab the eyeballs of the customers. It not only attracts the customers, but also informs them about the product. Labeling also makes it easy for the customers to differentiate as well as identify a product. You can do labeling on top or bottom of the product. It can also be done on the front or back of the product. You can get this packaging machine configured as per your business needs. Whether you have a small business or it is a big one, various types of labeling machines are available to best suit your business requirements.

So, these are the three types of packaging machines. If you have some information to share about these machines to make this write-up better, then you can share it in the comments.

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Lithium Compound - Properties and Uses

Most of us have heard about Lithium and its compound in schools and in applications of our daily lives, as well. Has anyone ever wondered what this metal is and what can be its properties, based upon which it is used in several industrial and medicinal applications? This article will surely answer all your queries related to this amazing compound.

What is Lithium and who discovered it?
What are the most common characteristics of Lithium Compound?
How is Lithium and its compounds used?

Came into existence in the year 1817 by Swedish chemist Johan August Arfwedson, Lithium is considered as the first member of the alkaline metals. It can be found in abundance approximately 0.005 % in the crust of Earth. This being the reason, it is placed among the first 15 elements in the periodic table. Generally, the Lithium Compound is derived from the ores named petalite, lepidolite and spodumene. However, it can also be obtained from saltwater.

Lithium appears to be silvery in color and is very soft to touch. Its hardness of 0.6 at Mohs scale make it extremely soft that it can even be scratched with a fingernail. With melting and boiling point of 180.54 and 1,335 degree Celsius, respectively, this element has the capability to fulfill several industrial and commercial requirements. When compared to the density of water, its density is 0.534 grams per centimeter cube.

Although it is an active element, yet its reaction with water at room temperature is extremely slow. However, it reacts rapidly with water at extreme temperatures. Hydrogen gas is formed when the mentioned compound reacts with acids. No reaction takes place when it is reacted with oxygen at room temperature, but forms Lithium Oxide (one of its compounds) above 100 degree Celsius.

Lithium Compounds have plenty of uses and applications. These find usage in ceramic and glass industry for making air crafts, components of mobile phones and many more. Moreover, it is also used in metallurgy for refining various metals like Nickel, Zinc, Iron and copper. Besides, it possess a whole lot of health uses. It helps in the treatment of bi-polar disease, Alzheimer and is exceptionally good for healthy brain.

How A Designer Door Handle Can Change The Look Of Your Home?

The most significant hardware option for any door is its handle. As a handle is used on a daily basis, it is impossible to ignore its looks and styles to everyone.

Whether it is back door, front door or main entrance door, an exclusive door handle is surely a game-changer. Its diverse forms and creative finishing aid to lend a grand touch to any door. This is designed to freshen up the spaces with its different attractive looks, finishes and styles.

Designer door handle is ideal to create a first impression of a room and create a beautiful backdrop. It is available in round, square, rectangular and oval designs for adding matchless appeal to the doors. In addition, it comes with high-end structure for quick as well as easy grabbing.

The prime finishing of the handle also add to the overall effect of spaces. From stainless steel to brass to copper and other finishing are available to ensure to meet the demands. In addition, it also comes with brushed nickel finishes to better suit the look of the room. It should be designed to match the interiors of the spaces, faucets and other hardware to provide a contemporary looks.

In addition to this, the handle should be designed from high-grade metals to ensure maximum durability as it takes a lot of wear every day. It should be able to withstand maximum wear and tear for years without losing its shine as well as finishing. It should be rust proof in design for providing maximum performance without any abrasion for a longer period of time. It comes with different polishes and finishes to serve the exact demands of traditional to contemporary settings of homes, offices, hotels and other places.

If adding a special touch to the doors without investing much money is the prime aim, than an exceptional door handle is the perfect way to go.  It is available in different colors and styles to last long without any wear as well as tear.

Wednesday, November 22, 2017

Diaphragm pump market has great expectations that it will grow by 2020.

According to the study of current market, performed by Antlia Engineering Works, the global demand of diaphragmpumps is expected to increase by a compound-annual-growth-rate (CAGR) of 5.2% by the year 2020. The broad usage of diaphragm pumps, is the driving force behind the change/growth. They are effective for precise flow measurement in chemical and pharmaceutical manufacturing, or prominent as sanitary pumps/transferring device in food & beverage production. Though, water treatment industry is the largest end-user sector for diaphragm pumps. In some parts of the world, the water is highly valuable and insufficient as well.
It is projected that global water demand will rise incredibly. From approx. 4,500 cubic kilometers (in 2010) to approx. 6,350 cubic kilometers (by 2030). And so, the demand for water treatment operations will be increased. AODDpumps are crucial for many treatment processes, such as: coagulation, phosphorous control & solid conditioning, iron sequestration & disinfection, as well as odor control. In total, water treatment considers 18% of all diaphragm pumps usage worldwide. Several developed countries have already placed diaphragm-based water treatment systems.
In emerging countries like India and China, the condition of the municipal water infrastructure is very critical. In these countries, a large section of population has lack access to clean water. With the growing population, there is an increase in the demand for quality water. Also, the diaphragm pump market for oil & gas industry is expected to increase globally, at a CAGR of 3.17%.
Air-operated double diaphragm pumps are essential for the distribution / extraction applications. It is popular in the industry for several reasons. Diaphragm pumps are durable, corrosion-resistant, and have ability to operate in challenging conditions. They are outstanding for the oil & gas industry. As the oil is extracted from the salty sea-water, the pumps withstand wet environment, sun exposure, wind & high temperatures. Furthermore, sanitary and high-pressure diaphragm pumps are applicable for chemicals, food & beverage, pharmaceuticals, and other areas.
With the increased uses and growing global markets, there is a need for improved air-operated double diaphragm pumps. This will help to properly manage all sorts of liquid transfer, treatment & measurement processes.


How to Select AODD (Air-operated double diaphragm) Pump ?

Air-operated double diaphragm pumps are utilized in various facilities. With a variety of applications, the pumps are practical in different industries. They are versatile, and popular in petrochemical, food & beverage, paints & oils, etc. AODD pumps have unique design, which is effective for transferring viscous or highly abrasive products.

While selecting diaphragm pump, there are some important parameters to consider:

1. Fluid – One of the essential factors for consideration is the Type, Nature & Composition of the Fluid. It helps to avoid corrosion of wetted parts, as well as to prevent wear of the pump. There is a need to determine the chemical composition of the fluid and its consistency. And to determine that, is it a slurry or a clean fluid?

Nature Of Fluid – It is one of the indispensable factors. a.) Corrosive fluids: Corrosive fluids such as Nitric acid, Sulfuric acid and Sodium hydroxide generally damages/destroys the material. Hence, there should be a careful selection of the wetted part and diaphragm. For instance, PTFE diaphragm for sulfuric acid, and PP/PVDF as wetted material.
b.) Abrasive Fluids: Paints, inks and ceramic slurry are a few abrasive fluids, which contain solid particles. They can damage the contact material by wearing or scraping. For example, we can use PTFE Diaphragm and SS 316 material for paints.

c.) Toxic Fluids: Fluids like lead and mercury etc. can be toxic or poisonous. Diaphragm pumps are seals-less with leak-free design, and are appropriate for such liquids.

d.) Flammable Fluids: Flammable chemicals such as acetone, benzene and petroleum easily catch fire. Air driven, the AODD pumps are intrinsically safe. However, some fluids may create a static charge. Hence the pump should be entirely grounded. Antlia Pumps are perfect for such applications.

e.) Shear Sensitive Liquids: Tomato ketchup, curd, paste, emulsions, and allied liquids can change product characteristics, when subjected to shear (churned-up). The liquids may be shear thinning or shear thickening. Diaphragm pumps are perfect for such liquids, as they run at lower speed. For such applications, pump should run at slower speed than normal.

f.) Vapor Pressure: There are liquids with low vapor pressure, such as diesel and hydrocarbons. For that, pumps should run at low speed and the suction lift is controlled. Otherwise, the AODD pump may not be able to present the needful flow.

2.Viscosity – Resistance to the flow, viscosity is the stickiness of fluid. It is essential to ascertain that how viscous the fluid is. Pump size is determined, depending on the frictional losses and viscosity in the pipeline. For liquids above 5000 cps, using 1.5” or 2” size diaphragm pumps is good, depending on the head.

3. Pressure – Pressure conditions should be determined at the suction (Inlet) and discharge (outlet). It will help to choose the best suited diaphragm pump size. a. Suction Pressure: It is the pressure at the pump Inlet. Self-priming in nature, AODD pumps work on flooded suction as well as suction lift condition. It is essential to determine, if suction pressure is high, it may affect the pump performance.

b. Discharge Pressure: It is the necessity of head, for the pump discharge. It is also called delivery pressure. In other words, at what height the fluid has to be delivered. It also involves frictional losses in the pipeline.

4. Flow Rate – It is very essential to consider the flow rate. It helps select the right size of the diaphragm pump. One should choose the larger pump with larger port sizes, effective for higher flow rate. In other words, suction & discharge connection, and vice versa. It is measured in LPM / GPM, or m3/hr.

5.Temperature – There are temperature limitations for the pump materials. We must understand the operating temperature, and ambient conditions too. It helps ensure that diaphragm pump material is appropriate for a specific application. For instance, Santoprene diaphragms are restricted to, or less than 104.4°C.

6. Service – AODD Pumps are crucial for both, continuous and intermittent use. Perfect for Unloading and Transfer Purposes, the air-pumps are easy to operate. Also, they can be mounted on a mobile trolley, so as to be used at requisite place. There is exact availability of compressed air too. 




Friday, October 27, 2017

Benefits of Using Stainless Steel Flanges for Industries

There are many uses of stainless steel flanges in the different industries. It is one of the finest inventions of the modern times that has made life easy for people working in various industries. You may also be thinking about purchasing this stainless steel product. Thus, it is a must for you to be aware of it advantages. This way you will be able to get the best quality products. So, in this article, let's learn the advantages of using stainless steel flanges for industries.

Stainless Steel Flanges Resists Corrosion

The first feature of the steel flanges is that it keep corrosion at bay. This way it has become much popular among the people from various industries. You can find chromium component in the stainless steel. There is 10 percent quantity of it in the steel and it plays a significant role when it comes to resisting corrosion in the Stainless Steel Flanges. If you expose chromium to oxygen, it makes an invisible layer on the surface of the steel.

It also has water and air proof properties and if you scratch it, then it can reform. This way stainless steel is the best choice to deal with the corrosive environments. One of the disadvantages of this product is that you can expect it to be an efficient corrosion resister only if you place it in the environments with oxygen.

Different Temperatures Don't Affect It

Various industries operate in different temperatures. It can be tough for you to carry your operations if your machinery can't handle the extreme temperatures. But, you don't have to worry while using Stainless Steel Flanges. It is because it has ability to deal with the extreme temperatures.

Some of the flanges are good ta tacking the bitterly cold environments. Others may handle such temperatures that are extremely high.

Stainless Steel Flanges are Lightweight

Next is the third characteristic of the stainless steel flanges . It is evident that you want your product to be lightweight and easy to handle. Stainless steel has the qualities to fulfill your expectations. With the use of these flanges, you don't have to worry working with the heavyweight material and your work can get smoother.

It is Compact in Size and Looks Luxurious

You may have noticed that stainless steel has this silver like shining quality in it. It makes flanges look luxurious. This way the machine you create with the use of it can also get a nice look.

Stainless Steel Flanges Can Be Mold Easily

It is obvious that you won't want to manufacture flanges with such material that is tough. Stainless steel flanges can be molded easily and you can get it in the shape you want. 

Thursday, September 14, 2017

Importance & Uses of Benzyltrimethylammonium Hydroxide

Benzyltrimethylammonium hydroxide is a very essential ammonium salt, and it functions as an organic base. It has different popular chemical names such as trimethylbenzylammonium hydroxide, Triton B and benzyl trimethyl ammonium hydroxide. This compound is colorless, and usually practiced as a solution in methanol or water. The solution may often appear yellowish. The compound is a popular phase-transfer catalyst, together with salt of benzyltriethylammonium. Generally, commercial samples have a characteristic fish-like odor, which is due to the presence of trimethylamine through hydrolysis. With the aforementioned views, it is clear that the BTMAH is the most utilized reagent in organic synthesis. It is soluble in almost all types of organic solvent, and thermally stable as well. Moreover, its solutions are more lasting in nature.

In methanol, the benzyltrimethylammonium hydroxide offers improved reactivity. It performs well in a variety of base-catalyzed organic reactions, as well as in many organic solvents. The compound has a high pH and a low metal content. It is well-known for improved solubility in both, hydroxylic and non-hydroxylic solvent.


As an indispensable phase-transfer catalyst, the Benzyltrimethylammonium hydroxide is used widely in the chemical industry. It has been major in base-catalyzed dehydration reactions and aldol condensation reactions. This chemical compound serves as a strong organic base in several important reactions. Also it works as an active ingredient in the formulation, which is utilized for the applications of silicon wafer cleaning.

Key Applications: Strong, Organic Base Catalyst and Wafer Cleaning.


Benzyltrimethylammonium hydroxide is miscible with water, hydrocarbons, alcohols, halogenated solvents and aromatic hydrocarbons.

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