sealexcelofficial

[sealexcelofficial]

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[sealexcelofficial]

Pneumatic Fittings Manufacturers and Supplier | Sealexcel

Seal Excel is the leading manufacturer of pneumatic fittings in India. We provide a diverse selection of precisely engineered pneumatic fittings for connecting pipe, tube, and hose sections. Our team of Pneumatic Fittings experts with extensive knowledge work hard to bring you a incredible selection of pneumatic fittings at affordable prices. Our goal is to provide our customers with high-quality pneumatic fittings. We are one of the leading pneumatic fittings manufacturers because of our constant efforts to introduce top-notch quality and our relentless pursuit of excellence.

Top-notch & Reliable Pneumatic Fittings

Seal Excel is one of India's most reputable pneumatic fittings manufacturers and is well-known for its precision pneumatic fittings and attention to detail. We manufacture and offer a well-thought-out collection of Pneumatic fittings, which come in a variety of shapes and sizes, as well as a variety of connection types and purposes. Following is the list of our Pneumatic Fittings

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Hydraulic Fittings, Connector and Couplings Manufacturers in India

Seal Excel is one of the finest hydraulic fitting manufacturers in India. We bring to you a wide range of intricately designed hydraulic hoses and fittings. Our team of expert product designers and product curators are experts having immense knowledge of Hydraulic fittings. They strive to introduce a spectacular range of hydraulic hose fittings at the most competitive price. We aim to offer premium hydraulic fittings at an unbelievable cost to our patrons. We are associated with some of the best and leading hose and fitting hydraulic suppliers across the country. Our constant endeavour to introduce top-notch quality technically superior hydraulic fitting and aim for perfection makes us one of the prominent hydraulic fittings manufacturers.

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Different Types of Pipe Couplings in Plumbing System - SEALEXCEL

A pipe coupling is an important part of connecting pipe sections and keeping the pipes safe at the same time. It is very important for people who work with pipes and plumbing to have this pipe fitting. It is common for pipes to need to be cut or joined together to make changes in direction and cross over things like fences and pipes. 

This is a very short piece of pipe or tube. It has socket or female pipe threads at one or both ends that can be used with pipes. Two pipes or tubes of different sizes can be joined together to run a long pipe. Pipe couplings are used to do this.

The different types of pipe couplings 

Full Coupling

Full coupling is used to connect pipes that are small. It was used to connect pipes to swage or nipples or pipes to pipes. A socket weld is a way to join two pieces of metal together. Full couplings are used to connect small-bore, plain end pipes where the pipe spec requires a socket weld and full couplings are used. It is used to connect small pipes with threaded ends to each other. This is called an adapter if the two ends of the coupling are different like one BSP threaded and the other NPT threaded.

Half Coupling

Half pipe couplings are used when you want to branch off from a vessel or pipe with a lot of space. There are two ways it can be: threaded or socket type. On one side, it has a socket or thread end that can be used to connect things.

A socket weld is a way to join two pieces of metal together. A half coupling can be weld on directly to a large bore pipe so that a branch can be made. To take a small bore pipe off of a large bore pipe. There is only one thread end on a threaded half coupling. The other end of the coupling should be a butt-welding end with either a plain end or a beveled end.

Reducing Coupling

It is used to connect pipes with different diameters. On each side, the threads are the same size. A reducing coupling has two different sizes on each side. If you want to connect small process feeder lines to large supply circuits, or if you want to use smaller fittings, you might use reducing couplings instead.

Simple, stepped-down couplers are used to reduce the length of two pipes. They screw onto the two pipe couplings lengths like a standard pipe joint screws on. Welded reducing couplers look like threaded couplers but without the threads.

Compression Coupling

This coupling connects two aligned pipes. A slotted tapered sleeve is placed over the junction, and two flanges are drawn over the sleeve to center the pipes and provide enough pressure automatically.

This is called slip coupling when a couple slips or needs to be fixed. Two pipes can slide out of the other pipe to different lengths in a slip coupling. This is also called a repair coupling. You can use a slip coupling when you need to fix a pipe with a small leak because of corrosion or freezes bursting or because you had to cut it short. It has no internal stop to slip it into place in tight places. The installer should ensure that the slip coupling is in the right place before putting it in place because the alignment stop is not there.

 Pipe couplings are used to connect two pipes that have the same diameter to each other. Couplings also come in handy if the pipe is broken or leaks. Usually, two types of couplings can be used. Compression coupling and slip coupling are two ways to connect things. Compression coupling is a type of regular coupling that connects two pipes. 

It stops leaks by having gaskets or rubber seals on both sides, or glue is used instead. Slip couplings are easier to put together and have two pipe couplings that slide together. The inner pipe can slide up to a certain length. Therefore, we can fix a long pipe where slip joints have been damaged.

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What is a Bleeder Valve? Working Principle & Function - SEALEXCEL

A bleeder valve is a type of valve that allows the release of pressure within a system. It can be used to release excess pressure when there are no other options for removing pressure, such as when you have no way to drain your radiator or coolant from your engine. Its name comes from its similarity to a bleeder and a device used to bleed air out of an automobile’s hydraulic brake systems. To work correctly, a bleed valve function has an opening and a closing mechanism. The opening mechanism is what allows the bleeder valve to open and close; this will vary based on the specific type of bleeder valve that you are using, but it typically consists of a handle with several different positions (such as open and closed) or a simple lever that swings between open and closed.

What is the Working Principle in Bleeder Valve?

The working principle of a bleeder valve is quite simple. It consists of a hole (it can be round or square) that goes through the valve body, and this hole leads into a pipe that usually goes straight to the outdoors.

When the pressure inside the tank reaches its maximum point, which can be due to many factors, this will cause some noise, but this should not be mistaken for any damage to your machine. 

Functions of a Bleeder Valve

1. Provides safe pressure relief

When your car’s bleeder valve kicks on, the pressure in the system above the valve is released. The excess pressure is siphoned through the valve and into the atmosphere, leaving your car’s interior cooler than before. However, this pressure relief system is designed to prevent the pressure inside your car from getting too high. If you have a high mileage vehicle, likely, the pressure is already low enough to where the bleeder has to work harder to keep the air and water from mixing. But even in the best-case scenario, letting the air pressure inside your car get too high is still unsafe. That’s why there’s a bleeder valve at the top of your engine, keeping the air pressure inside your vehicle lower than the boost pressure from your car’s engine or the atmospheric pressure outside your vehicle.

2. Relieves residual pressure

After the vacuum created by the leak has been eliminated, the excess pressure from the original high boost pressure inside your car is rereleased. This pressure is normal again, pushing out the exhaust manifold or your car’s tailpipe. This pressure difference is known as pressure relief, which keeps your car’s air filter from getting full of dirt and grit. Remember that this pressure relief isn’t good for your engine, so you should check it regularly and maintain it properly.

3. Isolates equipment for service or maintenance

After the pressure has been released, your car’s engine needs to be carefully monitored. The pressure in your car’s engine is relatively high, and it’s likely to increase very slightly as the car drives away from the car repair garage. That increase in pressure may reach dangerous levels if your engine’s bleeder valve is the source of the high pressure. It’s best to isolate your engine’s bleeder valve for service or maintenance. This will prevent you from becoming exposed to the possible dangers of high engine pressure when doing maintenance or repairs on your car.

4. Prevents dangerous overpressure conditions

While knowing how to clean a bleeder valve properly is good, troubleshooting and fixing a stuck one is even better. If you have a high mileage car with a frequently used bleeder valve, you may be experiencing dangerous overpressure conditions, often referred to as “bleeding Holden.” The situation is made worse if the engine is over 40,000 miles. This is a prime example of why you need to know how to troubleshoot and fix a stuck bleed valve.

Conclusion

Your car’s intercooler system is the heart of your vehicle. It helps your engine stay fuel-efficient and cools your interior temperatures. If the intercooler gets too hot, the water in the intercooler evaporates, leaving your car’s engine and external cooler simultaneously but with a vacuum in the system. This can cause the bleeder valve for this intercooler to stick and leak coolant at an alarming rate. To fix this problem, you must know how to troubleshoot and properly clean a bleeder valve.

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Manifold Valve: Definition, Types And Advantages - SEALEXCEL

Valves are one of the most important components of fluid based industrial systems. From controlling fluid flow to regulating the pressure, these valves perform a variety of functions.

In accordance with their usage, these valves come with several different configurations. Most prominently, pneumatic check valves, high pressure needle valves, ball valves, toggle valves and purge valves are used.

In certain conditions, two or more different requirements have to be fulfilled. This necessitates use of two or more valves at a single location in the system. However, this can be inefficient since it takes double the space.

The problem was thus solved by configuring a valve manifold.

What is a valve manifold?

Manifold valve are equipment which connects two or more valves of a hydraulic system.

A variety of block/isolate valves can be combined in a single body configuration. Each of these valves has a separate opening below in order to connect a pipe. The main body or valve chamber is common to all.

These manifolds commonly include ball, bleed, needle, and vent valves. Their use results in savings in terms of space and installation costs.

Advantages of a manifold valve

Manifold valve are used in a number of different applications, ranging from mobile machineries to heavy industrial equipment.

When included in a fluid control and/or regulation system, valve manifolds have shown to improve efficiency as well as reduce energy costs. Other advantages include:

Shorter path flows which reduces pressure drop and heat fluctuations, improving overall energy efficiency of the system

Reduction in installation costs as well as fluid connections because of a simpler, more compact design

Minimum chances of oil leak due to less number of connections, further reducing the need for upkeep against fatigue, wear and lose joints

Improved layout due to less hoses and connections

Small, compact cartridge sizes which suits confined spaces

Types of manifold available at SealExcel

At SealExcel, we offer high quality manifolds that are manufactured with 316 stainless steel. These valves are available in three different configurations:

Two way manifold valves(Series- MFV2) are mainly used for general plant service, standard pressure and differential pressure instrumentation devices, pressure equalization, venting, and block and bleed applications.

Three way manifold valves(Series- MFV3) are prominently involved in pressure and differential pressure instrumentations.

Five way manifold valves(Series- MFV5) are also used for pressure and differential pressure instrumentations.

All these manifold Valve employ convenient methods of bleeding, blocking and calibrating instruments. These are factory tested and available for pipe to pipe, flange to flange, pipe to flange, remote, base and remote mounting base vent, and direct and integral mounting.

Do you require a manifold valve for your hydraulic system?

Call us right away at 0091-22-26788534 or send an email to our sales team.