Facts You Must Know about Sheet Metal Etching

Sheet Metal Etching is a chemical process which has many steps. It may have variation by types too. Metal can be formed thick, thin, plate shaped by Industrial process. This kind of metal is called sheet metal. This thickness, size and shape can be customised by choices. Etching is a traditional process. It involves strong acid and metal cut as an etching design in the metal. The metals like zinc, copper, steel are used in etching of sheet metal as this metals are acid resistant.

There are also some metals like:

Steel and stainless alloysTitanium and titanium alloysCopper and Copper alloysmolybdenum and polyamides

The acids which are generally used in sheet etching:

Ferric chloride and mixture of hydrochloric acidNitric acid and water solution in 1:3 ratioCopper Sulfate

The type of sheet metal etching:

Wet etching : When a material dissolves at the time of immersing.

Dry etching: Reactive ions or vapor etchant is needed to make the material dissolved.

Method of etching sheet metal:

Prepare the substrate by cleaning it. Then laminate it with a light-sensitive film. Fix your photo too on the top of the laminated material. This UV light passes through the vacant area of the photo tool.Then Create unique design of yours on non UV exposed area. Heat the substrate. Etch design using chemicals spray and high pressure. The solution made its effect on unprotected area and remain the impression.clean the plate for further use.


Here are some advantages mentioned below:

High Speed : This can happen in a day. Orders can be delivered within 3-4 days.

2. Suitability of Various Designs:

It can do various designs as per need. There is no matter of easy and difficult designs.

3. Low cost:

It is cost friendly. It is much cheaper than hard tooling. This is cheaper than Stamping, EDM, CNC, laser cutting too.

4. Flexibility:

It is very flexible as the process goes very smooth and easy.

5. Accuracy:

The etching tolerance of a metal is 10% of the thickness of attached metal. It can give ±0.025 mm accuracy minimum.

6. Usefulness:

Metallic and magnetic property remains unaffected by Burr and stress-free metal temper.

7. Reproductive:

The replicas can be made easily as system capture the details. So, It will be easy to produce product in a bulk without additional cost.


Here are some disadvantages too. This is mentioned below:

plasma etching is a pure technique as reactors can behave odd and can react in any direction.It can be removed by chemical reactions.


This method is used in many industries like:

Awards and trophiessign markshotel signageIndustrial nameplateslabelsElevator doorsEMI/RFI shieldingmetal foil strain gaugesshims, washers, filtersAerospacemedicalAutomotive interiors

This is very efficient and effective process. This method is used in a vast range of many industries. It’s getting increased day by day. The market will flourish more in upcoming time surely for its easy affordability and cost-effective price rate. The speed of production also make the craze of it more. This is a perfect procedure of all the product ranges of small and big. Sheet Metal Etching is the best procedure in today.

What Is the Difference between Etching and Engraving

It is impossible for human beings to thrive without the printing industry. A number of methods are utilized for creating different images from a hard surface, a metal plate, and also a flat surface in the world of print development at present. Several of these methods consist of etching and engraving. In this article, we will discuss the topic: what is the difference between etching and engraving?

What exactly is etching?

Etching is considered to be the art of producing an image using acid which helps to remove the mental unlike cutting the metallic surface using a tool. Most typically, a wax coating is used in the form of a ground that is resistant to the acids which are being used. Following this, the image is drawn through the wax by making use of a pointed metal. Next, acid is being applied carefully to the surface which is guided by the lines that have been drawn through the wax thus producing lines of various depths.

The line’s softness which results from the work done by the acid along with the simple needle strokes together produces an appearance resembling a drawing made by a fine pencil.

You’ll come across different types of etching at present including water etching, glass etching, laser etching, soft-ground etching, dry etching, gravure etching, sugar lift etching, and so on.

What exactly is engraving?

Engraving is actually a printmaking process where a sharp plus pointed tool is being used by the artist (known as burin) for cutting lines into a metallic surface and this process is referred to as incising. Following this, the metallic plate is going to be inked and the ink will be forced into the grooves made with the help of the burin and then the plate is going to be pressed. This procedure can be done with the help of the machine or manually and is primarily employed for making jewelry, guns, and silverware.

What is the difference between etching and engraving?

  1. The nature of engraving and etching

Engraving is considered to be a printmaking process where a sharp plus pointed tool is being used for cutting lines into a metallic surface. On the other hand, etching is considered to be the process of making an image using acid which is used to remove the metal.

  1. Physical effort required

Less physical effort is required for performing etching since the design is been drawn by the etcher through the wax. On the contrary, more physical labor will be required for engraving since a tool is being used for cutting into the metal.

  1. Object size

While engraving is usually used for large materials, etching is appropriate for thin materials and smaller projects.

  1. Materials used

While engraving can be used for any material such as plastic, metal, wood, or stone, etching is appropriate for only the metallic surfaces.


In spite of being used for almost the same purpose, the process of engraving and etching can be somewhat different. The method to select depends mainly on the availability of skill, the type of metal to be used, the preferable outcome plus the option of using either a chemical procedure or a physical process.

Creating Etched Components By Using Different Types Of Etching Process

It is necessary to etch the thin films as a substrate to design a functional metal part on it. Normally, two types of etching processes are used to create such etched components, wet etching, and dry etching.

Wet etching

In this process, etched components can be created by immersing the masked substrate into a chemical solution to dissolve its unmasked part. It is the simplest and most cost-effective technology used for creating precision metal parts. You only need a container and etching chemical to etch the required material precisely by dissolving the material in the liquid solution. However, you will have to find a material that can be masked on the design of the metal part of your substrate so that its unmasked part can dissolve without dissolving the mask in the liquid chemical and etch the metal part precisely. Moreover, you will have to choose etching chemicals according to the type of material you want to etch.

When to use a wet etching process?

Wet etching can be the best method to etch substrates made of thin metal sheets or films. You can find various combinations of etching chemicals and masking materials to choose from as per your suitability. Though other etching processes like isotropic and anisotropic processes can also be used for etching substrates made of thin metal plates but there is a risk of undercutting or overcutting the layer of the mask which can be devastating for the idea creating precision etched components.

Dry etching

The technology of dry etching can further be divided into three categories- RIE or reactive ion etching, Sputter etching and vapor phase etching.

In RIE, several gasses are introduced in a reactor in which the substrate to be etched is placed. The mixture of gases is stricken by plasma by using the power of RF to break the molecules of gases into ions. These ions react with the surface of the substrate when accelerated to form another gas which can be used for reactive ion etching.The sputter etching is RIE without the reaction of ions. In sputter etching, these ions can etch the material to be etched without any chemical reaction if the energy of the ions is high enough.The equipment used for Vapor phase etching is simpler than the equipment used for RIE. The substrate to be etched is placed in this process in a chamber containing one or more gases to dissolve the substrate due to chemical reaction with the molecules of gas.

Such things make the process of dry etching very complicated as you have to adjust several parameters for balancing physical and chemical etching.

When to use a dry etching process?

Though dry etching is a costlier process than wet etching still you can use it to create etched components if you are worried about the resolution of the structure of thin film or you want deep etching in the vertical sidewalls of the substrate.

Thus you can use different etching methods to produce etched components according to your requirements and budget.

Air source heat pumps can benefit you

Do you know what an air source heat pump is? How it works? Is it necessary for your industrial application? There are many other questions that can make you feel a headache. You do not need to be surprised, here, in this article, you will get the answer to all the questions. In fact, an air source heat pumps Norfolk is a system that breathes heat from the environment and pumps it through a compressor to raise its temperature and remove it from the building. It can even absorb heat from temperatures minus 20 degrees. Is there nothing surprising in this product? This heat can be used in various industrial applications, such as hot air convectors, heaters and hot water, etc.
In fact, it is a cost-effective solution to meet the needs of various industrial applications. This requires almost zero or very little maintenance. Thanks to advanced technologies, it is able to perform its functions without problems for a long time, without problems in operation. It has so many advantages that make it highly desirable worldwide, for example, it reduces fuel bills, lowers carbon emissions, requires minimal maintenance, requires no fuel, is easy to install, and so on. The next thing that increases its popularity is that it can heat the building and water, so you can use it more widely. This is more efficient than a heat pump at the source.
There are many advantages of heat pumps. One of the main advantages of using an air source heat pumps norfolk is that the pump consumes about a quarter of the energy used by traditional heaters. This will not only save on utility bills, but also provide environmental benefits. The system is electric and does not require gas operation. This increases the safety of users and the rooms in which the pump is used. In addition, the system can be used both for heating and for cooling water and air. This makes the system useful both in winter and in summer.
Its biggest advantage is that it helps reduce environmental pollution; therefore, it is an environmental device. There are two types of this type that are in great demand in various industries: an air-to-water heat pump and an air-to-air heat pump. Yes, it absorbs natural air and heats it for later use, but this process requires electricity in order for this machine to perform its functions. It uses less energy than any other heating method and reduces utility costs. The life of this modern technology is about 20 years, which means that you do not have to change it for a long time.
Based on the foregoing, we can say that this air heat pump is really a suitable product for investment. What are you waiting for? You have to buy it today. Keep in mind that there are so many choices, so check the requirements of your industry before making any decision and then make a purchase. And always try to buy it from reliable manufacturers of air heat pumps that offer guaranteed products at an affordable price.

Etching a Brass Plate

Do you want to etch a brass plate? If so, you are in the right place. Etching a brass plate is not hard when you know what you are doing. This will allow you to truly get what you want when it comes to taking your artworks to a new level down the line too.
We will let you know how to deal with any etching brass plate out there. You will be manufacturing these brass plates in no time flat so you can truly get what you want. Taking your artworks to the next level is easy with this article too.
Prepare Artwork
You have to get your artwork prepared. You have to print to the right size onto your OHP acetate. You can use a laser printer to do that right away.
In this step, you will be preparing the plate right away too. You need to cut the plate down right to its correct size.
You have to lineup the mask as soon as you can too. Align your plate with your artwork as soon as possible too. You have to do this on the OHP film.
Toner Transfer
You need to place the acetate/brass sandwich right on a heatproof surface and heat up your iron in no time flat too. The iron should be as hot as it should go at all times too. But you should avoid any sort of steam at all too.
Finish the Mask
You have to finish and check the mark in this step too.
This is the time to etch. Put on your goggles and gloves right now so you can start to do something good.
Etched Plate
Remember that we are not done yet. Get rid of the plate from your etchant when you are happy with the results that you get.
Disposing of Etchant Solution
You can also keep your etchant right for the next plate that you will do too. Do not put the etchant just down the drain because you have to dispose of it in a sensible fashion.
You need to pain the plate as soon as you can too. You need to dry and clean right now because this is the name of the game in this phase.
Finish Off
Go to the sanding block and use a Wet&Dry paper to truly wrap it around. Go to the surface of the plate to sand it down.
We have laid out the steps that you need to take for etching a brass plate. As you can see, these steps are truly easy to follow. You can use them right away if you want to take your artworks to a new level. From preparing your artwork to finishing off, we told you what you had to do too.
Remember that you need to do both prepare the artwork and prepare the plate as soon as possible. This will allow you to get what you need down the road too. We have also told you what to do with a toner transfer and the mask so you can get the results you want too.

How to Monitor Breathing

As an athlete in the early stages of training you have decided to keep track of your vitals. They are important – they tell you how well your body is doing and how it is adapting to the rigors that you are putting it through. One of the things that you want to monitor is your breathing. Breathing rate is important because it tells you not just how hard you are working your heart, but how hard you are working your muscles too. The harder you breathe the more oxygen you send to your muscles which translates into bigger and stronger musculature over time.
Keeping track of your breathing is not as easy as buying a device. You need to know how to collect the data so that over time you can form a picture that informs you about your health. When you shop for a device you should be looking for one that just monitor how many times you breathe in and out – it should show you overall body performance and improvement in a given period.
The best way to monitor your breathing is to do it both when you are active and inactive. You can start by wearing your device as you sleep so that you can see how many times you breathe in and out when you are at rest. You can then look at how you breathe when you go about regular tasks about the home, when you are shopping, when you are at work and so on. This data will provide a valuable baseline to compare with the breathing data that you collect when you are working out.
Equivital can provide you with one of the best breathe monitoring devices in the market. You can see what they have to offer on their website, http://www.equivital.com/.

Air source heat pump Installers Norfolk

It has taken you months to source the right air source heat pump for your Norfolk home and now that you have it you want to find an installer who will do a good job. There are many companies that advertise themselves as air source heat pump installers but when you look closely at the services that they offer you may find them lacking. No doubt your air source heat pump cost you quite a bit, so it only makes sense that you find an installer who can set it up and get it to work properly for years to come. Before you hire ask the following questions:
How long have you been in business? – this can be telling. A good installer will likely have been in business for at least 10 years. They will have done many jobs in that time that will furnish them with the necessary expertise to handle many different kinds of air source heat pump systems.
Do you have an office that I can visit? – today, when so many services can be found on the internet homeowners sometimes hire installers without finding out whether they have an actual office that they can visit. It is only when things go wrong that they discover that they have no way of tracking down the installer. Before you hire anyone to work in your home make sure you know where their office it – be wary of those who move locations often as they could be running from something.
What happens if you are not able to do my installation properly? – it is important to get the answer to this question in writing. Installations go wrong and if it happens to you you would like the problem to be fixed or to get your money back.

How To Use A Heart Monitor For Maximal Health Benefits


If you are looking to improve your health then you need to greatly consider getting a heart monitor. A heart monitor can help you with a number of things. This ranges from just taking a simple heart rate to analyzing complex patterns with your hearts intrinsic activity. The use of this information can help to do a number of things including simple maintenance, diagnosis of diseases, and prevention of diseases. While these are greatly beneficial to health, few people use them the right way. This is usually not an issue of compliance, but an issue of a lack of education on how to properly use a heart monitor for maximal health benefits. To ensure maximum effectiveness please refer to the simple steps below that will provide long-term health benefits and potentially life-saving information.

Steps For Proper Heart Monitor Use

  • Learn Proper Placements
  • Monitor For Abnormalities
  • Determine Appropriate Response To Findings

Step #1 – Learn Proper Placements

The first and most important step is to learn the proper placements of the electrodes or the sensor. This will ensure that the data is highly accurate and reliable. Without proper placement, you will not be able to gather any information about what is actually going on internally. This applies to both finger sensors and things as complex as ECG sensors that use chest electrodes to gather very detailed information.

Step #2 – Monitor For Abnormalities

Once you have figured out how to operate your heart monitor you need to learn how to read the information for abnormalities. The first thing that usually indicates heart abnormality is a drastic change in heart rate or in the blood oxygen levels. When heart rate goes above 140 beats per minute or the partial pressure of oxygen drops below 92%, then you should think an abnormality is going on.

Step #3 – Determine Appropriate Response To Findings

Once you have determined that there is cause to think there is an abnormality, the next step is to asses the situation to be able to enact the appropriate response. Sometimes things are very simple and all you have to do is adjust something at home. Other times things can be serious enough to require emergency medical care. Either way, the use of this greatly impact health in a positive way. By using these steps you will be able to get full use out of your heart monitor for maximal health benefits.