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Concrete stepping stones can add a quiet elegance to gardens and paths around the home. Making them is fairly easy. One of the best features of creating your own concrete stepping stones is that you can make shapes and colors that are not standardized by commercial use.
How To Make Concrete Stepping Stones Using Moulds:
The art of plastic crate mould making concrete stepping stones is a basic three part process.
Step 1:
Coat the mould with a release agent. Using vegetable oil is an environmental friendly substitute for the old machine oil release agents and it works just as well.
Step 2:
Mix up a batch of ready-mix concrete and pour the finished mixture into the moulds.
Step 3:
Let the filled moulds sit overnight before removing the finished casting from the mould.
There is a little bit more information available if you want to add color or texture to the stepping stones. The above process is fairly quick and really easy to use.
Advantages of Making Your Own Concrete Stepping Stones:
They are made on site which means they are available when you are ready to use them.They are غير مجاز مي باشدt effective in that the غير مجاز مي باشدt of the supplies is far cheaper than the غير مجاز مي باشدt to buy commercialized items.You have complete creativity to design stones that suit your purpose.You can make the product ahead of time or as you need them.Concrete is a beautifully versatile material that grows stronger with time. This is a durable material that requires very little maintenance. Concrete that is properly mixed and poured can last hundreds of years. One of the best features of using concrete is that it takes and holds colour really well. If you are interested in adding colour to the concrete you can either use dry coloured powder or a liquid colouring dyes.
Follow these steps to change the colour of the concrete:
If using dry colour powder, add the powder to the dry concrete mix and then add water and mix until ready.If using a liquid colour agent add the liquid to the water before mixing the concrete. This will ensure that the colour is even.To make stepping stones look like natural stone is achieved by adding a base colour while mixing the concrete.To add subtle shading, dust the mould with dry colour powder before pouring the concrete into the mould.Making your own concrete stepping stone is an easy process. This is not a project that requires the master skill set of an artisan or tradesman.
The last item on your to-do list is to select a stepping stone mould that meets your needs. In no time you will be enjoying the aesthetic value that a stone path can add to a garden or yard. This is also an opportunity that can stimulate a side income. Many people who notice the unique stepping stones and pavers develop an interest in obtaining unique pieces. Interested people make great customers.
The do-it-yourself demand for unique pavers and stepping stones has grown enormously over recent years.. We enjoy working with local and small business and our products enable local entrepreneurs to develop small local home based stepping stone facilities.
Whether this is a small project for you or a new business you will find that customized stepping stone moulds can help you add value and beauty to your home.

As far as we know, the deformation caused by the heat treatment of the mould is one of the main defects in the mould process. For some complex precision moulds, they are often out of service owing to the deformation caused by the heat treatment. Therefore, how to control the deformation of front bumper mould the precision mould is the primary issue in the process of the heat treatment. When the mould is in the heat treatment, especially in the quenching process, because of the temperature gaps caused by the difference of the heating speed and cooling speed in the mould sections, the mould sections' cubage is not even. Therefore, in the following article, it will discuss the reason of the deformation and the protective measures in order to raise the quality of the precision mould and its service life.
The heat treatment has a great influence on the deformation of the precision mould from two aspects, namely heating rate and heating temperature.
What comes first is the influence of the heating speed. It is often thought that the deformation of the mould after the heat treatment is caused by the cooling. Actually speaking, this view is not correct. Especially for the precision mould, the process technology also has a great effect on the deformation of the mould. Compared with other heating technologies, it is more obvious that the quicker the heating speed is, the more serious the deformation is. Why does the heating speed cause the deformation? As far as we know, any metal will swell once it is heated. When the precision is heated, the temperatures of different parts are not even and thus the swelling degrees of the different parts are not the same. When the temperature is under the transformation point of the steel, the uneven heating mainly produces the heat stress. But once the temperature exceeds the transformation temperature, the uneven heating also will result in the inconsistency of the structural transformation. Therefore, the quicker the heating speed is, the greater the difference between the temperature of the mould surface and the temperature of the core. Correspondingly, the stress will become greater and thus the transformation caused by the heat treatment is more obvious. How to solve the problem is an important issue. When the temperature is lower than the transformation point, the precision mould should be heated slowly. Generally speaking, the transformation caused by the vacuum heat treatment is less serious than that caused by the quenching in the salt bath furnace.
Next, the heating temperature also has an effect on the deformation of the precision mould. The higher the quenching heating temperature is, the longer the crystal grain of the steel is. Because most of the precision moulds are made by the alloy steel, with the increase of the quenching temperature, the amount of the remaining austenite in the organization of the mould will be increased. Thus the after the heat treatment, the precision mould will bring about the deformation. As for the protective measure, it is suggested to choose the suitable heating temperature. It is better to choose the quenching heating temperature at the floor level.