River table what kind of drink to choose
River table what kind of drink to choose The river tables are real specially made for the decoration of your room, but also for a durable use. The river table is made by combining two materials such as wood and resin, superb materials that are transformed to give the river table. Why know what kind of wood to choose for a river table? What is the procedure for a successful river table?
How to choose the right type of drink for a river table?
All types of wood, chestnut, poplar, oak does not have the same characteristics and there are others that are recommended more than others in the manufacture of tables. Among these woods, there are some that are more porous, that is to say that you have the impression that drink the resin during the casting and make air bubbles come out. On the other hand, porous woods are not too advisable for the manufacture of furniture such as pine wood. For more information, visit sites such as the Royal Bois company.
In most cases, woods such as cast iron, olive and hazelnut are recommended. For the choice of the wood to use, it is necessary to take into account the thickness, its shape, its price, its color, its thickness, its patterns. Know that you can choose any color of wood, because you have the option of staining wood with stain to darken it or to change the color of the wood altogether.
The procedure for a successful epoxy pour for a river table
The procedure for a successful epoxy pour for a river table is not at all complicated, but there are two very crucial points that must be respected.
First of all, the mixing is one of the two very important points. To succeed in mixing, you must be punctual and use quality products between the hardener and the resin is essential. Having precision and quality of the mixture allows the hardening of the resin. For mixing, you must be precise in volume and weight with a precision scale. You must put your mixture or make the mixture in a temperature of 15 and 25 °C. It is advisable to mix in this temperature to avoid problems of phase separation or decantation. It is essential to mix the products well in their respective pots before using them.
The second essential point is the temperature and thickness. During curing, the epoxy resin produces an exothermic effect as it sets. This effect produces a very large amount of heat. As the epoxy resin hardens more and more, the heat it releases increases appropriately and even exceeds 200°C.
When the thickness exceeds 10 cm, it is no longer possible for the heat to escape. Also, the more the thickness increases, the stronger the resin becomes. In the opposite direction, the thinner the casting, the slower the strengthening time.