Wood science is the study of wood as a material that is renewable and of biological origin. Wood technology is now the way the tools are utilized in the processes of wood preservation. Other products are put alongside wood for easy testing and study. The wood is checked against the other materials properties, performances, value, and work-ability. The many Merits of timber and these technologies improve wood to be superior over other products. The wide range of products where wood can be used is just one of the many advantages that give wood an upper hand over other products. Wood is renewable, and this makes it more precious. All the parts of wood can be put into use, and this makes it a better fit than other materials which most of their byproducts are a waste.
The good appearance of your timber made structure cannot be guaranteed if protection of the timber is not done. This protection is from moisture and insects which are the biggest threat to wood. The rotting and decay of the timber products are caused by the moisture and the insects. There are many ways timber is treated among them being the ACQ in other words alkaline copper Quaternary. The protection of from this chemical is based on copper. There are a few disadvantages of this method as a mode of wood preservation. It has been seen corroding most metals for example aluminum in less than six months of its application. The species of the wood and the application of the wood will determine how many chemicals will be used on the wood. The concentration level of the chemical will be different for two pieces of wood where one is used above ground and the other close to a water body.
Another wood treating method that is fast being accepted is the use of copper metal. This method, unlike the ACQ, is friendly to the metal fasteners and its gaining popularity very fast. An alternative name to be given to this method is the micronized copper wood preservative method. In this process microscopic particles of solid copper metal are mixed in a liquid carrier and injected to the wood at high pressure. The process eliminates the need to dissolve the copper as is done in earlier copper-based preservatives. This process is highly effective and the wood properties and heightened. The timber treated in this way is used in both outdoor and indoor frames that last very long.
The micronized copper preservative has proven to be highly effective in protecting the wood against fungal decay and termites. It has also shown to be an improvement in corrosion resistant properties to metal fasteners. Extensive research over a period of 10 years has proven the effectiveness of this science as one of the best wood preservation methods.