The PVC material has an ecological behavior and that It is one of its main qualities, which have to do with scarce waste in your production, the absence of surface treatment, saving energy they represent during their production and for the building where they finally it is decided to install, thermal and acoustic insulation.
PVC is a recyclable and recycled material throughout the world.
The carpentry PVC contributes to sustainable development. The material that makes that the PVC carpentry welcome this term is PVC. It is a material with possibilities of being recycled and which presents certain characteristics such as:
The composition proceeds in a 57% a virtually inexhaustible resource, common salt.
During its preparation and subsequent transformation into profiles PVC, It only emits water vapor into the atmosphere, so it does not generate polluting emissions.
It is recyclable 100%: PVC is recycled thanks to its ease of transformation and its thermoplasticity. Its recycling is so old as its own making, which dates from 1931. There are various methods recycling: mechanical recycling, chemical recycling and recycling Physical-chemical.
It is an excellent thermal and acoustic insulator.
Reduces consumption of energy and protects from noise.
It is a material that does not harm health, is inert, and insensitive to fungal contamination, and does not emit any organic compounds volatile.
It has a long useful life: Resists the passage of time, to the attacks from the sun and sea air.
Requires minimal maintenance, since it is only soap and water required for cleaning.
PVC is becoming this way, in a material unique and incomparable.
Next, I will detail what the procedure is recycling of the PVC carpentry, What makes PVC become one of the materials that best and most contribute to the development sustainable modern society.
The first step is to collect the scraps of the profiles of the window manufacturing process and old windows.
The second step is to transport to the recycling plant, where they are given a treatment to use PVC again as a material premium without loss of quality.
The third step is to crush all the materials that make up a window: Rubber glass +PVC +iron.
The fourth step is to subject the crushed compound to a sequence of magnetization and sieves to proceed to separate them. On the one hand, are the ferrous materials, and on the other the PVC with rubber and glass.
The fifth step is to classify and separate the different materials according to their size and drop them by pound drop several times to that due to the different specific weights of the different materials, group, obtaining the PVC compound separately.
The sixth and final step to completely carry out the recycling procedure applied by the PVC carpenter is Using a photoelectric system, PVC is classified by colors and in this way a new cycle begins again.
