How to Produce?
In order to treat this amorphous powder, additional additives are required as above. These additives are softeners, stabilizers (solidifying), extenders and additives.
These are materials which allow 'lubricate' and form polymer chains. These softeners reduce the frictional force between each other; otherwise there shall be decompositions. Approximately 20-50 particles are used for PVC of 100 particles.
These are the stabilizers that allow the resistance against temperature in question it is them that allow the operation without any problems at 185 ° C. As a result of the strength of advanced fraction of the polymer chain, they prevent the bifurcation of HCI (spirit of salt) and any damage on plastic alloy or color change. BA/Zn and CA/Z soaps are used as stabilizers of temperature. They replaced Cadmium including heavy metals that was used in the past and alloy of lead soaps and they are not used anymore for environmental reasons.
Extenders make us think very generally to pigments and chalk. Functions and colors can be aimed with them. TiO2 (titanium dioxide) being a special pigment develops resistance to different atmospheric conditions.
These are addenda extenders. Great effects are targeted by adding small amounts. Additives provide the features required with appropriate structure. Additives are used to certain areas such as improvement of resistance, resistance against tearing, sustainability of impact drilling, resistance against water, improvement of resistance of traction, resistance against atmospheric conditions, the steam permeability to water, flexibility, resistance against oils, cold extreme, characteristic weldable, resistance against chemicals, durability against heat and several other areas