Tel£º+86 0539-3712117
Noble metal grounding electrode is composed of advanced reversible slow-release compound. The surface material of the electrode is pure copper. To ensure the highest conductivity and long service life. The test shows that the direct reason for the high resistivity of soil is the lack of auxiliary conductive function of free ions. The fillers on the outside of grounding conductors are materials with strong water absorption, strong adsorption and cation exchange performance. With a long-term, resistance reduction, corrosion protection, high expansion coefficient, not affected by temperature changes, high voltage shock resistant chemical materials as auxiliary.
Through deliquescence, the active ions can be effectively released into the soil, and interact with the water in the soil and air, which can promote the external slow-release and resistance reduction of the conductor, and keep the resistance value stable for a long time. The compound in the conductor gradually becomes transparent with time. We make use of the conductive properties of colloidal compounds, so that the whole system can be in the state of ion exchange for a long time, so as to form a noble metal grounding electrode and achieve the ideal drainage protection effect.
Noble metal grounding electrode is mainly used to solve the problems of temperature, ion generation content and corrosion protection around the grounding conductor. The contact resistance between the electrode and the soil is reduced, the resistivity of the surrounding soil is improved, and the release capacity of strong current is effectively enhanced. The inner filling material of conductor contains special electric ion compound, which can fully absorb moisture in the air.
Shandong Linyi Bosi conductive materials Co., Ltd. is a high-tech enterprise specializing in the production of MMO flexible anode, conductive polymer flexible anode and titanium coated anode, mainly providing cathodic protection technology, engineering design, installation and technical services.