Gurugram
+919990645119

GI Electrode Vidyut Earthing . Pipe in pipe techno...

update image
GI Electrode Vidyut Earthing . Pipe in pipe technology / flat in pipe in Pipe technology 2. Hot dipped Galvanized GI pipe ISi marked and strips are used. 3. Highly conductive mixture is poured inside the electrode so that inner conductor will practically never corrode and provide lowest possible resistance. 4. Vidyut make 40mm earthing electrode, 50mm earthing electrode, 77mm earthing electrode in gi and copper. is a superior conductive material that improves earthing effectiveness, especially in areas of poor conductivity (rocky ground, areas of moisture variation, sandy soils etc.). NABL Lab tested 0.039 Ohm-m resistivity. It improves conductivity of the earth electrode and ground contact area. It has following characteristics - high conductivity, improves earths absorbing power and humidity retention capability. - non-corrosive in nature having low water solubility but highly gyroscopic. - suitable for installation in dry form or in a slurry form. - depends on the continuous presence of water to maintain its conductivity. - permanent & maintenance free and in its set form, maintains constant earth resistance with time. - maintenance. - suitable for any kind of electrode and all kinds of soils of different resistivity. - does not pollute the soil or local water table and meets environmental friendly requirements for landfill. - non explosive. - does not cause burns, irritation to eye, skin etc.
 2019-06-27T09:54:26

Related Posts

update image

Earthing Accessories Suppliers in Gurugram for Complete Grounding Needs

2025-09-13T05:13:57 , update date

 2025-09-13T05:13:57
update image

Surge Protection Devices in Gurugram for Safe Electrical Systems

2025-09-11T07:36:01 , update date

 2025-09-11T07:36:01
update image

GI Earthing Solutions in Gurugram for Durable and Cost-Effective Safety

2025-09-09T09:08:18 , update date

 2025-09-09T09:08:18
update image

Copper Earthing Systems in Gurugram for Superior Conductivity

2025-09-04T10:35:54 , update date

 2025-09-04T10:35:54