Ashlok’s Range of
Earthing Protection - SEE

ASEEL HD | Hot-Dip Galvanized Electrodes

Aiding in increasing the electrical conductivity, service life and current with-stand capacity of the earthing electrode, a compound formula developed by ASHLOK constitutes elements picked up from nature and is anti-corrosive too.

FEATURES AND BENEFITS

  Galvanised for corrosion protection

  Designed for fault current dissipation

  Low maintenance earthing system

  Easy & Fast Installation on-site.

ASEEL ZC | Zinc Coated Electrodes

With curated Ashlok’s Design Process and the solitary compound formula developed by ASHLOK, the zinc coated electrodes are designed by pipe-in-pipe technology filled with Crystalline Conductive Compound(CCC) CompactFill for current dissipation and anti corrosive properties.

Features & Benefits

  Coating thickness of 100+ microns

  Enhanced corrosion protection

  Granular surface finish for compact deposition of BFC all around and improved current dissipation

ASEEL A | Alloy Coated Electrodes

Curated for harsh environments with low pH value, Ashlok’s Alloy Coated Electrodes are designed by Ashlok’s Design Production Process filled with Crystalline Conductive Compound(CCC) CompactFill complying to our Pipe-In-Pipe technology.

Features & Benefits

  Specialised alloy coating of minimum 100 microns

  Suitable for soil condition with pH value ranging from 3.5 to 12.

ASEEL CP | Copper Plated Rod(s)

Using 99.99% pure electrolytic copper thickness of 250 microns over a low carbon high steel rod Baron Plating assures Corrosion-free property against all assets. Our Platings service are ideal in Industrial requisites & the Copper Metal Finished Products are assembled as per Mil-C-14550.

Features & Benefits

  Copper Coating thickness of 250+ microns as per UL Standards

  Very High Electrical Conductivity (5.96x107 s/m)

  Excellent Thermal Conductivity

  Corrosion Resistance

  Malleability

  Best suited in harsh environments

ASEEL CBR | Copper Bonded Rod(s)

Our range of CBR(s) are made from low carbon high tensile steel and the rods are molecularly bonded by 99.9% pure electrolytic copper. The threads are provided at both ends of the rod to increase the length by joining other rod with the help of a threaded coupler if required.

FEATURES AND BENEFITS

  Copper bonded rod(s) meet UL467 International Standard for earthing

  Minimum Coating thickness of 250+ microns over the rod

  Material of Construction : Low Carbon High Tensile Steel

  Long service life

Singleton Earthing EcoSystem | ConductoCast Electrode(s)

Ashlok’s Singleton Earthing EcoSystem based ConductoCast Electrodes has been conceptualised & designed such that the primary conductor comes encased within a tightly formed conductive matrix of CarboForm Compound which is a mixture of various eco-friendly materials that doesn’t necessitate the use of BackFill Compound(s).

Features & Benefits

  Maintenance Free

  Proprietary CarboForm Compound

  Negative Thermal Coefficient

  Suitable For All Terrains

  Zero Galvanic Corrosion

  Uniform Dissipation of Current

  Eco-Friendly

CARBON COATED TECHNOLOGY

Ashlok's R&D team after decades of market study and lightning research has conceptualised, developed & designed a new breed of Lightning Protection Rod's. Its designed to emits an upward leader of greater length which allows the downward leader to connect and have an instantaneous and safe path of dissipation coupled with Ashlok's range of Safe Earthing Electrodes.

FEATURES AND BENEFITS

  Designed in accordance with NF C 17 - 102

  Tested to withstand multiple 40 KA impulse current

  Incorporated with SFCH to provide protection against secondary flashes

  Made with high quality steel to avoid corrosion and provide longer life

  No external power supply required

  Operates in any atmospheric condition

  High electrical continuity

IONIC BREATHING TECHNOLOGY

ASHLOK IONIC EARTHING ELECTRODE is either made of Stainless Steel Tube 304 coated with noncorrosive alloy coating or high rolled copper tube. It is perforated at both ends and filled with some electrolyte with Neutralizing charger, deliquescent, diffusing, swelling, and absorbent agent. The pipe is buried vertically in the ground with only the perforated upper end protruding above the surface, to which electrical circuits are connected. Atmospheric air enters and leaves the pipe through the exposed perforations, and moisture is continually taken out of the air by the deliquescent material, dissolving some of the electrolyte and other agent. The resultant solution leaks out through the perforations at the bottom of the pipe, penetrating and moistening the soil with electrolyte to reduce soil resistivity. It diffuses the soil until it reaches additional soil surrounding and creates conductive roots in the soil, and thus provide low resistance electrical path to earth. The Neutralizing agent reduces corrosion on surface of electrode, and swelling agent provides good contact between earthing electrode and surrounding soil.