Electrodes Dealers

Iron based low alloy cored wire designed for build up and hardfacing, with good compressive loading strength and moderate hardness. Ideal for build up and hardfacing of worn parts requiring hardness of 30-35 HRC, for build up of carbon and low alloy steels. The deposit is machinable with carbide tools, e.g.: shafts, gear teeth, sprockets, carbon and low alloy steel parts.

As a promising name, we bring forth high quality product range that is designed and developed using the best in class raw material and modern work methodologies. Besides, we make sure that the basic material is sourced from the trusted places. Not only we present excellent products, but we are also flexible enough to make superfast deliveries and within the promised time. How does a lightning arrestor work? Lightning, is a form of visible discharge of electricity between rain clouds or between a rain cloud and the earth. The electric discharge is seen in the form of a brilliant arc, sometimes several kilometres long, stretching between the discharge points. How thunderclouds become charged is not fully understood, but most thunderclouds are negatively charged at the base and positively charged at the top. However formed, the negative charge at the base of the cloud induces a positive charge on the earth beneath it, which acts as the second plate of a huge capacitor. When the electrical potential between two clouds or between a cloud and the earth reaches a sufficiently high value (about 10,000 V per cm or about 25,000 V per in), the air becomes ionized along a narrow path and a lightning flash results. Many meteorologists believe that this is how a negative charge is carried to the ground and the total negative charge of the surface of the Earth is maintained. The possibility of discharge is high on tall trees and buildings rather than to ground. Buildings are protected from lightning by metallic lightning rods extending to the ground from a point above the highest part of the roof. The conductor has a pointed edge on one side and the other side is connected to a long thick copper strip which runs down the building. The lower end of the strip is properly earthed. When lightning strikes it hits the rod and current flows down through the copper strip. These rods form a low-resistance path for the lightning discharge and prevent it from travelling through the structure itself. The lightning arrestor protects the structure from damage by intercepting flashes of lightning and transmitting their current to the ground. Since lightning strikes tends to strike the highest object in the vicinity, the rod is placed at the apex of a tall structure. It is connected to the ground by low-resistance cables. In the case of a building, the soil is used as the ground, and on a ship, water is used. A lightning rod provides a cone of protection, which has a ground radius approximately, equal to its height above the ground. How do Lightning Protection Systems Work? Lightning protection systems control electrical discharges by directing them through a low-resistance path to the ground, avoiding passage through parts of a structure and reducing risk of fire or other damage. Air terminals (rods – the sketch here is of a rod tip) are fastened to the building to intercept electric discharges which might otherwise strike a building component itself, such as a chimney or metal roof. Electrical discharges striking the air terminal are directed through heavy duty metal conductors to a grounding system (rods driven into the soil) and thence into the earth. The lightning protection system was first invented by Ben Franklin in 1752. Copper lightning arrestors ball : Copper lightning arrestors ball comes in various sizes from 45 mm to 100mm. Copper point, Copper socket, Copper flance are attached to the pipe to make the complete lightning arrestors. Various sizes - 45 mm to 100mm.   Export quality lightning arrestors : This type of lightning arrestors is made of high quality copper combinations which matches the international standard use in foreign countries. It has high durablity and stong ressistance level .

Electrode: E-6013 Brand:DUROARC- 6013,DUROARC-6013 S,DUROARC-6013 SS Size:2.50,3.15,4.00,5.00 Applications:For Bridging wide gaps ,Heavy steel structures, Auto Bodies, Pressure Vessels, Boilers, Railway Coaches etc.

product details: size 1 mm, 2.5 mm, 3.15 mm, 5 mm length 150 mm with the aid of our expertise, we prashaant steel are able to offer a superlative quality of tungsten electrode. It is widely used as high thermal and high electrical conductivity in various welding process. The offered product is manufactured using the standard quality raw material under the strict surveillance of vendors' professionals as per the set industry norms. Our offered product is rigorously examined under the keen eye of our skilled quality controllers to ensure excellent quality. Further, it can be availed at an affordable price with no constraint. features: tough and tensile rust proof high resistance to contamination specifications: electrode type current applications welding properties wl15 - gold plus(1, 5 % lanthanum oxide, gold) ac/dc non-alloyed and low alloy steels stainless steels aluminum alloys magnesium alloys titanium alloys nickel alloys copper alloys very good ignition and re ignition properties high service life very good arc stability suitable as a substitute for wt20 wl20(2,0 % lanthanum oxide, blue) ac/dc non-alloyed and low alloy steels stainless steels aluminum alloys magnesium alloys titanium alloys nickel alloys copper alloys very good ignition and reignition properties, in particular at high currents high service life very good arc stability suitable as a substitute for wt20

We are offering copper bonded rods, copper bonded rods meeting ul467 international standards for earthing coating thickness of 250+ microns over electrode projected life of 15 years + excellent electrical conductivity and corrosion resistance.