Industrial Chemical Earthing

Industrial Chemical Earthing With the assistance of our team of professionals, we are engaged in providing Industrial Chemical Earthing service. Proposed earthing service offers resistance against corrosion and also ensure uniform earth contact resistance during of electric process control and communication circuits. Proposed task is executed by our veteran experts who posses immense experience in the execution of chemical earthing for the most challenging environments using premium quality earthing electrodes and modern methodology. Offered Industrial Chemical Earthing is highly demanded among our clients for timely execution, reliability and hassle-free management. Marconite is the worlds premium electrically conductive aggregate material. Used as a backfill to enhance the effects of earth electrodes, Marconite enables electrical engineers to achieve permanent, stable and low resistance earthing solutions, even in difficult ground conditions. Specifically developed and manufactured for the needs of the earthing industry for over 40 years. Marconite has allowed electrical engineers to tackle the toughest conditions and achieve the satisfactory earthing of installations through out the world. Marconite conducts electricity much in the same way as metals, through the movement of electrons. Traditional earthing materials such as Bentonite conduct electricity through the movement of charged ions. These ions require the presence of an effective electrolyte, such as water and the presence of salts. Unlike Marconite, ionic based systems are subject to drying out and without water they do not conduct electricity. Marconite does not need water to conduct electricity and does not suffer any effects from drying out. Applications: Marconite has a long and proven track record and has been used within critical earthing solutions to a variety of industries including: Lightning conductor earthingPower generation and distributionOil and gas production and distribution facilitiesRail, underground and transport networksTelecommunications, High Speed Broadband and MediaUtilities and Water treatment plantsDefence facilities and equipmentAnti-static environments Benefits: Low resistivity: 0.001 ohm-m is extremely low when compared to Bentonite's 3 ohm-m Versatile: Suitable for most ground conditions and becomes a permanent, solid structure and is not prone to shrinking, drying out or being washed away Cost effective: It is a permanent solution, there is no need to remove, replace or maintain it with additional water/salts every few years in order to achieve the desired earth values. Chemically inert: is non-corrosive to steel or copper, does not attack cement structures and has a pH value within the neutral range. High strength: can be used as part of the building structure itself and can achieve strength higher than Grade 25 concrete Easy to use : forms a concrete like material from first pour, achieves a low resistance earth Marconite is a synthetic material manufactured specifically for use in earthing applications and, unlike Bentonite, it is not a naturally occurring mineral or ore. Its distinctive properties result from a unique manufacturing process, utilising specific raw material feedstocks, carefully selected and mixed in tightly controlled ratios before undergoing a range manufacturing process and thermal treatments. The end product is a precisely measured, is virtually dust free and with exceptional electrical properties. Then it is packed in high strength, UV resistant valve topped sacks and palletised. Marconite is the best at what it does because it is manufactured to be that way. Ease of use and Mixing Marconite is a dark grey granular material that replaces traditional sand and aggregate materials used within concrete mixes. Lt should be mixed in the ratio of 3 parts of Marconite to1 part cement by weight and addition of 1 litre of water per 5 Kg of total mix, i.e. 3 x 25 Kg bags of Marconite1 x 25 Kg bag of Cement 20 litres (25 Kg) of water When mixed as described above, it forms a relatively dry material with an as poured density of around 1300 Kg / m3. The water content may be adjusted as the application requires, but this will affect the concretes compressive strength and drying times accordingly. Typically Marconite concretes are touch dry with in hours but can take several days to fully cure. Marconite is chemically inert with very low soluble, sulphate content. It can be used with all conventional types of cement, as well as most proprietary resinbased cements,adhesives and gypsum plasters. Marconite is supplied through out the world via a network of distributors and agents.