We are a leading Manufacturer Supplier of Silicon Anode such as High Silicon Cast Iron Anode, High Silicon Iron Anodes and High Silicon Chromium Anodes from India. Silicon Anode High Silicon Cast Iron Anode High Silicon Iron Anodes High Silicon Chromium Anodes
Our company is highly esteemed in offering Matrix - High Silicon Cast Iron Anode to the clients. Matrix High Silicon Cast Iron Anode is precisely made by using grade components and modern technology in adherence to set industry standards under guidance of professionals. Offered range is demanded owing to less maintenance and optimum performance. Offered range is widely appreciated by precious clients. This product is duly tested by quality experts in order to ensure smooth operation. Features: Easy to installPerfect finishLow spatter Other information: Golconda Corrosion Control manufactured anodes are used worldwide as components in impressed current cathodic protection systems for corrosion control of me pl structures.The advantages of using Silicon Iron impressed current anodes have been widely known throughout the Cathodic Protection Industry for over 40 years. Their low specific resistance, suitability for fresh water, sea water and deep ground bed installations added to their proven low consumption rate and dependability have enhanced their position as the number one choice available to Corrosion Engineers. Product Description Golconda Corrosion Control manufactures standard silicon iron anodes generally p ASTM A 518 - 86 Grade 3 composition as under Silicon: 14.20 - 14.75%Chromium: 03.25 - 05.00%Manganese: 01.50% maxCarbon: 00.70 - 01.10%Copper: 00.50% maxMolybdenum: 00.20% maxIron: Balance Technical Data Tensile Strength 15,000 psi (1 /2 dia. bar)Compressive Strength 10,000 psiBrinell 520Density 7gm/m1Melting Point 1260 CCoefficient ofExpansion (0-100 C) 7.33 x 10 6Connection Resistance Less than 0.004 Design Data Rate of consumption of anode 0.2 - 0.4 Kg/Amp -yearMaximum allowable current density in soil 30 Amp/m2Golconda Corrosion Control has also manufactured and supplied successfully, environment friendly solid high silicon iron anodes in compliance with the recent EPA norms viz. without chromium. LengthAnode RodAnode HeadApproximate(mm)diameter (mm)diameter (mm)weight (Kg.)915507514.51220507519.1155450752315007510050 Anodes can also be manufactured to customer specified composition and size.Golconda Corrosion Control has manufactured and supplied thousands of anodes over a decade.
Silicon iron anodes are probably the most commonly used anodes in cathodic protection ground bed construction and the high corrosion resistance of silicon iron and silicon chromium iron alloys means that cathodic protection system lifetime in excess of 20 years may be achieved. The anodes can be used in many different environments eg onshore, seawater and freshwater applications. Silicon iron anodes are for use in neutral soils and freshwater environments. Silicon chromium iron
he Corrosion matters Shall Be Responsible for the Design,
Manufacturing, Assembly and Performance Conforming to conditions and
Requirements in the Specification.
The corrosion Matters Shall Verify the performance of cathodic Protection system using sacrificial anodes.
REFERENCE DOCUMENTS CODE AND STANDARDS
Material equipments supplied shall comply with the latest edition of the reference listed below. Unless Other Wise Noted.
004 E3264a-0501:
General Requirements for Equipment and System.
004BC000-0505 :
General Design Basis and Environmental Condition.
004E3204a-4510 :
Specification for Sea water Destination unit.
KE-003964 :
Specification for MSF Evaporator
Saudi Aramco Specification:
AMSS-006 :
Galvanic Anodes for Cathodic Protection(Sections 6 and 9.3 only)
Design Service Conditions for Anode:
Current Density :
300mA/m2 For Sea Water, Fe Anode 150mA/m2For Brine 70oC, 100% Fe Anode 75mA/m2 For Brine 70oC, 9%Ni-91% Fe Anode
Anode Consumption Rate :
9.2 Kg/Amp-Yr-100%Fe Anode 10.2Kg/Amp-Yr, 9%Ni-91%Fe Anode
TYPES OF IRON ANODES PURE AND ALLOY TYPE
Two Types Of sacrificial Anodes shall be used for the corrosion Protection
100% Iron anode For Sea water and decorated Brine Service at temperature below 700C
*Composition % by Weight:
Available with us is a Cast Iron ( High Silicon) Cell that is basically used as an anode. Manufactured using high quality material at the vendor's end, this cell is acclaimed for its high density, compact crystal structure and low consumption rate. We offer this cell to the clients in various sizes and dimensions as per their requirement.
High Silicon Cast Iron Anodes Graphite Anodes Mixed Metal Oxide (MMO) Anodes Platinum Anodes Probe Anodes Linear Anodes Systems for CP Anode Accessories
High Silicon Iron Anodes are among the most common impressed current anodes used in groundbed construction. The high corrosion resistance of silicon iron and silicon chromium iron alloys effectively ensures lifetimes in excess of 20 years. Silicon Iron Anodes can be used for onshore, seawater and freshwater applications. The most common areas of use are listed below: Land Pipelines (u/g): The anodes are installed in horizontal, vertical or deepwell groundbeds. Jetties & Quay Walls: The anodes are installed in horizontally in sea beds muds or anchored to the sea bed. Sea Outfalls: The anodes are installed in horizontal or vertical groundbeds on the foreshores. Water Storage Tanks (Internal): The anodes are suspended from the tank roof. Water Storage Tanks (External):
The High silicon iron anodes without chromium are for use in neutral soils & freshwater environments, content are for use in aggressive acidic 0r alkaline soils and seawater environments. The consumption rate of High Silicon Chrome Cast Iron anodes has been found to be between 0.2 and 1.2 pounds per ampere-year. For anodes of the same chemistry and microstructure, variance in consumption is primarily due to the chemical and physical characteristics of the anode environment.
We E-Tech Services provides High silicon cast iron anodes have been used successfully in cathodic protection industry as one of the most reliable anode. These anodes are designed for the effective protection of steel structures, pipelines, buried, submerged structures and aqueous environments from corrosion by the impressed current CP method.