HSCI Tubular Anode

High Silicon Cast Iron Anode

High silicon cast iron tubular anodes are mainly used in impressed current cathodic protection of offshore drilling platforms, underground steel pipelines, oil production combined stations, underground cables, underground storage tanks and other facilities

Description:

High silicon cast iron anode is a special alloy material rich in silicon. It has good corrosion resistance and long life characteristics, which can effectively protect metal structures from corrosion. It has a long service life and is an ideal auxiliary anode for impressed current cathodic protection systems.

High Silicon Cast Iron Anode (HSCI) is an anode for impressed current cathodic protection system, which is mainly used in impressed current cathodic protection of offshore drilling platforms, underground steel pipelines, oil production combined stations, underground cables, underground storage tanks and other facilities.

Silicon iron anodes can be rod or tubular, and need to be prepackaged when used as shallow buried anodes or deep well anodes.

The prepackaged high silicon cast iron anode is mainly composed of high silicon cast iron anode, centralizer, coke backfill, vent tube, cable protection tube, steel canister and lead cable. Anodes can be prepackaged according to different requirements for different use environments.

Application Field:

Mainly used in impressed current cathodic protection of offshore drilling platforms, underground steel pipelines, oil production combined stations, underground cables, underground storage tanks and other facilities.

Features:

With low resistance centre connection, the end effect is compensated;
The anode utilization rate is as high as 85-90%;
Greater surface area per kilogram, which reduces anode current density;
The crystal is dense, the anode has high hardness, and it is not easy to break during transportation and installation;
Tubular anode can be cast up to 2134 mm length with lower electrical resistance than rod anode with;
Cable installation equipment with independent intellectual property rights, low connection resistance and high assembly efficiency.