E8010-G CEL 8-G
Cellulosic - Coated Electrode is suitable for welding of tube and pipe steels, and . vertical down welding of high strength large diameter pipe line especially recommended for hot passes, filter and cover layers.
CEL 6 is all position including vertical down. Cellulosic electrode for pipe and general welding it is recommended for vertical down welding of large diameter pipes ( up to X42grade) especially for root pass of higher grade pipes because of it's high ductility. Distinguished by its outstanding welding characteristics such as excellent out of position weldability. good striking properties deep penetration , stabile arc , easy slag removal and x-ray quality joints,
E7010A1 CEL 7A1
CEL 7A is all position including vertical down. Cellulosic electrode for high strength pipe steels. it is recommended for vertical down welding of large diameter pipes API grades X46,X52,X56 and for root pass of higher grade pipes. Distinguished by it's outstanding welding characteristics such as excellent out of position weldability , good striking and re-striking properties deep penetration. Stable arc , easy slag removal, x-ray quality joint and low susceptibility to wagon tracks , pinholes.
E7010-G CEL 7-G
Pipe weld 7010 is a cellulose electrode, suitable for conventional as well as stovepipe techniques. Pipe weld 7010 is designed for welding high strength pipeline and pipe steel. Also suitable for use in root, capping and filling runs in 5LX52 to 5LX56 grade line pipes.
Cellulose electrode for vertical down welding of high strength large diameter pipelines. Highly economical compared with conventional vertical up welding. Especially recommended for hot passes, filler and cover layers. It ensures highest. Joint quality down to temperature of -30°C. Suggested for sour gas operation.
E7010-P1 E 42 3 C 2 5
Cellulose coated electrode for vertical down pipe welding. It is especially designed for pipe grade X56 up to X65 or L385M, L415MB. This is mainly applied for hot, fill and capping passes. The penetrating are characteristics and the low slag formation allow good bead control and ensure best performance in all position even with the larger diameter and higher amperage.