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Basic electrode with excellent welding characteristics, recommended for welding fine grained similar alloyed high yield strength steel > 960 MPa in case high impact values are required at sub zero temperatures. Hydrogen content HD < 4 ml/100 g.
The weld deposit is scale-resistant up to approx. 800 °C in normal atmosphere and oxidizing gases. The weld deposit is capable of taking a high polish.
The weld deposit has higher temperature scale-resistance then standard AISI 316.
The weld deposit is scale-resistant up to approx. 800 °C in normal atmosphere and oxidizing gases. The weld deposit is capable of taking a high polish. CEWELD E 4430-Ti Fall is designed to weld in vertical down position (PG) and offers a fast freezing slag that makes it also very well suited for vertical up (PF) position.
The weld deposit offers excellent corrosion resistance especially against Phosphor acid. The weld deposit is capable of taking a high polish
Excellent corrosion resistance as needed in chemical industry up to 400 °C and exceptional weldability with no spatter and self lifting slag.
CEWELD 4820 AC is an AC-weldable fully core-wire alloyed electrode for fabrication and repair welding on equal or similar, corrosion and heat-resistant steels and steel-castings. The weld-deposit is on equal base-material scale-resistant and, by reason of its low nickel-content, resistant against attack of sulphourus gases at higher temperatures up to 1150 °C. When welding CEWELD 4820 AC low heat-input is required as alloys of such chemistry are sensitive to embrittlement at 600-800 °C. The interpass temperature should not exceed 300 °C.
CEWELD 4332-Ti is a rutile basic electrode for joining heat resistant CrNi-steels of the same kind and also joining dissimilar metals such as steel to stainless steel.
High corrosion resistance and excellent weldability on both AC and DC+.
For welding heat-resistant austenitic steels of the 25% Cr, 20% Ni types. CEWELD 4842 Ti has good general oxidation resistance, especially at high temperatures, due to its high Cr content. The alloy is fully austenitic and is therefore sensitive to hot cracking. The temperature limits for use under intermittent oxidation depend on cycle frequency. In general the alloy is heat resistant up to 1200 °C. This alloy can withstand relatively severe thermic shock, and is superior to type 309 L.