• TENSAL (SPL) - E10018-D2
ENQUIRE NOW

Medium and High Tensile Steel

TENSAL (SPL)

AWS: SFA 5.5 E10018-D2

EN ISO CODE: 18275-B E 69 18-4 M2 P H5

A basic coated low hydrogen iron powder type electrode for welding high tensile steels. The weld metal is of radiographic quality. Ideally suited for welding high tensile steels, Q&T steels, castings, etc. with UTS range of 71 kgf/mm². The weld metal possesses high strength combined with excellent toughness at sub-zero temperatures.

Approvals
CE
CHEMICAL COMPOSITION OF ALL WELD METAL (%)

 

Element C Mn Si Mo Ni S P
Percent 0.06 1.85 0.45 0.40 0.30 0.018 0.018

 

MECHANICAL PROPERTIES OF ALL WELD METAL

 

UTS YS Elongation CVN Impact Strength (J)
(MPa) (MPa) (L= 5d)% at Minus 50°C
711 653 22 30

 

 

CURRENT AND PACKING DATA: DC (+)

 

Size (mm) 6.3x450 5x450 4x450 3.15x450 2.5x350
Current Range (Amps) 280-350 200-250 140-190 100-140 70-100
Qty. (Pcs./Carton) 25 35 55 75 125

 

Medium and High Tensile Steel

ULTRATHERME - E11018-G
ULTRATHERME

E11018-G

SUPRATHERME - E7018
SUPRATHERME

E7018

TENSAL-H4RL - E9018-G H4R
TENSAL-H4R

E9018-G H4R

TENSAL-MH - E9018M
TENSAL-MH

E9018-M

TENSAL-Cr

SFA 5.5 E9018-G

CELLUTHERME-70P1 - E7010-P1
CELLUTHERME-70P1

E7010-P1

ULTRATENSAL-CU - E10018-G
ULTRATENSAL-CU

E10018-G

ULTRATENSAL-MC - E10018M
ULTRATENSAL-MC

E10018M

ULTRATENSAL-MH - E11018M
ULTRATENSAL-MH

E11018M

ULTRATHERME-H - E10016-G
ULTRATHERME-H

E10016-G

ULTRATHERME-M- E11018M
ULTRATHERME-M

E 11018 M

CNM (SPECIAL) - E12018-G
CNM (SPL)

E12018-G

ULTRATENSAL-SPL - E11016G
ULTRATENSAL-SPL

E11016-G

ULTRATENSAL - E11018-G
ULTRATENSAL

E11018-G

TENSAL-MH (R) -E9018M H4R
TENSAL-MH (R)

E9018M H4R

ULTRATENSAL-69 - E12018G H4
ULTRATENSAL-69

E12018G H4

TENSAL - E9018-G
TENSAL

E9018-G

ULTRATHERME-H4R- E11018-G H4R
ULTRATHERME-H4R

E11018-G H4R

TENSAL(MOD) - E9018-G
TENSAL(MOD)

E9018-G

INDOTHERME - E7016
INDOTHERME

E7016

CELLUTHERME-P80 - E8010-P1
CELLUTHERME-P80

E8010-P1

CNM (SPL) M - E12018M
CNM (SPL) M

E12018M

Choose Any Option To Contact Us
×

Contact Us


Loading