| Chrome Moly |
MIG, TIG |
ER80S-G |
Low-alloy copper-coated tig rod with Ni-Cu-Cr additions designed for welding weather-resistant steels.
It is also used for welding high tensile strength steels. Suitable for the construction of containers, tanks, bridges, building panels, chimneys, means of transport, offshore platforms, etc. The weld material shows a good resistance to atmospheric corrosion and salt water." "TG-S1CM
MG-S1CM |
INETIG CROMO 1 |
| Chrome Moly |
MIG, TIG |
ER90S-G |
TIG/GTAW wire for high temperature, creep resistant, modified 9%Cr1%Mo martensitic steel (T92/P92). Alloy T92/P92 is widely used in the power generating industry for fossil fuel ultra-super-critical (USC) power plant boilers and turbines; the alloy is also finding applications in the chemical and oil and gas industries. "TG-S2CM
MG-S2CM |
INETIG CROMO 2 |
| Chrome Moly |
MIG |
ER100S-G |
ER100S-G has a nominal composition (wt-%) of 1.5 Mn, 0.45 Mo, 0.25 Cr, with
Ni just under 1 percent (meeting NACE MR0 175 requirements). This material is designed for
welding high yield strength steels and steels with tensile strengths higher than 101ksi. It has
good impact strength at low temperatures. Pinnacle Alloys ER100S-G is suitable for the metal
working industry, offshore fabrication, chemical and petrochemical industries. Typical base
material applications are ASTM A 514, A 517, and HY80. Preheat and interpass temperatures
are typically kept between 275-325°F. PWHT is not require |
MG-70 |
| Chrome Moly |
MIG, TIG |
ER110S-G |
ER 11O SG is low alloyed and high strength GMAW wire and GTAW rods
It is used for joining of the high strength low alloy steels and the fine grained constructional steels with minimum yield strength of 690 N/mm², especially Hardox and Weldox sheets
Boilers, pressure vessels, pipelines, structure steels are the other application areas
Weld metal has high impact and toughness at low temperatures
Pre-heat can be according to the base material
Shielding gases - MAG : (Ar+% 15-25 CO2) / TIG : (Ar)" "MG-80
MG-S80
TG-S80AM |
INETIG 110 |
| Chrome Moly |
MIG, TIG |
ER120S-G |
ER120S-G is a medium alloy, bare welding wire suited for MIG or TIG welding. MIDALLOY ER120S-G is used to weld HY-100 and other similar steels. Welds exhibit high strength as well as low temperature toughness. Good resistance to cold cracking. |
MG-S88A |
INETIG 120 |
| Chrome Moly |
MIG, TIG |
ER120S-1 |
ER120S-1 is a low alloy, bare welding wire suited for MIG or TIG welding. MIDALLOY ER120S-1 is used to weld HY100 and other similar steels. Welds exhibit high strength as well as low temperature toughness down to -60°F. Good resistance to cold cracking. |
INETIG S1 |
| Chrome Moly |
MIG, TIG |
ER80S-D2 |
Type ER80S-D2 filler metal contains a high level of deoxidizers (manganese & silicon) to control porosity when welding with Co 2 as the shielding gas, and molybdenum for increased strength. |
INETIG D2 |
| Chrome Moly |
MIG, TIG |
ER90S-D2 |
Low-alloy copper-coated solid wire with 0.5% Mo content designed for welding low-alloy steels with high tensile strength and creep-resistant steels. Suitable for pipelines and pressure vessels with operating temperatures of about 500°C. Also finds applications for the repair of medium strength steel castings. Good impact strength at low temperatures. |
INETIG D2 |
| Chrome Moly |
MIG, TIG |
ER80S-B2 |
ER80S-B2 is for gas metal arc welding of 1¼ chromium, ½ molybdenum steels, which are used in high temperature applications. 300ºF min. preheat and inter-pass are recommended during the welding operation. |
TG-S80SB2F
MG-S80SB2F |
INETIG-B2 |
| Chrome Moly |
MIG, TIG |
ER90S-B3 |
ER90S-B3 is for welding 2¼ chrome, 1 moly steels, pipe material in the petroleum industry for elevated temperature service. Requires controlled preheat, inter-pass and post weld treatment. |
TG-S90SB3
MG-S90SB3 |
INETIG B3 |
| Chrome Moly |
MIG, TIG |
ER80S-B3L |
ER80S-B3L is a low alloy copper-coated tig rod with 2.25% Cr and 1% Mo content, with low carbon concentration (less than 0.05%), to be used for the welding of creep resistant steel. The chemical composition of the wire conforms to AWS specification. |
INETIG B3 L |
| Chrome Moly |
MIG, TIG |
ER80S-B6 |
ER80S-B6 is a low alloy copper-coated solid wire with 5% Cr and 0.5%
Mo content to be used for the welding of creep resistant steel. Pinnacle Alloys ER80S-B6
is suitable for applications in the chemical or petro-chemical industry and in the ammonia
synthesis process. It can also be used for heat exchangers, boilers, piping, and pressure
vessels for temperature service up to 1110°F (600°C). The weld metal has also been
used for subsequent nitriding in the petro-chemical industries; for example, in the repair
of some steels used for molds for injection-molding plastics. |
TG-S5CM
MG-S5CM |
INETIG B6 |
| Chrome Moly Basic Creep Resistant |
MIG, TIG |
ER80S-B8 |
ER80S-B8 has a nominal composition (wt-%) of 9 Cr, 1 Mo. Filler metals of this
classification are used to weld materials of similar composition, usually in the form of pipe or
tubing, such as ASTM A 217 Gr C12, A 213 Gr T9, and A 182 Gr F9. The alloy is air-hardening
material and, therefore, when welding with this filler metal, preheat and post weld heat treatment
are required. These creep resistant steels are typically used in chemical industries for heat
exchangers, boilers, piping and pressure vessels at service temperatures up to 1100°F.
Preheat and interpass temperatures are typically kept between 400-500°F. This filler metal is
used in the PWHT condition, typically around 1375°F for one hour. |
TG-S9CM
MG-S9CM |
INETIG B8 |
| Chrome Moly |
MIG, TIG |
ER90S-B9 |
ER90S-B9 is a copper-free wire with low nickel concentration (less than
0.20%) and suitable for the welding of creep resistant steel. Long term creep properties
get improved thanks to small additions of niobium, vanadium, and nitrogen. The wire is
designed for elevated temperature service up to 650°C. Pinnacle Alloys ER90S-B9 is
suitable in the petro-chemical industry for welding P91 steels and in fossil fuel power
generating plants for components such as headers, main steam piping, and turbine
castings |
TGS-90SB91 |
INETIG B9 |
| Chrome Moly |
MIG, TIG |
ER80S-Ni1 |
ER80S-Ni1 is a low alloy copper-coated solid wire designed for welding
low alloy steels with 1% Ni content, fine grained for low temperature applications (-58°F
or -50°C). Nickel increases atmospheric weathering resistance and improves
electrochemical balance between weld and base metal. Pinnacle Alloys ER80S-Ni1 is
suitable for the construction of offshore platforms, pressure vessels, and pipelines. |
INETIG 80 Ni 1 |
| Chrome Moly |
MIG, TIG |
ER80S-Ni2 |
ER80S-Ni2 is a low alloy copper-coated solid wire designed for welding
low alloy steels with 2% Ni content, fine grained for low temperature applications.
Pinnacle Alloys ER80S-Ni2 is suitable for the construction of offshore platforms, tanks,
and pipelines where good fracture toughness from as-welded joints is demanded down to
temperatures in the region of -76°F (-60°C). |
INETIG 80 Ni 2 |
| Chrome Moly |
MIG, TIG |
ER80S-Ni3 |
ER80S-Ni3 welding wire is used for Tig root passes or GTAW, GMAW and SAW joining for lowtemperature, fine-grained steels that contain 3.5% Nickel. These alloys have higher strength and require good
toughness at temperatures as low as -60°C. Some grades are ASME/ASTM A203 Grade D & E, HYLA-80 and
HYLA-100. UNS K22103, K21703 AND J42015. |
INETIG 80 Ni 3 |
| Chrome Moly |
SMAW |
E8018-B2 |
E8018-B2 welding electrode is for higher strength steels with tensile strengths greater than 80,000 pounds. The coating is specially formulated to resist moisture pick-up under conditions of high heat and humidity. This electrode offers resistance to moisture reabsorption which helps prevent hydrogen cracking and aids in elimination of starting porosity. |
CM-B98 |
CROMOTHEREME-1 |
| Chrome Moly Basic Creep Resistant |
SMAW |
E8018-B6 |
E8018-B6 is an iron powder, low hydrogen covered electrode designed
for the welding of 5% Cr and ½% Mo steels and other chromium-molybdenum steels in
service conditions too severe for E9018-B3. The coating is specially formulated to
reduce moisture pick-up, minimizing hydrogen cracking and starting porosity. This
electrode strikes and re-strikes easily and provides a stable arc that is easy to control.
Pinnacle Alloys E8018-B6 is primarily used for the petrochemical and petroleum
industries, but is also an excellent choice for tubes, tube sheets, and plate steels for high
pressure hydrogen service. |
CROMOTHEREME-5 |
| Chrome Moly Basic Creep Resistant |
SMAW |
E9016-B3 |
Welding of 2.25% Cr-1% Mo steel used for super-heater tubes and steam pipes of boilers for electric power plant and marine use, equipments for oil refining industries and high temperature synthetic chemical industries.
PA-9016-B3 is a low hydrogen type electrode for all-position welding which provides the weld metal 2.25% Cr-1% Mo |
CM-A106 |
| Chrome Moly Basic Creep Resistant |
SMAW |
E9015-B9 |
E9015-B9 H4 is an “out of position” electrode with a globular transfer particularly suited for
pipe welding. For joining applications on higher chromium 9CrMoNb steel (P91).
• These types of steels are used in piping systems where elevated temperatures and pressures are required.
• This alloy offers improved toughness and better creep properties, which ultimately allow for higher steam
temperatures and the use of thinner wall piping. |
CM-95B9 |
CROMOTHEREME-91 |
| Chrome Moly
Basic Creep Resistant |
SMAW |
E9018-B3 |
E9018-B3 is an outstanding welding electrode for higher strength piping,
casting, and forgings. The coating is specially formulated to resist moisture pick-up
under conditions of high heat and humidity. The electrode offers resistance to moisture
reabsorption, which helps prevent hydrogen cracking and aids in eliminating starting
porosity. Pinnacle Alloys E9018-B3 is an excellent choice for boiler fabrication, piping,
castings, forgings, and chrome-moly steels. |
CM-B108 |
CROMOTHEREME-2 |
| Chrome Moly
Basic Creep Resistant |
SMAW |
E9018-B9 |
E 9018-B9 is designed to weld equivalent ‘type T91’ T92 CrMo steels modified with small additions of niobium and Vanadium to give improved long term creep properties. These consumables are specifically intended for high integrity structural service at elevated temperature so the minor alloy additions responsible for its creep strength are kept above the minimum considered necessary to ensure satisfactory performance. In this case, weldments will be weakest in the softened (intercritical) HAZ region of parent material, as indicated by so-called ‘type IV’ failure in transverse weld creep tests. |
CROMOTHEREME-9 |
| Medium & High Tensile Steel |
SMAW |
E9018M |
E9018-M is an outstanding welding electrode for welding higher strength
steels with tensile strength in excess of 90,000 psi. The coating is specially formulated
to resist moisture pick-up under conditions of high heat and humidity. The electrode
offers resistance to moisture reabsorption, which helps prevent hydrogen cracking and
aids in eliminating starting porosity. Pinnacle Alloys E9018-M is an excellent choice for |
TENSAL-MH |
| Chrome Moly Basic High Strength |
SMAW |
E8018-G |
S-8018.G is an iron powder low hydrogen type electrode of high efficiency
used for welding of high tensile steel. Its usability is good with direct
current applications as well as alternating current applications and easy to
weld in all position. |
CROMOTHEREME 20 |
| Chrome Moly
Basic High Strength |
SMAW |
E8018-W2 |
E8018-W2 is a special electrode depositing a 0.5Cr - 0.7Ni - 0.5Cu weld metal ideally suited for welding weathering steels to resist high temperature atmospheric corrosion. Ideal for welding steels like Corten steels used in chemical, petrochemical and railway industries to resist atmospheric corrosion. |
CROMOTHEREME SPL |
| Chrome Moly Basic High Strength |
SMAW |
E9018-D1 |
Extra low hydrogen type electrodes depositing a high strength weld metal. The electrode possesses excellent operating characteristics and is suitable for welding in all positions. Weld metal has got good toughness even at subzero temperatures. Deposition efficiency is about 115%. The weld metal possesses high strength together with good notch toughness even at subzero temperatures down to minus o 50 C. Ideally suited for welding fine-grained steels, high strength steels, IS: 8500- 91, Gr 540B, 570B, 590B, IS: 2002-92 Gr.3, IS: 1875-92 class 3A or similar.
|
MOLYTHERME-SPL |
| Chrome Moly |
SMAW |
E9018-G |
A low hydrogen, iron powder type electrode for welding steels having tensile strength up to 70kgf/mm². Ideally suited for welding fine-grained steels, high tensile steels used in bridges, penstocks, tanks, etc. The weld metal possesses o excellent toughness at sub-zero temperatures down to minus 50 C. Typical applications include welding of grain-refined steels, Q&T steels, HSLA steels, pressure vessels, structural fabrication, etc. |
CROMOTHEREME-9(SPL) |
| Chrome Moly Basic High Strength |
SMAW |
E10018-G |
Mn, Ni, Cr and Mo alloyed basic electrode for welding low alloyed steels with tensile strength >690 N/mm2. Crack resistant and well suited for low-temperatures, ductility down to -60°C. Preheating, interpass temperature and post weld treatment as required for the base metal. Hydrogen content: < 3 ml / 100 g weld metal. |
ULTRATENSAL-Cu |
| Chrome Moly Basic High Strength |
SMAW |
E10018-D2 |
E10018-D2 is a high quality electrode for high tensile steels and
manganese-molybdenum steels. The coating is specifically formulated to resist moisture
pick-up under conditions of high heat and humidity. Pinnacle Alloys E10018-D2 is an
excellent choice for manganese-molybdenum castings, alloy forgings, and structures |
TENSAL (SPL) |
| Chrome Moly Basic High Strength |
SMAW |
E10018-M |
E10018-M can be used for welding high strength, low alloy steels in the
100,000 psi tensile strength range. It is ideal for conditions of high heat and humidity
due to the moisture-resistant coating, which helps prevent hydrogen cracking and
starting porosity. Pinnacle Alloys E10018-M is an excellent choice for reinforcing steel
and with high-tensile steels |
ULTRATENSAL-MH |
