Welding Consumable Catalogue

WELDING CONSUMABLES

LEADING SUPPLIER OF QUALITY WELDING PRODUCTS

LEADING SUPPLIER OF QUALITY WELDING CONSUMABLES

Duroweld® is New Zealand’s most progressive family owned supplier of welding machines, consumables and accessories. Alongside our specialist hardfacing application facility, supplying customers with quality welding equipment and consumables has become our primary focus.

The Duroweld® sales team stand out as having had extensive hands on welding experience. This ensures you are dealing with people who have great product knowledge and welding ‘know how’. We are a solutions based team who take pride in making it as easy as possible for the customer.

As passionate welding experts we understand the desires of the industry and strive to continually improve our products and service.

duroweld.co.nz

ARC ELECTRODES

ALUMINIUM ARC ELECTRODES

DUROARC E4043 ALUMINIUM ELECTRODE

For arc welding aluminiums alloyed with copper, silicon, and magnesium. Also excellent for joining dissimilar grades of aluminium.

5% Silicon aluminium arc welding electrode with unique self lifting slag. Pure white, long shelf life and extruded flux coating outlasts conventional products in moisture resistance.

Made in USA. Packaged in moisture free reusable plastic containers.

AE-DUR404332 3.2mm Packet

MILD STEEL/CARBON STEEL ARC ELECTRODES

DUROARC 68A GENERAL PURPOSE ELECTRODE

A very unique and versatile mild steel electrode. The fast freezing flux offers the convenience of flat, vertical up and down and overhead without changing amperage setting.

The electrode can be bent without flux breakage allowing the electrode to be positioned into difficult to reach spots without side arcing. Another feature of this electrode worth noting is that while classified as a 6013 type, it has tensile and yield strength’s well above what would normally be expected of this type.

Made in USA. Packaged in moisture free reusable plastic containers.

AWS A5.1 E6013

DUROARC 16TC LOW HYDROGEN ELECTRODE

A smooth-running low hydrogen electrode which is developed for all positional welding except vertical down. This electrode gives an excellent stability of weld characteristics even when poor fit up is encountered.

The DUROARC 16TC twin coated fluxing is a unique process which separates those flux constituents that impair arc stability to the outside of the flux coating.

The unusually stable arc characteristics make this electrode ideally suited to root pass and positional welding. The only electrode in the DUROARC Low Hydrogen range that can be used on an AC power source with a low open circuit voltage.

Made in USA. Packaged in moisture free reusable plastic containers.

AWS A 5.1 E7016 H10

AWS A5.10 ER4043

DUROARC 77 LOW HYDROGEN ELECTRODE

The DUROARC 77 is an extra low-hydrogen, moisture resistant steel electrode designed to weld in all positions including vertical down.

An excellent electrode for joining and repairing boiler plate, pipe steels, ship building steels and cast steels. Also excellent for welding weathering steels such as “Corten”.

The DUROARC 77 is designed for welding of low-alloyed steels of medium tensile strength and where high x-ray qualities are required.

Made in USA. Packaged in moisture free reusable plastic containers.

AWS A 5.1 E7018-1 H8

DUROARC 77 E7018 Vac Pack

DUROARC 88 LOW HYDROGEN HIGH TENSILE ELECTRODE

Welding of higher strength steel structures that require an appropriate degree of toughness and crack resistance to temperatures as low as -60°C (-76°F).

Nickel bearing low hydrogen designed for joining low alloy streets requiring high elongation combined with excellent low temperature impact values. Phenomenal combination of physical properties. Excellent welding characteristics and deposit appearance. Extra low moisture content is below .14%

Made in USA. Packaged in moisture free reusable plastic containers.

AWS/ASME A5.1 E 8018-C3 H5

DUROARC 118 LOW HYDROGEN HIGH TENSILE ELECTRODE

Structural and repair welds on high strength fine grained steels. Low alloy, high strength AC/DC electrode for joining low and medium alloy construction steels.

Extra low moisture content is below .14%.

Smooth running AC/DC coating operates in all positions. Low spatter yield, self-releasing slag and uniform rippled deposit.

Made in USA. Packaged in moisture free reusable plastic containers.

AWS/ASME A5.1 E11018-M H5

LB-52U LOW HYDROGEN ELECTRODE

The world’s No.1 covered electrode for “uranami” welding, or the root pass melt-through welding with penetration beads. With LB-52U your welding will be easier and faster, and you will have confidence in the quality of your welds in any kind of pipe welding of mild steel and 490N/mm2 high tensile steel.

LB-52U provides superior crack resistibility due to a lower level of diffusible hydrogen in the weld metal. In addition, its impact strength is high over a range of testing temperatures.

Therefore, it can be used for low-temperature applications as well as moderate high-temperature applications.

AWS A5.1 E7016

STAINLESS STEEL ARC ELECTRODES

DUROARC 308L STAINLESS ELECTRODE

Designed specifically for joining and building up types 301, 302, 303, 304, 304L, 308, and 347 grades of stainless steel and for joining these grades to carbon steels. Also recommended for applying a corrosion and heatresisting cladding to carbon steels.

Typical applications include fabricating sheet, plate and pipe, stainless steel ducts, tanks, containers, sanitary equipment and food vessels.

Made in USA. Packaged in moisture free reusable plastic containers.

AWS/ASME A5.4 E308L-16

DUROARC

309L STAINLESS ELECTRODE

Extra strong and tough stainless-steel electrode for joining steels to stainless steel.

Wherever maximum ductility is required when joining dissimilar steels to themselves or to stainless steel. Moisture resistant coating provides sound porosity free deposits. Slag is self-removing.

Made in USA. Packaged in moisture free reusable plastic containers.

AWS/ASME 5.4 E 309L - 16

DUROARC 316L STAINLESS ELECTRODE

Suitable for welding pressure vessel, food machinery, medical machinery, fertilizer and other industries as the weld metal contains proper amount of ferrite and the crack sensitivity is low. Due to high Mo content, it has excellent corrosion resistance. the arc is soft and stable, less splashing, beautiful in shape good in slag removal, stable wire feeding and has excellent welding performance.

Fast, smooth corrosion resistant welds without spatter can be made in all positions with this electrode. Excellent protection to the weld deposit is produced by the slag from this special coating, yet it is easy to remove after slight cooling. Carbide precipitation and the resultant intergranular corrosion is prevented by the low carbon content.

Made in USA. Packaged in moisture free reusable plastic containers.

AWS/ASME 5.4 E 316L -16

DUROARC RSP ELECTRODE

DUROARC RSP deposits an Austenitic-ferritic microstructure which is highly crack resistant. Very commonly used for joining and overlaying problem steels of unknown chemistry. Other applications include hardenable and armour steels to themselves or each other without pre-heat.

Can be used to weld repair or reclaim 13% Mn (Hadfield) steel used in rock crushing plant or earth moving equipment. An excellent electrode for surfacing of components subject to compressive loads such as alloy rails, crossing parts frogs etc. designs. Will actually deposit on non- commercial AC or DC power sources having very low open circuit voltage characteristics. Welds fillets with no slag interference.

Made in USA. Packaged in moisture free reusable plastic containers.

AWS/ASME A5.4 E 307-26

DUROARC HI TEN 8 ELECTRODE

All position AC/DC electrode, depositing high alloy weld metal, designed to produce crack-free deposits having very high mechanical properties. Superior performance on limited input AC machines.

All carbon and alloy steels, low medium high in all positions. All tool steels, manganese steels and specialty steels in thin to thick designs.

Will actually deposit on non- commercial AC or DC power sources having very low open circuit voltage characteristics. Welds fillets with no slag interference.

Made in USA. Packaged in moisture free reusable plastic containers.

AWS/ASME A5.4 E312-17

SPECIALTY ARC ELECTRODES

B2 2KG ELECTRODE

Basic coated low-hydrogen stick electrode for welding of 1.25% Cr - 0.5% Mo creep-resistant steels. Also suitable for welding 0.9% Cr and 0.5% Mo steels. Welds retain excellent mechanical properties after long exposure to temperatures up to 500°C.

Designed for applications in oil refiners, oil and gas industry, chemical industry, ammonia synthesis processes and thermal power plants for heat exchangers, boilers, pipes and pressure vessels with operating temperatures up to about 550°C. Can also be used for cladding and repairing of casting molds.

AWS 5.5 E 8018-B2 H4

B3 2KG ELECTRODE

Basic coated low-hydrogen stick electrode for welding of 2.25% Cr - 1% Mo creep-resistant steels. Its special composition delivers excellent resistance to cold cracking.

It retains excellent mechanical properties after long exposure to temperature up to 600°C. Extensively used in oil and gas industry, chemical industry, ammonia synthesis processes and thermal power plants for heat exchangers, boilers, pipes and pressure vessels with operating temperatures up to about 600°C.

SPECIALTY CAST IRON ARC ELECTRODES

DUROARC NI FE CAST IRON ELECTRODE

A high strength machinable electrode for joining, repairing and building up on cast irons. It is low amperage smooth arc, minimum splatter and high resistance to cracking.

Ideally suited for the repair of machine frame, engine blocks, cylinders and joining dissimilar cast iron to steels and mild steels.

Made in USA. Packaged in moisture free reusable plastic containers.

AWS/ASME 5.15 E NiFe - Cl -A

AWS 5.5: E9018-B3 H4

DUROARC NI CAST IRON ELECTRODE

Ideally suited to the welding of all grades of grey cast iron, particularly thin sections and welds that require highest possible machinability.

Typical Applications: Automotive and truck engine blocks, motor blocks, cylinder blocks and heads, pump housing, transmissions and differential housings, pump and valve housings and the like.

Made in USA. Packaged in moisture free reusable plastic containers.

AWS/ASME 5.15 E Ni - Cl

HARDFACING ARC ELECTRODES

DUROARC 21 HARD FACING ELECTRODE

General high hardness hardfacing electrode. A “self-hardening” wear resistant overlay engineered for abrasion and abrasion combined with medium impact.

The alloy chemistry provides good resistance to spalling and chipping while the special low hydrogen coating minimises dilution and helps to eliminate underbead cracking. Use on carbon and low alloy steels.

It can be used out-of-position and can be used with all types of AC or DC equipment.

Made in USA. Packaged in moisture free reusable plastic containers.

Hardness: 56-58 Rc

DUROARC 214 HARDFACING ELECTRODE

A high chromium carbide hardfacing electrode for high abrasion and mild impact applications. Deposits take on a high polish, producing excellent frictional and sliding abrasion resistance.

Use on carbon and alloy steels, stainless steels and cast iron. Heat and Corrosion Resistant - Corrosion resistance is equal to straight chromium steels and it retains it’s hardness up to 1000°F (538°C).

DUROARC 214 offers good out-of-position welding characteristics on either AC or DC. Fast deposition rate and easy slag removal. It produces minimum dilution for high first past hardness and deposits are extremely smooth - almost ripple free.

Made in USA. Packaged in moisture free reusable plastic containers.

Hardness: 58-62 Rc

DUROARC 27 HARDFACING ELECTRODE

A build-up electrode in the machinable range of hardness providing wear resistance that is far superior to low and medium carbon steel and low alloy steels.

Deposits are extremely tough and have a high resistance to impact and deformation and are not subject to spalling or roll-over. In addition, deposits are dense, crack-free and porosity-free.

Hardness 31 Rc

DUROARC 43X HARDFACING ELECTRODE

Complex Chromium Carbide hardfacing electrode. DUROARC 43X is a high hardness product offering similar abrasion resistance to Tungsten carbide electrodes at 1/3 the cost.

It is a complex matrix and includes Chromium and Niobium Carbides which offers the ultimate combination of abrasion resistance and high temperature hardness retention.

Made in USA. Packaged in moisture free reusable plastic containers.

Hardness: 64-68 Rc

DUROARC MN CR HARDFACING ELECTRODE

The DUROARC MnCr is ideal for rebuilding and joining austenitic steels and manganese steels to other steel combinations. Impact resistant electrode for joining and surfacing steels.

Deposits highly machinable alloy weld metal and designed for joining and overlaying Manganese and carbon steel parts. High alloy deposits are very tough and will endure extreme impact and abrasion conditions.

Made in USA. Packaged in moisture free reusable plastic containers.

Hardness: 16-18 Rc

POSTALLOY® 215HD HARDFACING ELECTRODE

Weld deposit chemistries consist of chromium carbides combined in such a way as to produce extremely good abrasion resistance coupled with mild to moderate impact resistance. Deposits take on a high polish to resist sliding particle abrasion and will maintain good hot hardness up to 1000°F (538°C).

Due to its unique tubular design, POSTALLOY® 215HD offers very smooth operational characteristics. Both the 1/4” and 1/2” diameters will fit standard electrode holders.

Hardness: 58-62 Rc

POSTALLOY® hardfacing electrodes are a unique concept in hardfacing technology. They are tubular, permitting higher travel speeds and much higher percentages of carbide forming elements contained in the core than with ordinary flux-coated electrodes.

POSTALLOY® 219HD HARDFACING ELECTRODE

When protection with tungsten carbide is needed, POSTALLOY® 219HD is an ideal choice. Weld deposits contain tungsten carbide in a chromium rich matrix for added wear and corrosion protection.

Other features include:

Easy out-of-position weldability with the 1/4” diameter.

Excellent AC or DC operation, even on a “buzz box”.

Low amperage and high metal recovery - no slag to chip.

• High deposition rates - up to 3 times faster than ordinary electrodes.

• Moisture resistant coating, even under severe weather or high humidity.

Hardness: 64-68 Rc

AIR CARBON ARC ELECTRODES

Designed for gouging & cutting with DC current. Provides high efficiency at low consumption. For use in removal of residual casting material & weld defects. Also cuts bronze, stainless steel & copper.

WA-WGC5

WA-WGC65

WA-WGC80

WA-WGC95

WA-WGC13

Gouging Carbon DC 5mm 250-300A

Gouging Carbon DC 6.5mm 320-370A

Gouging Carbon DC 8.0mm 400-450A

Gouging Carbon DC 9.5mm 450-600A

Gouging Carbon DC 13mm 800-1000A

WT-21 COBALT BASED ELECTRODE

A Cobalt, high chromium, molybdenum electrode Excellent for corrosion resistance, galling, cavitation, and metal-to-metal wear resistance. Not recommended for severe abrasion.

MIG/MAG WIRE

ALUMINIUM MIG/MAG WIRE

DUROARC 5183 MIG WIRE

An Al Mg Mn alloyed welding wire with high tensile and corrosion strength.

It is used for welding wrought aluminium alloys and is also used for other special welding processes of Aluminium/Manganese, Aluminium/Magnesium, Aluminium/Magnesium/Silicon & Aluminium/Zinc alloys with a working temperature below 65,5C

AWS A5.10 ER5183

DUROARC 5356 MIG WIRE

A 5% magnesium alloy suitable for MIG welding a wide range of cast, wrought and extruded aluminium alloys. It produces intermediate deposit strength, good ductility and corrosion resistance for the welding of a wide range of aluminium alloys.

Widely used for welding boarding and loading ramps, scaffolding, ladders, handrails and general marine applications. Use with 100% Argon or Argon Helium mixed gas.

AWS A5.10 ER5356

HYUNDAI 5356 MIG WIRE

Hyundai 5356 Mig Wire is a Premium Quality Wire For Al-Mg or Al-Mg-Zn aluminium alloy. Excellent corrosion resistance and mechanical properties.

Ideal for dissimilar aluminium alloys with maximum 5% of magnesium. Non-heat treatable.

Used for general purpose aluminium welding, especially suited to the transport and marine industries.

Use with 100% Argon or Argon Helium mixed gas.

AWS A5.10 ER5356

AW-H53561007 1.0mm 7kg

AW-H53561207 1.2mm 7kg

MILD STEEL/CARBON STEEL MIG/MAG WIRE

DUROARC ER70S-6 SOLID MIG WIRE

A copper coated low carbon all-positional mig welding wire. This wire has excellent welding performance with a stable arc and less spatter, ER70S-6 is the most common wire for welding mild and medium strength steels.

Suitable for use with Straight CO2 or Argon/C02 Mix shielding gas for general Mig welding.

AWS A5.18 ER70S-6

MSW-DURS0605 0.6mm 5kg

MSW-DURS0615 0.6mm 15kg

MSW-DURS0805 0.8mm 5kg

MSW-DURS0815 0.8mm 15kg

MSW-DURS0905 0.9mm 5kg

MSW-DURS0915

HYUNDAI SM70 SOLID MIG WIRE

A solid wire designed for all position welding by short-circuiting type transfer. This premium wire provides excellent weld-ability in all positions.

As the deposition efficiency is high and penetration is deep, highly efficient welding can be performed. Use with CO2/Argon mixed gas or CO2.

Ideal for Robotic Welding Applications.

AWS A5.18 ER70S-6

MSW-SM70/0805

MSW-SM70/0815

MSW-SM70/0905

MSW-SM70/0915 0.9mm 15kg

MSW-SM70/1015 1.0mm 15kg

MSW-SM70/1215 1.2mm 15kg

MSW-SM70/10300

MSW-SM70/12300

TALARC 110 SOLID HIGH TENSILE MIG WIRE

ER110S Low-alloy copper-coated solid wire with Ni-Cr-Mo additions, designed for welding high yield strength steels and with tensile strength higher than 800 MPa. Chemical composition of wire conforming to AWS specifications.

Excellent impact strength at low temperatures. Suitable for the metal working industry, offshore fabrication, chemical and petrochemical industry.

It also has applications in fabrications of HSLA (high-strength low-alloy) steels, which may be used for industrial machinery construction, cranes and other highly stressed structural components.

To be used under the shield of Argon/C02 Mix.

AWS A 5.28: ER110S-1

MSW-ER110S-109

MSW-ER110S-112

CORTEN SOLID MIG WIRE

ER80S-G is a Low-alloy copper-coated solid wire with Ni-Cu-Cr additions designed for weather-resistant steel.

Thanks to the chemical composition and weld metal mechanical properties 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.

To be used under the shield of Argon/C02 Mix.

AWS A 5.28: ER80S-G

MSW-ER80S-G/0915

MSW-ER80S-G/1215

HYUNDAI SUPERCORED 70NS METAL CORED WIRE

A metal-cored wire which combines the high deposition rates of F.C.W with the high efficiencies of a solid wire, provides exceptionally smooth and stable arc, low spatter and minimal slag coverage.

70NS is used for welding in shipbuilding, machinery, bridge construction, structural fabrication, automated or robotic welding.

Use Ar+20~25% or CO2 gas.

AWS A5.18 E70C-6M

HYUNDAI SC-70ML METAL CORED WIRE

A metal-cored gas shielded cored wire which combines the high deposition rates of a flux cored wire with the high efficiencies of a solid wire. SC-70ML is recommended for welding of carbon steel, having tensile strengths up to 490MPa.

It provides an exceptionally smooth and stable arc, low spatter and minimal slag coverage in welding.

Use Ar + 20-25% CO2 gas.

AWS A5.18 E70C-6M

MSW-SC70ML1215

MSW-SC70ML1615

HYUNDAI SUPERCORED 80ML METAL CORED WIRE

15kg

A metal cored wire which combines the high deposition rates of a flux cored wire with the high efficiencies of the solid wire. SC-80ML provides an exceptionally smooth and stable arc, low spatter and minimal slag coverage and achieves good impact value to low temperature. Use Ar + 10-25% CO2 gas

AWS A5.28 E80C-Ni1 H4

HYUNDAI SUPERCORED 71T FLUX CORED WIRE

A flux cored wire which has been designed to get a good usability in all position. Used for structural applications such as machinery, shipbuilding, bridges etc. D1.8 Seismic Approved.

Suitable for a wide range of welding currents. With its quiet and smooth arc and its slag detachability, it is very good meaning little clean up.

AWS A5.20 E71T-1C

MSW-SC71T-1/1205

MSW-SC71T-1/1215

MSW-SC71T-1/1615

HYUNDAI SUPERCORED 71H FLUX CORED WIRE

A titania flux cored wire for all position welding with high amperage. Its impact value is very good under high heat input, arc is smooth and slag detachability is excellent.

All position welding of shipbuilding, bridge, building and structural fabrications. Use 100% CO2 gas. D1.8 Seismic Approved.

AWS A5.20 E71T-1C/-9C/-9C-J

HYUNDAI SUPERCORED 71LHM FLUX CORED WIRE

A titania type flux cored wire for all position welding of building, shipbuilding, bridge construction, machinery, and vehicles. It has extra low hydrogen level(H5) and provides an exceptionally smooth and stable arc with a fast-freezing slag system.

Provides excellent weldability with minimal clean up. Use with Argon/C02 Mixed Gas.

AWS A5.20 E71T-1M/9M

HYUNDAI SUPERCORED 420MC FLUX CORED WIRE

HYUNDAI SUPERCORED 81T1MAG FLUX CORED WIRE

A high tensile all position flux cored wire designed for 100% CO2‚ shielding. You can get smooth arc, low spatter and good weldability.

Has good bead appearance, slag covering is uniform and easy to remove. For use in construction machinery, bridge structures and storage tanks.

AWS A5.29 E81T1- Ni 1 M H4

MSW-E71T-11/0901

HYUNDAI SUPER SHIELD II GASLESS FLUX CORED WIRE

Used for light structural, short assembly welds, other general fabrications and galvanized steel fixtures like gates etc.

It is an all-position self-shielded flux cored wire designed for single multi-pass welding of thin mild and medium tensile Steel.

AWS A5.20 E71T-11

GASLESS FLUX CORED WIRE PRODUCT

MSW-SS11/0805

MSW-SS11/0905

STAINLESS STEEL MIG/MAG

DUROARC 309LSI STAINLESS STEEL WIRE

Solid MAG welding wire, supplied precision layer wound, depositing a low 23 12 L Si weld metal. Suitable for use with Argon/C02 mixed shielding gases.

DUROARC 309LSi is suitable for joining stainless chromium-nickel steels and dissimilar metals in a range of applications including overlays and other dissimilar ferrous metals and stainless steel to mild steel applications.

The silicon contents will improves the wetting and washing behavior of the weld metal. DUROARC 309LSi has a good general corrosion resistance. Precision layer winding technologies ensure smooth, trouble-free feeding.

AWS A5.9 ER309LSi

SSW-DUR309LSI0905

SSW-DUR309LSI0915

SSW-DUR309LSI1205

15kg

SSW-DUR309LSI1215 1.2mm 15kg

DUROARC 316LSI STAINLESS STEEL WIRE

A stainless steel MIG wire with high silicon levels to improve arc characteristics and improves weld edge wetting weld pool fluidity.

DUROARC 316LSI used for welding of 316 and 316L grade stainless steels, in a wide range of applications including the fabrication of pipe and plate.

The weld metal has a high resistance to pitting and crevice corrosion by non-oxidizing acids. Its low carbon content increases resistance to corrosion. 316LSi would be considered the most widely used stainless steel MIG wire.

Precision layer winding technologies ensure smooth, virtually trouble-free feeding.

AWS A5.9 ER316LSi

DUROARC 2209 STAINLESS STEEL WIRE

A stainless steel designed to weld duplex stainless steels such as 2205 and 2304 or other similar duplex steels.

Also for welding stainless alloys 22% Cr, 5% Ni, 3% Mo types.

Deposits of this alloy have duplex microstructures consisting of an austenite-ferrite matrix.

The deposited weld material offers excellent resistance to stress corrosion, cracking and pitting.

AWS A5.9 ER2209

DUROARC 309L FLUX CORED STAINLESS STEEL WIRE

DUROARC 309L is suitable for welding dissimilar steel, welding of stainless steel and carbon steel or low alloy steel, bottom welding of stainless steel clad plate, and bottom welding of 308 series stainless steel on carbon steel or low alloy steel

This is an all-positional welding wire with easier re-arcing, beautiful bead appearance and better slag removability. This wire contains a high ferrite level in its austenite thus providing better weldability together superior Heat and corrosion resistance.

AWS/ASME 5.4 E 309L - 16

DUROARC 312L FLUX CORED STAINLESS STEEL WIRE

Used for welding medium and high carbon hardenable steels, of known or unknown specificiations, for example tool steels, shafts, gear teeth, free cutting steels, dissimiliar alloy combinations, buffer layers, overlays etc.

Weld desposit work hardens and gives good wear and friction resistance.

Useful for resistance to corrosion and to high temperature scaling up to 1000°C.

AWS A5.22: E312T1-1/-4

DUROARC 316L FLUX CORED STAINLESS STEEL WIRE

DUROARC 316L Flux cored wire is suitable for use in the petrochemical industry, pressure vessel, food manufacturing machinery, medical machinery, chemical fertilizer and other industries, welding 18% Cr-12% Ni-3% Mo stainless steel 316-316L etc.

This is an all-positional welding wire with easier re-arcing, beautiful bead appearance and better slag removability. Due to ferrite contents in the weld metals austenite structure, it has excellent crack resistance.

AWS/ASME 5.4 E 316L -16

DUROARC 2209L FLUX CORED STAINLESS STEEL WIRE

Suitable for the welding of Duplex Stainless Steels, Weld structure is austenite-ferrite two-phase structure, containing about 40% ferrite.

The deposited metal has the comprehensive properties of austenitic and ferritic stainless steel, and has excellent resistance to pitting and stress corrosion; This is an all-positional welding wire with easier re-arcing, the arc is soft and stable, less spatter and has excellent welding process performance.

AWS A5.22: E2209T1-1/-4

SPECIALTY MIG/MAG

ALUMINIUM BRONZE A2 1.2MM MIG

Bronze Weld-A2 filler metal is an intermediate-strength aluminium bronze alloy used for welding aluminium bronze plate fabrications and for joining dissimilar metals such as cast iron, carbon steels, copper, bronze and copper-nickel materials.

AWS.A5.7 ERCuAl-A2

SILICON BRONZE MIG WIRE

TALWELD SILBRO filler metal is a copper-base alloy containing approximately 3% silicon. It is used for the gas metal arc welding of copper-silicon and copper-zinc alloys (brass) and for welding steel to itself or to these alloys.

AWS.A5.7 ERCuSi-A

SPW-SB0805 0.8mm 5kg

SPW-SB0905 0.9mm 5kg

SPW-SB09136 0.9mm 13.6kg

SPW-SB12136 1.2mm

DUROARC 625 FCW

This wire is designed to match the composition and properties of alloy 625. Originally developed to give high temperature strength and structural stability, alloy 625 is also widely used for its resistance to general corrosion, pitting, crevice and stress corrosion cracking in severe chloride media.

These properties are conferred by high levels of chromium, molybdenum, and niobium, which also raise strength to the highest amongst standard nickel-base alloys. Service properties are useful from -269°C to above 1000°C.

AWS A5.34 ENICrMo3Ti-4

NICKEL ALUMINIUM BRONZE 1.2MM MIG

Spooled wire developed for the welding of cast and wrought nickel-aluminum bronze.

AMPCOTRODE 46 ERCuNiAl

SPECIALTY CAST IRON MIG/MAG

POSTALLOY® 53

A solid, gas-shielded welding wire, is designed for joining and build-up on various types of cast iron, such as ductile, nodular, gray, and Ni-resist. Also for welding cast iron and cast iron to steel or stainless steel.

The unique chemistry of POSTALLOY® 53-SPL provides weld deposits that are fully machinable.

Under normal circumstances, if dilution is kept to a minimum, there is no undercutting and weld deposits can be machined through the fusion zone, even with high speed steel tooling.

HARDFACING MIG/MAG

DURABAND NC

POSTALLOY® DURABAND NC is a gas shielded, metal cored hardfacing wire designed specifically for CRACK FREE hardbanding applications. DURABAND NC microstructure consists of a hard, but tough tool steel matrix with a high volume of tightly packed micro-constituents. This combination ensures excellent wear resistance in open hole drilling as well as being CASING FRIENDLY.

Hardness: 57-60 Rc

TUFFBAND NC

A high hardness hardband that may be used by itself for casing friendly hardband applications or used as a weld matrix with Tungsten Carbide (WC) when casing protection is not a factor.

Hardness: 55 Rc

ULTRABAND NM

A hard, 100% crack free Hardband designed for nonmag drill collars and related components.

Control of critical elements has resulted in a hardband alloy that meets magnetic permeability specifications and offers substantially improved wear resistance compared to conventional non-mag welding alloys, like 310 stainless – a 400 to 500% improvement.

Hardness: 40 Rc Work Hardens: 50 Rc

DURMAT NIFD

A flux cored wire filled with fused tungsten carbide and NiCrBSi- matrix for semi-automatic welding application. DURMAT NIFD was developed to protect surfaces against extreme abrasive wear in combination with corrosion attacks.

The deposit alloy consists of approximately 60% FTC and 35 - 40% Ni-Cr-B-Si-matrix.

The alloy has a low melting range of between 900 – 1050°C (1,652 – 1,922°F) and features a self fluxing characteristic producing a smooth and clean surface.

The matrix is highly resistant to acids, bases, lye and other corrosive media.

INEFIL 350 HARDFACING WIRE

A Copper-coated solid wire for hard-facing suitable to restore surfaces to be subjected to abrasive wear. 350 Brinnel is obtained in all weld metal conditions and it depends on material type and the number of deposited layers.

A cushion layer deposited with basic-coated electrode or basic flux cored wire is essential only with hard-toweld steels. To be used under the shield of Argon/C02 Mix.

DUROARC 350-G

DUROARC 350-G is a medium hardness buildup wire with excellent compressive strength. Recommended for application where weld deposits must provide good metal-to-metal wear resistance, but still be machinable “as welded”.

Use on carbon and low alloy steels.

Hardness: 33-37 HRC

HFW-DA350-G12

DUROARC 650-G

DUROARC 650-G is a general purpose self-hardening overlay with a good combination of resistance to abrasion and impact.

DUROARC 650-G is very tough with excellent resistance to chipping and spalling. Deposits will retain their hardness and maintain a good cutting edge up to 1100ºF (595ºC).

Hardness: 55-59 HRC

HFW-DA650-G12

HFW-DA650-G16

DUROARC 850-0

DUROARC 850-0 is a premium chromium carbide alloy that has a high volume fraction of carbides dispersed in a hard matrix. For applications involving high abrasion and mild or moderate impact. Deposit polish in service and are heat resistant to 1000ºF (531ºC).

Use on carbon and low alloy steels.

Hardness: 58-62 HRC

DUROARC 950

DUROARC 950-0 is a high hardness multi-carbide Hardfacing alloy that resists severe abrasion, including high stress grinding, low stress scratching and gouging abrasion.

It maintains its hardness and wear resistance up to 1400ºF (760ºC).

The chemistry is highly tolerant of dilution. One layer will easily outwear two layers of ordinary chrome carbides and in some applications the wear is equal to tungsten carbide.

Hardness: 61-65 HRC

POSTALLOY® 2435-SPL

A medium hardness, solid gas-shielded build-up wire with excellent compressive strength.

Recommended for applications where weld deposits must provide good metal-to-metal wear resistance, but still be machinable “as welded”.

Ideal for use with bore-welding and other automated inside diameter build-up equipment. Use on carbon and low alloy steels.

Because of its hardness and wear resistance, this wire is primarily intended as a buildup and final overlay.

POSTALLOY® 2747 FCG

A tough iron base chrome/nickel/moly hot-working tool steel alloy. Alloy chemistry is balanced to provide weld metal with maximum wear resistance while still being machinable.

Deposits reach maximum hardness as deposited and can be tempered to reduce stress.

Weld deposits are shock-resistant and are highly resistant to heat-checking, oxidation and wear.

Hardness: 44-49 Rc

POSTALLOY® 2826-SPL

A martensitic tool steel type alloy with numerous tightly packed carbides for excellent abrasion resistance under high impact. Deposits are smooth and free of any slag.

One layer deposits exhibit wear characteristics that you would expect from chromium carbide hardfacing products.

An excellent choice for applications requiring crack free deposits with good wear characteristics.

Hardness: 55-58 Rc

POSTALLOY® 2832 SPL/MCO

A premium chromium carbide alloy that has a high volume fraction of carbides dispersed in a hard matrix. For applications involving high abrasion and mild or moderate impact.

Deposit polish in service and are heat resistant to 1000ºF(531ºC). Use on carbon and low alloy steels.

Hardness: 58-62 Rc

POSTALLOY® 2834-SPL

A chromium hardfacing alloy that produces a high volume fraction of wear resistant chromium carbides, in a tough alloy matrix that is designed for high abrasion or abrasion combined with moderate impact.

Hardness: 55-60 Rc

POSTALLOY® 2836-SPL

A high hardness multi-carbide hardfacing alloy that resists severe abrasion, including high stress grinding, low stress scratching and gouging abrasion. It maintains its hardness and wear resistance up to 1400ºF (760ºC).

The chemistry is highly tolerant of dilution. One layer will easily outwear two layers of ordinary chrome carbides and in some applications the wear is equal to tungsten carbide.

Hardness: 63-67 Rc

POSTALLOY® 2850 FCO

A work-hardening austenitic manganese flux-cored wire, alloyed with chromium and nickel for improved weld deposit properties over standard manganese alloys. It is designed for build-up, hardfacing and fabricating of manganese steel.

Deposits are very tough, and work-harden rapidly in-service as plastic deformation occurs during impact.

Hardness: 15-20 Rc Work Hardens: 50-55 Rc

POSTALLOY® 2865-FCO

A flux-cored, open-arc hardfacing wire that deposits fully austenitic chromium-manganese weld metal. It can be used equally well for joining and build-up/surfacing of carbon, low alloy and manganese steels.

Weld deposits have an excellent combination of weld metal strength, ductility and hardness. Work-hardens rapidly under repeated impact. Deposits have very good frictional wear properties and are ideal for railroad applications requiring metal-to-metal wear resistance. Ideal as a cushioning or buffer layer on manganese steel parts that will be repeatedly rebuilt.

Since it will not embrittle until 1000°F (538°C), it will act as an insulator to the manganese base metal in helping it keep below 500°F (260°C) during the welding operation.

Hardness: 20Rc Work Hardens: 45-55 Rc

POSTALLOY® 2892-FCO

A strong, tough, low alloy build-up wire. It can be applied to carbon and low alloy steels. Weld deposits are exceptionally sound and dense, and heavy build-ups are possible without danger of cracking.

Hardness: 33-38 Rc

POSTALLOY® 2892-SPL

A medium hardness build-up wire with excellent compressive strength. Recommended for application where weld deposits must provide good metal-to-metal wear resistance, but still be machinable “as welded”.

Use on carbon and low alloy steels.

Hardness: 33-38 Rc

POSTALLOY® 2893-SPL

A high hardness, machinable gas-shielded hardfacing wire. It provides high compressive strengths and the wear life will far exceed conventional build-up alloys and mild steel.

Weld deposits are exceptionally sound and dense, and heavy build-ups are possible without danger of cracking (preheat may be necessary for certain low alloy, higher carbon steels). Use on carbon and alloy steels.

Hardness: 40-45 Rc

POSTALLOY® 2898 FCO

POSTALLOY® 2898-FCO is a general purpose fluxcored, open-arc hardfacing wire providing a good combination of abrasion resistance and toughness.

Use to overlay carbon and low alloy steel, manganese steel, stainless steel and cast iron.

Hardness: 55-59 Rc

POSTALLOY® 2898 SPL/MCG

A general purpose self-hardening overlay with a good combination of resistance to abrasion and impact.

POSTALLOY® 2898-SPL is very tough with excellent resistance to chipping and spalling. Deposits will retain their hardness and maintain a good cutting edge up to 1100°F (595°C).

Hardness: 55-59 Rc

POSTALLOY® PS98WC

A metal cored, triple deoxidized Iron based wire, alloyed with Chromium and Tungsten Carbide.

This product is primarily used as a matrix alloy for the Tungsten Carbide embedding process. Unlike soft mild steel welding wires, which are commonly used in the embedding process, the microstructure of POSTALLOY® PS-98 is designed to encapsulate and protect the Tungsten Carbide particles from premature erosion.

Many of the common embedding wires are solid which require high voltage and amperage settings to achieve a fluid puddle.

POSTALLOY® PS-98 is metal cored and develops a spray transfer at very low current levels. This combined with it’s unique alloy content forms a very fluid weld puddle. This promotes an even dispersion of Tungsten Carbide particles within the weld puddle. These unique properties make it an ideal choice when used with the Tungsten Carbide embedding process.

Hardness: 55-60 Rc

HYUNDAI SC600HM

SC-600HM is a metal cored wire without slag for hardfacing application with Ar-CO2‚ mixed gas. It is high resistance to cracking and toughness. For cutting tools, shear blades, rollers for cold rolling mills.

Hardness: 58-62 Rc

HYUNDAI SC700H

Hyundai SC-700H is a flux cored wire designed for hardfacing application with 100% CO2 shielding gas. It is highly recommendable to use on wear plate and weld metal’s hardness should be over Hv 700.

Hardness: 60-62 Rc

TIG/BRAZING WIRE

ALUMINIUM TIG

DUROARC 4043 TIG

A 5% Silicon alloy aluminium welding wire suitable for TIG welding a wide range of cast, wrought alloys containing up to 7% Silicon. DUROARC 4043 has excellent flow characteristics and its not recommended for anodizing.

It has a lower weld deposit strength but excellent crack resistance.

Used in general construction of furniture and automotive applications where corrosion is not an issue. Can also be used for welding aluminium busbars of a similar grade. Use with 100% Argon gas.

AWS A5.10 ER4043

DUROARC 5356 TIG

A magnesium alloy suitable for TIG welding a wide range of cast, wrought and extruded aluminium alloys.

It produces intermediate deposit strength, good ductility and corrosion resistance for the welding of a wide range of aluminium alloys.

Widely used for welding boarding and loading ramps, scaffolding, ladders ,handrails and general marine applications.

Use with 100% Argon or Argon Helium mixed gas.

AWS A5.10 ER5356

MILD STEEL/CARBON STEEL TIG

DUROARC ER70S TIG WIRE

ER70S-6 is a wire for TIG welding with pure Ar gas. All position welding and steel sheet welding can be performed quite easily. Most suitable for one-side welding of tubes. It is used in DC straight polarity.

AWS A5.18 ER70S-6

MSR-DUR70S-632

PANEL WIRE

Mild Steel, uncoated mild steel filler rod for use with Oxy-acetylene welding of carbon steel and wrought iron.

B2 TIG WIRE

A low alloy copper-coated solid wire with Ni-Cu-Cr additions designed for weather-resistant steel.

Thanks to the chemical composition and weld metal mechanical properties 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.

To be used under the shield of Argon/C02 Mix.

AWS A 5.28: ER80S-B2

B3 TIG

B3 Tig Wire ia a low alloy copper-coated tig rod with 2.25% Cr and 1% Mo content to be used for the welding of creep resistant steel.

Chemical composition of rod conforming to AWS specification.

It is used in chemical industry and in the ammonia synthesis process, for heat exchangers, boilers, piping and pressure vessels for temperature service up to about 600°C. It will also find applications in the petro-chemical industries, suitable for facing on casting and for casting repairs.

AWS A 5.28: ER90S-B3

STAINLESS STEEL TIG

DUROARC 308LSI STAINLESS STEEL TIG ROD

DUROARC 309LSI STAINLESS STEEL TIG ROD

Solid TIG welding wire, suitable for joining stainless chromium-nickel steels and dissimilar metals in a range of applications including overlays and other dissimilar ferrous metals and stainless steel to mild steel applications.

The silicon contents will improves the wetting and washing behavior of the weld metal. DUROARC 309LSi has a good general corrosion resistance. Precision layer winding technologies ensure smooth, trouble-free feeding.

Shielding Gas: Argon

AWS A5.9 ER309LSi

DUROARC 312LSI STAINLESS STEEL TIG ROD

DUROARC 316LSI STAINLESS STEEL TIG ROD

A low carbon 19 Cr/ 12 Ni/ 3 Mo /0.85 Si type stainless steel TIG rod. Used mostly in the marine & food/dairy industry for welding 316L or 304 the 0.65-1.20% silicon contentor surfacing of having similar compositions.

The weld metal has excellent creep strength up to 850°C. Ferrite controlled between 5 to 10%. The weld metal has excellent crack resistance, intergranular corrosion and Excellent mechanical properties & excellent bead appearance .

Shielding Gas: Argon

AWS A5.9 ER316LSi

SSR-DUR316LSI32

DUROARC 309TMX/TGX TIG ROD

DUROARC 309 TMX/TGX is a stainless steel flux-cored rod for TIG welding without back shielding.

Used for root pass to produce slag that protects reverse side bead from oxidation by the atmosphere.

Using TGX flux-cored filler rods eliminates gas purging procedures.

AWS A5.22 R309LT1-5

DUROARC 316L TMX/TGX 2.4MM TIG ROD

DUROARC 316L TMX/TGX is a stainless steel flux-cored rod for TIG welding without back shielding.

Used for root pass to produce slag that protects reverse side bead from oxidation by the atmosphere.

Using TGX flux-cored filler rods eliminates gas purging procedures.

AWS A5.22 R316LT1-5

DUROARC 2209 STAINLESS STEEL TIG ROD

DUROARC 2209 is a solid TIG welding rod used for the welding of duplex stainless steels in a range of applications including the Fabrication of pipe and plate.

The weld metal provides a high resistance to pitting and stress corrosion cracking especially in high chloride media. The weld metal nickel content over matches the parent material by 2-3% to provide an optimum balance of austenite and ferrite in the as welded condition.

Shielding Gas: Argon

AWS A5.9 ER2209

SPECIALTY TIG/BRAZING

WT-6 BARE ROD

WT-6 Bare Rod is a Cobalt, high chromium, Tungsten Rod. Excellent for corrosion resistance, wear and galling.

Most flexible and widely used of the cobalt alloys due to overall performance.

Retains hardness up to 930ºF (500ºC).

AWS A5.21 ERCoCr-A

WT-50 BARE ROD

High harness Nickle based braze rod.

Deposits provide higher hardness and abrasion than WT-40 TIG

• Resists abrasion, corrosion, galling and pitting.

Exhibits good heat and corrosion resistance. Can be deposited on cast iron and low-to-medium carbon steel.

AWS A5.21 ERNiCr-B

WT-60 BARE ROD

High harness Nickle based braze rod.

Deposit is grind finish, not machinable. More wear resistant and harder than WT-50 TIG. Resists abrasion, corrosion, galling, and pitting.

AWS A5.21 ERNiCr-C

H13 TOOL STEEL TIG WIRE

H13 Tool Steel is a chromium-molybdenum-vanadium alloyed steel that produces hot working weld deposits that are tungsten free, homogeneous, porous free, dense, and may be annealed and re-hardened, if necessary.

Good resistance to abrasion at both low and high temperatures. High level of toughness and ductility.

Good high temperature strength and resistance to thermal fatigue. Uniform and high level of machinability and polish ability.

Hardness: 54-57rc

DUROARC 82 TIG WIRE

Inconel Nickel alloy 82 is suitable for welding applications ranging from cryogenic to high temperatures making this alloy one of the most used in the nickel family.

Also be used for dissimilar welding applications between various nickel alloys and stainless or carbon steels, as well as for cladding.

AWS A5.14 ERNiCr-3

ALUMINIUM BRONZE TIG ROD

Bronze Weld-A2 filler metal is an intermediate-strength aluminium bronze alloy used for welding aluminium bronze plate fabrications and for joining dissimilar metals such as cast iron, carbon steels, copper, bronze and copper-nickel materials.

AWS.A5.7 ERCuAl-A2

SILICON BRONZE TIG ROD

ERCuSi-A Silicon Bronze filler metal are copper-base alloys containing approximately 3% silicon.

They are used for the gas tungsten arc welding of copper-silicon and copperzinc alloys (brass) and for welding steel to itself or to these alloys.

DUROARC 625 TIG WIRE

Used for welding of nickel-chromium-molybdenum alloys. Cladding and welding dissimilar base metals such as NiCrMo alloys to stainless & carbon steels.

Excellent resistance to oxidizing and reducing environments. Provides good stress, pitting and crevice corrosion resistance.

AWS A5.14 ERNiCrMo-3

TITANIUM TIG ROD ERTi-1

ERTi-1 is the lowest strength unalloyed, or commercially pure titanium wires available and is extremely reactive above 540C.

Extra precautions must be taken with this wire to have a successful weld.

AWS: A5.16 ERTi-1

TIG WIRE MAGNESIUM AZ92

Tig Wire AZ92 and AZ61 magnesium welding alloy is a good choice when welding magnesium base metals of similar chemical composition. It produces superior joints with the maximum tensile strengths offered by these alloys.

Cleanliness of both the filler metal and base metal is extremely important when welding with magnesium.

Flux is NOT required for AZ92 and AZ61 magnesium alloy tig welding.

FLUX COATED NICKEL SILVER TINNING ROD

Nickel Silver Flux Coated Tinning Rod 1/8.

AWS/ASME RB CuZn-D

DUROARC RED NICKEL SILVER TINNING ROD

High strength joining of steels using both the thin flow and bead form techniques.

Ultra high purity nickel silver alloy featuring “Safe Vue” moisture sealed flux coating. Unique “Safe Vue” flux coating eliminates harsh chemical odors and the bright orange visibility blocking glare of conventional sodium type flux coatings.

Slick, smooth moisture sealed flux has tripled the shelf life of similar products. Flux cleansing action is exceptional on dirty steels and cast irons.

AWS/ASME RB CuZn-D

LOW FUMING BRONZE ROD

A general-purpose, copper base alloy brazing rod used extensively for gas brazing steel, copper alloys, cast iron, nickel alloys and stainless steel.

Its low fuming characteristic and good mechanical properties make this alloy a widely used general-purpose product.

1 x pack is 16 sticks and 1kg (0.07kg Per Stick)

SILVER BRAZING ROD

15%/645-800C Excellent flow and ductility. Suitable for higher vibration applications.

Sold per stick

BRAZING FLUX POWDER303

A Copper and Brass Flux specially developed for the braze welding of copper, brass, bronze and the brazing of steel, etc.

All Purpose Brazing Flux Powder is particularly suitable for use with Low Fuming Bronze, Nickel Silver, Tobin Bronze and Silicon Bronze rods.

SP-WF303227

SILVER BRAZING FLUX 602 LOW TEMP PASTE

Silver Brazing 602 Low Temp Paste is an all-purpose, low-temperature flux for use in silver brazing.

Use with most ferrous and non ferrous metals, not recommended on aluminium, magnesium and titanium.

SP-WF602250

WELDBRAZE FLUX SOLDERING LIQUID

A general purpose aqueous Corrosive Flux, for use with copper, bronze and low carbon steel.

Thoroughly clean surface before application. Similar to Duzall. Contains 300g/L Zinc Chloride.

SPECIALTY SOLDER

GALV BAR 6.4MM STICK

Ideal for touching up Galvanizing after Repairs or Modifications, Simply heat the area to be treated with a gas torch, apply the Galve Bar and Wire Brush in.

50/50 STICK SOLDER

50/50 Tin/Lead Solder - Sn: 50% (Tin) Pb: Pb 50% (Lead) 50/50 Solder is a general-purpose solder for general sheet metal work and plumbing (not water pipes) applications where better free flowing characteristics are important.

Higher quality general purpose solder - For electrical and electronic applications.

CAUTION: Lead-bearing solders are not to be used in drinking water systems.

60/40 RESIN CORED SOLDER 0.5KG

Used for general and electrical soldering applications. Resin core requires no flux.

Low melting point with narrow range. Strong solder.

Free-flowing and very good wetting. Suitable for electrical soldering and other soldering requiring fine tolerances.

HARDFACING TUNGSTEN

HARDFACING TUNGSTEN

TUNGSTEN SPRAY POWDER

POSTALLOY® 63070 is a nickel base self-fluxing powder alloy combined with a very special high carbon tungsten carbide grade to produce the highest amount of abrasion resistance possible. The matrix that encapsulates the carbides has a hardness of 55–60 RC.

The Tungsten Carbide in CP63070 has a very high hardness with a very dense, uniform crystalline structure. The residual stresses are far lower than conventional tungsten carbide, providing better toughness and impact resistance.

The particles have almost no micro defects, enhancing the wettability characteristics. The low fusing temperature of this alloy combined with cobalt-free carbides help to reduce solution alloying and melting of the carbides.

The tungsten carbide used is this product goes through an oxidation reduction process that reduces the oxidation potential of this alloy. This helps to reduce unwanted over-spray and gives the operator more control of the puddle.

TUNGSTEN COMPOSITE BRAZING

ROD

Aggressive Tungsten Carbide chips cast into rod form with a durable Nickel Silver matrix. Dynarod is perfect for applications involving Downhole Milling, Rock Drilling, or Reaming.

Dynarod is always hand-weighed and hand made to provide consistent applications, with no waste.

Sold Per Kg High WC

TP-CRM1/16-1/16

– 1/8

TP-CRM1/8-1/8 1/16 – 1/16

TP-CRR1/16x1/16 1/16 - 1/16 1kg

TP-CRR1/4x1/4 1/4 - 1/4 1kg

TP-CRR1/4x3/16 1/4 - 3/16 1kg

TP-CRR1/8x1/8 1/8 - 1/8 1kg

TP-CRR3/16x3/16 3/16 - 3/16

DYNACUT RODS & INSERTS

Dynalloy Industries manufactures and distributes a wide variety of Tungsten Carbide inserts available in the following shapes:

Round Octagon

Square Dimpled

Rectangle Stabilizers

Triangle Compact Half-Versions

NAME

Star

Star

Rod

Star

Octogon

Half Octogon

Star

Fluted Cube Flat Top

TP-DC1/4STAR 1/4 inch each

TP-DC3/16STAR 3/16 inch each

TP-DC3/16STARROD 3/16 inch kg

TP-DC3/8STAR 3/8 inch each

TP-DC3/8X1/4OCT 3/8 x 1/4 inch each

TP-DC3/8X1/4OCTHALF 3/8 x 1/4 inch each

TP-DC5/16STAR 5/16 inch each

TP-FCFTR1/4-1/4 1/4 - 1/4 kg

TUBEMETAL TUNGSTEN BRAZING ROD

Tungsten hardfacing rod.

DURMAT A consists of a special pre-alloyed tube filled with coarsely grained Fused Tungsten Carbide (FTC) for oxyacetylene welding. The FTC has an exceptionally high hardness of over 2360 HV giving outstanding wear protection to hard-faced areas.

For special hard-facing on machine parts of unalloyed, low alloyed or cast steel with carbon content up to 0.45%. Higher carbon content could lead to cracking.

Depending on size and composition of the area to be hard-faced, the proper rod diameter and grain size should be chosen.

If the area will encounter heavy abrasion a small grain size is recommended. If cutting action is desired a larger grain size is preferable.

TP-TMF66001216

TUNGSTEN CHIP

Tungsten is one of the hardest metals known to man and is suitable for hardfacing applications in a CO2/Mig Weld.

Tungsten is a very hard and brittle material. The most important properties include a very high melting point, a low vapor pressure and the highest hardness and strength of all metals.

Sold per kg

DUROWELD HAS THE ADVANTAGE OF OPERATING A HIGHLY AUTOMATED WORKSHOP WITH STATE OF THE ART EQUIPMENT.

This not only caters for the specialist needs of customers but keeps us ‘in-touch’ with the practical, hands on aspect of the products we sell.