The EutecDur N 9060 electrode conforms to UNS W60060 and meets ASTM A297 Grade HF specifications, ensuring global compatibility and adherence to recognized standards. This coating formulation offers a smooth arc, minimal spatter, and a self-releasing slag system, making it easy to use for both manual and automated welding operations. The resulting deposit forms a dense, crack-resistant structure with a uniform hardness profile, providing superior durability even under cyclic wear conditions.
Metals And Welding Specialities supplies EutecDur N 9060 Welding Electrodes for industries such as cement, mining, steel production, and heavy equipment repair—sectors where machinery components are continuously subjected to abrasion, erosion, and impact. The electrode’s high-chromium alloy composition enhances its ability to withstand extreme service conditions, extending the life of crusher jaws, mill hammers, earthmoving tools, and other critical wear parts. Its metallurgical stability ensures that the weld overlay maintains its hardness even after prolonged exposure to heat and stress, reducing downtime and maintenance costs.
Each EutecDur N 9060 electrode is precisely engineered to offer consistent results across all diameters and amperage ranges. Its advanced flux coating promotes stable arc characteristics and deep fusion, allowing welders to achieve excellent penetration and strong bonding with minimal dilution. The finished welds exhibit smooth, even bead appearance and excellent edge wetting, eliminating the need for excessive finishing operations.
At Metals And Welding Specialities, quality assurance is at the heart of every production batch. Our electrodes undergo stringent testing for mechanical strength, hardness uniformity, and metallurgical integrity to guarantee performance that meets or exceeds industry standards. The EutecDur N 9060 series represents a perfect blend of innovation and reliability—delivering consistent wear protection that enhances the operational life of critical components and machinery.
When precision, durability, and metallurgical excellence matter, EutecDur N 9060 Welding Electrodes stand as the preferred choice for professional welders and maintenance teams worldwide. Backed by the technical expertise of Metals And Welding Specialities, this electrode ensures dependable performance, reduced rework, and optimized productivity in every welding operation.
Specification EutecDur N 9060 Welding Electrodes
EutecDur N 9060 — Technical Specification
Product name
EutecDur N 9060 (also marketed as EutecDur 9060N / EutecTrode N9060)
Electrode type / coating
Rutile-basic coated manual electrode (Co-based weld metal)
Deposit / alloy
Cobalt-based alloy, Cr- and W-alloyed (Stellite-type, Grade ~6 behaviour)
Standards / classification
DIN EN 14700: E Co2 — AWS A5.13: ECoCr-A
Typical hardness (as deposited)
~37–41 HRC (typical reports ~39–41 HRC / approx. 40 HRC)
Typical tensile strength
~724 N/mm² (≈105,000 psi) — reported in technical data sheets
Density (deposit)
~8.4 kg/dm³
Welding polarity / current
AC or DC+ (suitable for AC and DC+ welding)
Key properties
High temperature hardness stability, excellent anti-galling, good resistance to abrasion, erosion, cavitation and corrosion; creep and hot-impact resistant
Typical applications
Valve seats/plugs, pump sleeves, hot work dies, screw conveyors, parts subject to combined wear, heat and corrosion
EutecDur N 9060 Welding Electrodes Parameters
Parameter
Value
Product name
EutecDur N 9060 / EutecTrode N9060
Alloy base
Cobalt-based alloy (Co-base)
AWS classification
A5.13 — ECoCr-A
DIN / EN classification
EN 14700: E Co2
Typical hardness (as deposited)
~37–41 HRC (commonly quoted ≈40 HRC)
Hot hardness
Approximately 20 HRC at 1200°F (≈649°C)
Density (deposit)
≈8.4 kg/dm³
Typical mechanical strength
Tensile strength in the range of ~700–800 MPa (approx. references list ≈724 N/mm² / 105,000 psi)
Deposit chemistry (typical description)
Cobalt-based deposit alloyed with chromium and tungsten (Cr, W) — corrosion- and heat-resistant composition
Coating / flux type
Rutile-basic type (rutile/basic coated)
Current & polarity
DCEP (+) and AC
Welding characteristics
Dense, high-quality deposit; retains hardness at elevated temperatures; resistant to abrasion, corrosion and hot wear
Typical applications
Valve seats/plugs, hot work dies, pump sleeves, screw conveyors, parts exposed to abrasion + corrosion + heat