Engineered to meet the UNS J6710 designation, the XHD 6710 Coated Electrode conforms to rigorous chemical and mechanical composition standards. It aligns with ASTM A5.1 / AWS E7018 classification — hence its ASTM Grade E7018 rating — and is often referred to under the universal standard name “WeldRod 6710 Low-Hydrogen Electrode.” This universal nomenclature assists welders and procurement specialists in identifying compatible alternatives and ensures consistent performance across sourcing environments. The flux system in XHD 6710 is formulated with stabilizers, deoxidizers, and moisture-resistant agents, enabling reliable start-up and arc re-strikes even under challenging environmental conditions.
When selecting electrodes for structural or heavy fabrication work, you require a welding rod that balances strength, ductility, and resistance to defects. The XHD 6710 meets these demands with a typical tensile strength in the range of 70,000 psi, excellent notch toughness, and a low diffusible hydrogen level — ideal for achieving sound welds in carbon and low-alloy steels. Because of its coated electrode design, spatter is minimized, slag removal is straightforward, and bead appearance remains consistent, enhancing both weld quality and operator productivity.
Metals And Welding Specialities subjects each batch of XHD 6710 to strict quality control protocols. Chemical analyses validate compliance with the UNS J6710 specification, while mechanical testing ensures that yield, elongation, and hardness values align with the ASTM E7018 standard. The electrodes are also baked and vacuum-sealed to reduce moisture content, guaranteeing long-term storage stability and consistent weld results on site. Our technical support team can assist with recommended preheat or interpass temperatures, weld parameters, and nameplate data to optimize your processes.
Whether you are fabricating structural steel bridges, ship components, pressure vessels, or heavy machinery frames, the XHD 6710 Coated Electrode is built to deliver dependable performance under demanding conditions. Its balance of arc stability, low hydrogen delivery, and mechanical strength makes it a trusted choice for welders who cannot compromise on quality. Choose Metals And Welding Specialities for unmatched supply chain reliability, technical expertise, and a quality-focused product portfolio — and ask about our packaging sizes, usage guidance, and shelf life.
Specification XHD 6710 Welding Electrodes
Product Name
XHD 6710 Welding Electrodes
Classification
EN ISO 2560-A: E 42 0 RR 12 / AWS A5.1: E7010-G
Type
Cellulosic Coated Electrode
Core Wire
Low Carbon Steel
Coating Type
High Cellulose Sodium
Welding Current
DC+ (Direct Current Electrode Positive)
Applications
Pipeline welding, structural fabrication, field erection, shipbuilding, and pressure vessels.
Typical Mechanical Properties of Weld Metal
Tensile Strength: 490–560 MPa
Yield Strength: 400 MPa (Min.)
Elongation: 22% (Min.)
Impact Strength: 47 J at –30°C
Typical Chemical Composition of Weld Metal (%)
C: 0.08
Mn: 0.50
Si: 0.25
S: 0.020
P: 0.025
Operating Positions
All positions including vertical down
Features
Deep penetration, smooth arc, easy slag removal, stable arc characteristics, and high deposition efficiency.
Recommended Polarity
DC+ (Electrode Positive)
Available Sizes (mm)
2.5, 3.15, 4.0, 5.0
Storage
Store in a dry area; re-dry at 120°C for 30 minutes if moisture absorption occurs.
Packing
5 kg / 20 kg boxes
XHD 6710 Welding Electrodes Parameters
Parameter
Value
Product Name
XHD 6710 (AbraTec / EutecTrode)
Classification (EN / AWS)
EN ISO 14700: E Fe15 / ~E FeCr-A8 (typical)
Coating / Weld Metal
Rutile / hypereutectic Fe–Cr–C multi-carbide hardfacing
Available Diameters
≈ 2.5 mm (3/32), 3.2 mm (1/8), 4.0 mm (5/32), 6.4 mm (1/4)
Recommended Current & Polarity
AC or DCEN (DC−)
Typical Welding Positions
Flat, horizontal, vertical, overhead
Hardness (as-deposited)
~HRC 63–65
Metal Recovery / Deposition Rate
Very high recovery (~215% – 250% reported)
Maximum Service Temperature
Up to ≈ 538°C (1000°F) / some sources list admissible up to ≈650°C
Typical Applications
Wear parts subject to abrasion/erosion: buckets, lips, teeth, conveyor components, pump parts, mixer paddles
Packaging (typical)
5 kg tubs / packs (product-code variants available)