IntegriClad™ Tungsten Carbide Welding Rope
IntegriClad™
Tungsten Carbide Welding Rope
Industrial Wear Protection & Hardfacing Solutions
IntegriMat Inc. provides engineered tungsten carbide welding rope solutions for industrial fabrication, hardfacing, rebuild, and maintenance operations exposed to severe abrasion and wear conditions.
Our products (IntegriClad™) are designed to improve component service life, reduce maintenance downtime, and support cost-effective wear protection strategies across mining, cement, steel, dredging, tunneling, material handling, and heavy process industries.
We work closely with fabrication shops, OEM manufacturers, and industrial maintenance teams to help select the most suitable hardfacing solution based on wear conditions, operating environment, and service requirements.
IntegriClad™ Tungsten Carbide Grades and Wear Protection Applications
IntegriClad™ Edge uses crushed cast tungsten carbide (WC–W₂C), with carbide hardness typically ranging from 2,100 to 2,500 HV0.1. Its angular carbide particles provide abrasion resistance for applications such as bucket teeth, augers, screw conveyors, mixer paddles, and crusher components.
IntegriClad™ Spher incorporates spherical fused tungsten carbide particles, with hardness typically ranging from 2,600 to 3,100 HV0.1. It is designed for severe abrasive and erosive wear conditions, including mining tools, dredging components, and other high-abrasion industrial applications.
IntegriClad™ Hybrid combines 75% crushed cast tungsten carbide with 25% spherical fused tungsten carbide within the carbide fraction. This engineered combination is intended to balance abrasion resistance and toughness for general hardfacing, material handling, slurry equipment, and repair applications.
The IntegriClad™ flexible welding rope system contains approximately 65 wt.% tungsten carbide and 35 wt.% NiCrBSi-based matrix. The carbide distribution illustrations above show the differences between angular, spherical, and hybrid carbide systems. Actual deposit microstructure depends on the selected grade and application procedure.
IntegriClad™ Flexible Welding Rope
Technical Specifications
| Property | Typical Value |
|---|---|
| Matrix | NiCrBSi self-fluxing alloy system |
| Carbide System | CTC / SFTC / Hybrid (CTC + SFTC) |
| Composite Composition | 65% carbide + 35% matrix |
| Weld Deposit Density | 12.7 g/cm³ |
| Matrix Hardness | Approximately 425–470 HV0.1 |
| Carbide Hardness | 2,100–3,100 HV0.1 |
| Overall Deposit Hardness | 50–63 HRC |
| Service Temperature | ≤ 500°C |
| Recommended Process | Oxy-acetylene |
| Available Rope Diameters | Ø4 / Ø5 / Ø6 / Ø8 mm |
| Standard Spool Weights | 5 kg / 15 kg |
CTC: crushed cast tungsten carbide. SFTC: spherical fused tungsten carbide.
Application-specific welding procedures and service suitability require engineering review.
IntegriClad™ Flexible Welding Rope
Edge / Spher / Hybrid Comparison
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| Property | IntegriClad™ Edge | IntegriClad™ Spher | IntegriClad™ Hybrid |
|---|---|---|---|
| Carbide Type | Crushed Cast WC | Spherical Fused WC | 75% Crushed Cast WC + 25% Spherical Fused WC |
| Carbide Hardness (HV0.1) | 2,100–2,500 | 2,600–3,100 |
Crushed Cast WC: 2,100–2,500
Spherical Fused WC: 2,600–3,100 |
| Wear Behaviour | High abrasion resistance, economical | Extreme wear resistance | Balanced wear + toughness |
Hybrid blend percentages refer to the carbide fraction. Overall rope composition: 65% carbide + 35% matrix.
IntegriClad™ Flexible Welding Rope
Rope Diameter & Deposition Range
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| Rope Diameter (mm) | Edge Carbide Size (mm) | Spher Carbide Size (mm) | Typical Overlay Thickness (mm) | Recommended Use |
|---|---|---|---|---|
| Ø4 | 0.1–0.6 | 0.1–0.4 | 2–4 | Precision hardfacing, thin overlays, repair of small components |
| Ø5 | 0.1–0.7 | 0.1–0.4 | 3–6 | General-purpose wear protection, medium-duty applications |
| Ø6 | 0.1–0.7 | 0.1–0.4 | 4–8 | Heavy-duty hardfacing, larger components, higher deposition rate |
| Ø8 | 0.1–0.8 | 0.1–0.4 | 5–10 | Severe wear protection, mining, crushers, large wear parts |
Overlay thickness ranges are typical. Final deposition requirements depend on substrate, geometry, and the agreed application procedure.
Typical Industrial Applications
Our tungsten carbide welding rope solutions are widely used for wear protection in the following industrial applications:
Choosing IntegriClad™ welding rope for your application
IntegriClad™ tungsten carbide welding rope is a consumable for depositing a carbide-reinforced hardfacing layer on selected component surfaces. Learn more about our tungsten carbide cladding and hardfacing solutions. It is intended for fabrication and maintenance teams that carry out the deposition process, rather than customers seeking a finished carbide wear component.
Applications for review include screw conveyors and augers, mixer paddles, wear edges, dredging components and other parts exposed to abrasive particles. Selection starts with identifying where wear occurs and whether abrasion, erosion, sliding contact or impact dominates the application. For applications requiring finished wear-resistant components rather than deposited hardfacing, explore our tungsten carbide parts and components. For components requiring pre-applied carbide wear protection, explore our vacuum-brazed tungsten carbide wear solutions as an alternative to on-site hardfacing.
Available rope diameters are 4, 5, 6 and 8 mm, with 5 kg and 15 kg spool options. Packaging configuration should be confirmed when ordering. Diameter should be selected with the component geometry, required deposit and application procedure in mind—not simply by choosing the largest rope.
IntegriClad™ includes Edge, Spher and Hybrid carbide systems. Edge uses crushed cast tungsten carbide; Spher uses spherical fused tungsten carbide; Hybrid combines the two. Share the wear conditions with IntegriMat so the carbide architecture can be considered alongside the deposition requirements. A grade name alone does not establish suitability for a particular component. For a deeper understanding of tungsten carbide welding rope technology, including material characteristics, deposition principles, and wear protection applications, read our technical white paper, Tungsten Carbide Welding Rope Technology (IM-WP-001).
Information needed for a rope recommendation
Send the component drawing or photographs, substrate material, worn-area dimensions, abrasive material, particle characteristics, impact conditions and operating temperature. Include your intended hardfacing process, available equipment, target deposit thickness and estimated material quantity. The latest IntegriClad™ catalogue specifies oxy-acetylene application; other processes require a separate compatibility review.
Engineering & Technical Support
Beyond material supply, we support customers with:
- Wear mechanism evaluation
- Hardfacing material selection
- Application guidance
- Repair and rebuild strategies
- Technical product support
Our goal is to help fabrication and maintenance operations improve wear performance, increase equipment reliability, and reduce operating costs in severe service environments.
Quality-Focused Supply
Our tungsten carbide welding rope products are selected through qualified manufacturing partners based on consistency, carbide quality, and suitability for industrial hardfacing applications.
Materials are visually inspected prior to shipment to help ensure:
- Consistent rope construction
- Uniform carbide distribution
- Proper flexibility and handling characteristics
- Dimensional consistency
Welding-rope FAQs
Is welding rope the same as a finished hardfaced part?
No. Welding rope is the consumable used to create the wear-resistant deposit. If you need a protected component supplied to an approved drawing, review our tungsten carbide hardfacing and cladding solutions.
Which rope diameter should I choose?
The choice depends on the wear-zone geometry, deposition access, target thickness and procedure. IntegriMat can review your application against the available 4, 5, 6 and 8 mm options.
Can I use one welding procedure for every steel component?
No. Substrate material, section thickness, geometry and service conditions affect preparation, heating, deposition and cooling requirements. Request application-specific guidance before using a procedure on a new component.
Can I test the rope before placing a larger order?
Contact IntegriMat to discuss an industrial evaluation. Share the application, intended test method and required quantity so evaluation supply and availability can be confirmed.
Should I choose rope hardfacing or vacuum-brazed carbide?
Rope hardfacing deposits carbide particles in a metallic matrix. Vacuum-brazed wear solutions use discrete cemented-carbide tiles, blocks or inserts joined to a steel component. Geometry, wear conditions, impact and fabrication requirements guide the choice.
Packaging Options
Each packaging format is designed to ensure material protection, dimensional stability, and convenient handling in fabrication workshops and field operations.
15 kg Wooden Spool Packaging
Heavy-duty wooden spool designed for industrial bulk use, long-distance transportation, and stable warehouse storage.
5 kg Plastic Spool Packaging
Lightweight plastic spool designed for easier handling, flexible workshop use, and smaller consumption requirements.
IntegriClad™ Flexible Welding Rope
Ordering Information & Product Codes
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| Product Grade | Order Number | Standard Spool Weight | Rope Diameter (mm) | Carbide Particle Size (mm) |
|---|---|---|---|---|
| Edge | IC-ED-04-A | 5 kg / 15 kg | 4 | 0.1–0.6 |
| Edge | IC-ED-05-B | 5 kg / 15 kg | 5 | 0.1–0.7 |
| Edge | IC-ED-06-B | 5 kg / 15 kg | 6 | 0.1–0.7 |
| Edge | IC-ED-08-C | 5 kg / 15 kg | 8 | 0.1–0.8 |
| Spher | IC-SP-04-S | 5 kg / 15 kg | 4 | 0.1–0.4 |
| Spher | IC-SP-05-S | 5 kg / 15 kg | 5 | 0.1–0.4 |
| Spher | IC-SP-06-S | 5 kg / 15 kg | 6 | 0.1–0.4 |
| Spher | IC-SP-08-S | 5 kg / 15 kg | 8 | 0.1–0.4 |
| Hybrid | IC-HY-04-A | 5 kg / 15 kg | 4 | 0.1–0.6 |
| Hybrid | IC-HY-05-B | 5 kg / 15 kg | 5 | 0.1–0.7 |
| Hybrid | IC-HY-06-B | 5 kg / 15 kg | 6 | 0.1–0.7 |
| Hybrid | IC-HY-08-C | 5 kg / 15 kg | 8 | 0.1–0.8 |
Custom packaging and spool configurations are available upon request.
Samples Available
We understand the importance of field validation in industrial wear applications.
Samples may be available for qualified industrial testing and evaluation programs.
Contact us to discuss your application requirements and wear challenges.
Integrated Surface Engineering Solution
Where specified by the application procedure, an appropriate IntegriPowder™ nickel-based alloy may be considered as a pre-coating or intermediate layer before IntegriClad™ rope hardfacing. Compatibility must be reviewed against the substrate, powder grade, deposition process and service conditions.
Powder selection and process suitability are grade-specific. Contact IntegriMat with the intended procedure and equipment so the relevant technical data sheet and application requirements can be reviewed.
Key Advantages
High Wear Performance
Excellent resistance against abrasion, erosion, and sliding wear in industrial environments.
Excellent Flowability
Controlled powder morphology ensures smooth feeding, stable deposition, and consistent coating quality.
Controlled Alloy Chemistry
Optimized Ni-Cr-B-Si composition provides reliable bonding, hardness, and coating performance.
Multi-Process Compatibility
Suitable for thermal spray and surface engineering processes including:
- Flame Spray
- HVOF
- HVAF
- Laser Cladding
- PTA
IntegriPowder™ Nickel-Based Alloy Grades and Ordering Codes
IntegriPowder™ nickel-based alloy powders are available in multiple grades and particle-size distributions for selected thermal spray and surface engineering applications. The technical reference below summarizes nominal alloy compositions, typical hardness levels, available particle-size ranges, compatible deposition processes, and product ordering codes. Powder selection and compatibility with IntegriClad™ welding rope hardfacing must be evaluated according to the substrate, deposition method, and operating conditions.
