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Tanmng Ni60 + Tungsten Carbide Spray Welding Coating is designed to restore and enhance the performance of worn connecting rods operating in harsh industrial environments. By combining nickel-based alloy with tungsten carbide through advanced spray welding technology, this solution delivers outstanding wear resistance, corrosion protection, and thermal stability. Widely applied in heavy machinery, marine, and energy industries, it helps extend component life and reduce replacement costs. Contact Tanmng today for professional coating solutions and technical consultation.
| Parameter | Description / Options |
|---|---|
| Coating Process | Spray Welding / Thermal Spraying |
| Coating Hardness | High (Exact HV value to be confirmed) |
| Coating Thickness | Customized according to application |
| Adhesion Strength | High (Test data recommended) |
| Operating Temperature | Suitable for high-temperature environments |
| Corrosion Resistance | Excellent (Acid, alkali, seawater) |
| Surface Finish | Machinable after coating |
The Ni60 + WC composite coating forms a dense, hard surface layer that dramatically reduces abrasive and adhesive wear,
extending component service life.
Nickel-based alloy coatings create a protective barrier against corrosive media, ensuring reliable operation in chemically
aggressive environments.
Optimized coating microstructure improves lubricity, lowering friction losses and helping reduce operating temperatures.
Spray welding technology ensures excellent bonding strength between coating and substrate, preventing peeling or cracking
during operation.
Effective heat dissipation enhances thermal stability, making the coating ideal for high-load and high-temperature working
conditions.
Restoring worn connecting rods through spray welding significantly reduces replacement costs and equipment downtime.
Industrial Machinery – Repair and reinforcement of worn connecting rods and motion components
Mining Equipment – Protection against severe abrasion and heavy loads
Marine Engineering – Corrosion resistance in seawater and high-humidity environments
Power Generation Equipment – Improved durability under continuous high-temperature operation
Heavy Manufacturing – Life extension of critical mechanical components
A: It combines high hardness, excellent wear resistance, and strong corrosion protection, significantly extending
component service life.
A: Yes. The coating offers good thermal stability and heat dissipation for high-temperature environments.
A: No. It is a cost-effective repair and surface enhancement solution that reduces replacement frequency and downtime.
A: Yes. The coating can be machined or ground to precise tolerances after application.
Tanmng Ni60 + Tungsten Carbide Spray Welding Coating is designed to restore and enhance the performance of worn connecting rods operating in harsh industrial environments. By combining nickel-based alloy with tungsten carbide through advanced spray welding technology, this solution delivers outstanding wear resistance, corrosion protection, and thermal stability. Widely applied in heavy machinery, marine, and energy industries, it helps extend component life and reduce replacement costs. Contact Tanmng today for professional coating solutions and technical consultation.
| Parameter | Description / Options |
|---|---|
| Coating Process | Spray Welding / Thermal Spraying |
| Coating Hardness | High (Exact HV value to be confirmed) |
| Coating Thickness | Customized according to application |
| Adhesion Strength | High (Test data recommended) |
| Operating Temperature | Suitable for high-temperature environments |
| Corrosion Resistance | Excellent (Acid, alkali, seawater) |
| Surface Finish | Machinable after coating |
The Ni60 + WC composite coating forms a dense, hard surface layer that dramatically reduces abrasive and adhesive wear,
extending component service life.
Nickel-based alloy coatings create a protective barrier against corrosive media, ensuring reliable operation in chemically
aggressive environments.
Optimized coating microstructure improves lubricity, lowering friction losses and helping reduce operating temperatures.
Spray welding technology ensures excellent bonding strength between coating and substrate, preventing peeling or cracking
during operation.
Effective heat dissipation enhances thermal stability, making the coating ideal for high-load and high-temperature working
conditions.
Restoring worn connecting rods through spray welding significantly reduces replacement costs and equipment downtime.
Industrial Machinery – Repair and reinforcement of worn connecting rods and motion components
Mining Equipment – Protection against severe abrasion and heavy loads
Marine Engineering – Corrosion resistance in seawater and high-humidity environments
Power Generation Equipment – Improved durability under continuous high-temperature operation
Heavy Manufacturing – Life extension of critical mechanical components
A: It combines high hardness, excellent wear resistance, and strong corrosion protection, significantly extending
component service life.
A: Yes. The coating offers good thermal stability and heat dissipation for high-temperature environments.
A: No. It is a cost-effective repair and surface enhancement solution that reduces replacement frequency and downtime.
A: Yes. The coating can be machined or ground to precise tolerances after application.
