Port dredging, sediment transport and land reclamation place severe demands on pipeline systems. Wear resistant dredging pipes must withstand continuous abrasion from sand, gravel, crushed shell [...]

In direct reduced iron (DRI) conveying systems, pipework must withstand continuous material abrasion, reducing gas corrosion and demanding operating temperatures of up to 1000°C while maintainin [...]

In underground mining, an underground ore unloading hopper can face three persistent problems: rapid wear, material build-up and frequent replacement of wear parts. Heavy ore repeatedly falls in [...]

Long-distance tunnel boring and underground excavation expose equipment to continuous contact with sand, gravel, rock and excavated soil. Chromium carbide hardfacing wear plate provides a target [...]

Smooth wear plate for mining chutes addresses an often-overlooked cause of material build-up: the surface condition of the liner itself. In mining transfer systems, wet, fine and sticky ores are [...]

In mining, power generation, metallurgy, and chemical processing, pipelines carrying solid particles, slurry, ash, and slag are exposed to continuous abrasion and impact. A bimetallic wear-resis [...]

FNS Pipeline Technology Co., Ltd. will present its latest surface engineering and cladding technologies at The 12th All China – International Tube & Pipe Industry Trade Fair (Tube Chin [...]

Mining equipment operates under some of the most demanding wear conditions in heavy industry. Excavator buckets, loader components, dump truck bodies and dozer blades are continuously exposed to [...]

In copper mining operations, wear-resistant pipes for copper ore conveying can make a major difference to production reliability and maintenance costs. High-velocity copper ore powder continuous [...]

Direct Reduced Iron (DRI) and Hot Briquetted Iron (HBI) conveying is one of the most demanding applications in modern metallurgical plants. With material temperatures reaching approximately 650– [...]

In mining, steel, cement, dredging, and heavy manufacturing industries, equipment components are constantly exposed to severe operating conditions such as high abrasion, impact loading, material [...]

Hardfacing Wear Plates for Cement Plants have become one of the most effective solutions for combating severe abrasion, impact, and erosion in modern cement production facilities. From dynamic c [...]

Although Nickel alloy hardfacing defects can significantly reduce corrosion resistance and service life, most welding problems are preventable through proper process control. Understanding why d [...]

Choosing between Nickel Alloy Hardfacing vs Stainless Steel Overlay is a common challenge in industries such as oil & gas, petrochemical processing, offshore engineering, power generation, a [...]

Nickel-Based Alloy Hardfacing Welding has become one of the most reliable surface engineering technologies for equipment operating in corrosive, high-temperature, and severe wear environments. F [...]

Selecting the best alloy materials used in industrial hardfacing applications is one of the most important decisions in equipment remanufacturing and wear protection. Whether repairing mining to [...]

Industrial companies are under constant pressure to lower maintenance expenses while maximizing equipment availability. One of the most effective strategies is understanding how hardfacing reman [...]

When engineers evaluate the plasma cladding process vs traditional hardfacing, the decision affects much more than the repair itself. It influences equipment reliability, maintenance intervals, [...]

The hardfacing remanufacturing process is one of the most effective technologies for restoring worn industrial components, improving surface performance, and extending equipment service life. In [...]

D60 nickel-based powder for screw repair is becoming an increasingly popular solution for manufacturers looking to restore worn plastic extrusion screws and injection molding screws while reduci [...]

Internal bore cladding is increasingly used to protect pipelines operating in harsh oil and gas environments. Corrosion often begins on internal surfaces where aggressive media continuously cont [...]

Inconel 625 pipe end cladding has become one of the most trusted corrosion protection methods for sour service pipelines transporting oil and gas containing hydrogen sulfide (H₂S). Pipeline weld [...]

When selecting a corrosion protection strategy for oil and gas pipelines, engineers often compare CRA cladding vs internal coating to determine the most reliable solution. Both methods are desig [...]

Pipe end internal cladding technology has become one of the most effective solutions for protecting critical weld areas in oil, gas, water, and chemical transmission pipelines. Although welding [...]