Industries We Serve

Tajdid Manufacturing Company provides surface treatment solutions for Reconditioning, Enhancement, Laser Hardening, and Laser Welding solutions for various key industries. Our services help companies extend the lifespan of their equipment, enhance operational efficiency, and reduce maintenance and replacement costs.

Oil & Gas Industry

Oil and gas facilities operates in Harsh and highly demanding environments, where critical components such as drill components, pumps, turbine, compressor shafts & components valves, and others, are constantly exposed to abrasion, corrosion, and extreme pressures, leading to frequent replacements and high maintenance costs.

Additive Manufacturing (AM) offers a cost-effective and reliable solution by applying a high-performance alloy coating to both new and worn components. This process significantly enhances wear resistance, corrosion protection, and mechanical strength, ensuring longer operational life and reduced downtime.

By utilizing AM technology, oil and gas operations can minimize equipment failures, extend maintenance intervals, and optimize operational efficiency—ultimately reducing costs while enhancing performance and safety.

Applications in this sector

  • Stabilizers
  • LWD & MWD tools
  • Drilling Heads
  • Wear Bands
  • Radial Bearings
  • Mud Motor Parts
  • Couplings
  • Ball Valves / Seats

Petrochemical Industry

Petrochemical industries rely heavily on continuous mass production, where equipment operates in harsh environments for extended periods. This leads to significant damage, corrosion, and wear on critical components, such as valves, pumps, impellers, large rotor journals, discs, bushings, and bearings. These components are not only expensive to replace but also come in a wide range of shapes, making repairs both complex and costly.

Additive Manufacturing (AM) technology provides a cutting-edge solution for surface treatment, effectively restoring these components to their original performance levels while dramatically extending their service life. By precisely applying a high-quality metallic alloy, AM rebuilds worn surfaces, enhancing wear resistance, corrosion protection, and overall functionality.

At Tajdid Manufacturing Company, we specialize in advanced surface treatment solutions that deliver cost-effective, sustainable repairs for the petrochemical sector. Our expertise ensures optimal performance and significantly prolonged lifespans for critical machinery components.

Applications in this sector

  • compressors shaft and components
  • pumps shaft and components
  • Generator shaft
  • Valves
  • gearboxes shaft and components
  • turbines shaft and components

Power Generation Industry

The power generation sector depends on high-performance equipment that operates under thermal stress and continuous pressure. Additive Manufacturing provides an effective repair solution for steam turbine components, rotating shafts, and gears, improving efficiency and reducing failures.

Applications in this sector

  • Turbines Shafts and components
  • Generators Shafts and components
  • Drive shafts
  • Pumps Shafts and components
  • diesel generators Valves and seats

Mining Industry

Mining equipment operates in harsh environment where key metal parts often face severe wear and corrosion. Additionally, mining machinery is typically bulky, expensive, and difficult to maintain, which makes repairs and replacements challenging and costly. When parts fail due to damage or wear, it can result in significant economic losses and extended downtime.

Additive Manufacturing (AM) offers a solution by using metal additive manufacturing to enhance both new and worn components. Critical parts such as hydraulic cylinders and column assemblies can be treated with a high-performance alloy surface to dramatically improve their wear resistance, corrosion resistance, and overall durability.

This process not only prolongs the service life of components but also helps to minimize downtime and reduce maintenance costs

Applications in this sector

  • Wheel shafts
  • Hydraulic cylinders
  • Cutting blades
  • Shafts and components of gearboxes
  • Drive shafts
  • Friction-resistant surfaces
  • Valves and seats
  • Rotating shafts

Steel & Metals Industry

Steel production lines and their components are exposed to high temperatures and constant friction, leading to rapid wear and tear in rolling mill rollers, molds, and thermal equipment. Additive manufacturing technology enhances the durability of these components.

Applications in this sector

  • Large industrial gears
  • Rotating drive shafts
  • High-performance pump components
  • Heavy-duty bearings
  • Compression cylinders
  • Wear-resistant parts
  • Industrial cutting blades
  • Friction-resistant surfaces
  • mill rollers and thermal equipment

Railway & Transport Industry

Rail and transportation networks depend on high-load mechanical components, which are subject to continuous wear and corrosion. Additive manufacturing offer effective solutions to maintain the durability and reliability of vehicles and railway infrastructure.

Applications in this sector

  • Railway wheels and axles
  • brake systems
  • Wheel shafts
  • Drive shafts
  • Crankshafts and camshafts
  • Brake system components
  • Mechanical rotors
  • Wear-resistant rings

Water Desalination IndustryIndustry

Water desalination equipment is exposed to continuous corrosion due to saltwater and harsh chemicals. Additive Manufacturing technologies provide effective solutions for improving the durability of pumps, valves, and high-pressure pipelines.

Applications in this sector

  • valve and compressor component
  • High-pressure pumps Shafts and components
  • Rotating shafts
  • Gearboxes Shafts and components
  • Valves and seats
  • Rotary cylinders
  • Corrosion-resistant inner casings

Pulp & Paper Industry

The pulp and paper industry relies on heavy machinery operating in highly abrasive and corrosive environments. Key components such as press rolls, calendar rolls, doctor blades, pump casings, and rotary valves experience continuous wear due to exposure to high humidity, chemicals, and mechanical stress. Frequent component failures lead to costly downtime and expensive replacements.

Laser cladding technology provides a durable and cost-effective solution by applying high-performance alloy coatings to both new and worn components. This process enhances wear resistance, corrosion protection, and thermal stability, significantly extending the service life of critical parts and reducing maintenance costs.

Applications in this sector

  • Increased wear resistance to protect components from rapid degradation
  • Lower operational costs by extending the lifespan of critical equipment
  • Enhanced operational efficiency by minimizing unplanned downtime
  • Improved reliability ensuring sustainable industrial performance
  • Reduced maintenance and replacement expenses through advanced and long-lasting solutions

Construction Industry

Heavy construction equipment, such as excavators, bulldozers, and cranes, operates under demanding conditions that cause rapid wear of metal components. Our Additive Manufacturing and advanced surface treatment solutions ensure greater durability and prolonged service life.

Applications in this sector

  • bulldozer blades and drilling tools
  • crane arms and shafts
  • hydraulic cylinder and mechanical components

Mould & Plastic Industry

The mould and plastic industries rely on high-precision engineering components that endure high pressure and temperature. Additive Manufacturing and Laser hardening help extend the lifespan and efficiency of metal moulds and forming tools.

Applications in this sector

  • Plastic injection moulds components
  • Forming Dies tools
  • screws and extrusion cylinders
  • casting moulds