PROCEDURES

In both cleaning and welding services, we emphasize quality, safety, and customization to meet client expectations efficiently. Detailed procedures for each technique, including material selection, processes, common challenges, and solutions, ensure that every service is delivered to the highest standards. Additionally, our consulting and failure analysis services support clients in optimizing their operations and troubleshooting issues effectively.

Customized Cleaning & Maintenance

• Description: Maintenance and cleaning needs are customized for each company. We offer daily, weekly, or monthly cleaning contracts or one-time services based on your preferences.

Post-Construction Building Cleaning

• Description: For construction companies or new building owners, we provide a thorough cleaning service to prepare for the official opening or move-in.

Welding Services

Laser Welding

• Description: A modern technique using light beams to melt and fuse metal parts. Can be applied to aluminum, stainless steel, titanium, and HSLA steel.

• How It Works: High power density for controlled heat in the weld area.

• Materials: Solid-state, gas, and fiber laser.

GMAW or MIG Welding

• Description: Gas metal arc welding using a continuous wire feed for higher deposition rates. Ideal for both aluminum and steel welding.

• Advantages:

  Can be used in all positions

  High deposition rates

  Reduced need for cleaning after welding
  Semi-automatic process

MIG Welding Shielding Gases

• Description: The arc plasma and shielding gases stabilize the weld pool. Common gases include:

  Argon

  Argon/Helium

  Argon with CO2 or Oxygen

Common Welding Issues

• Weld Discontinuities: Channel, incomplete fusion, porosity, weld cracks.

• Welding Problems: Oxidized weld deposits, wire issues.

WELDING SERVICES

Welding Processes and Techniques
Welding is a manufacturing or sculpting process that joins parts, usually metals or thermoplastics, by creating coalescence. This process often involves melting the workpieces and adding a filler metal to form a weld pool that solidifies into a strong joint. Welding can be accomplished using various energy sources, including gas flame, electric arc, electron beam, friction, and ultrasonic.

• TICAM Group Welding Techniques

  • Laser Welding

  • MIG Process

  • TIG Process

  • Electron Beam Welding (EBW)

  • EBW is a fusion welding process that applies a high-speed electron beam to produce heat at the weld point. It offers:

    • Advantages: Single passes for welding thick joints, low distortion, narrow weld zones.

  • Limitations: High equipment costs, time constraints, and potential for high cure speed causing cracking.
    Plasma Arc Welding (PAW)

  • Similar to the GTAW process but with a higher energy concentration, the PAW process allows for separation of the plasma arc from the shielding gas envelope.

• Soft Welding and Brazing

  • These processes join parts without melting the base metals, suitable for electrical connections and mechanical welds.

  • Techniques Include: Soft soldering for pipes, stained glass, and mechanical connections; brazing techniques such as silver soldering and gas brazing.

• Arc Welding

  • Produces heat by creating an electric arc between an electrode and the base metal.

• Electric Resistance Welding (ERW)

  • Uses electric current and mechanical pressure to produce heat that forms the weld. Techniques include spot welding and projection welding.Common Concerns and Solutions

    We can help you optimize your welding processes by evaluating current        parameters and eliminating common weld problems such as:

• EBW Process Problems: Channel, porosity, cracking.

• Soldering and Brazing Problems: No wetting, excessive wetting, flux occlusion.

• Resistance Welding Discontinuities: Cracks, porosity, improper weld penetration.

     Equipment Failure Analysis

   Our materials engineering and metallurgists provide independent expert      opinions in the analysis of failed welds or equipment. Features include:

• Weld failure analysis.

• Root cause analysis determination.

• Photographic documentation.