Our Services

Non-Destructive Testing

ICES offers a comprehensive suite of Non-Destructive Testing services, employing certified inspectors and advanced technology to ensure the reliability and integrity of your assets. Our NDT services include:

✔ Ultrasonic Testing
✔ Radiographic Testing
✔ Magnetic Particle Testing
✔ Liquid Penetrant Testing
✔ Visual Inspection

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Destructive Testing

For a thorough understanding of material properties and structural integrity, ICES offers Destructive Testing services. Our range of DT services includes:

✔ Mechanical Testing
✔ Chemical Analysis
✔ Metallurgical Examinations

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Onsite Heat Treatment

Pre-heating, post heating, intermediate stress relieving post weld heat treatment, shrink fitting, normalizing, refractory dry out coating curing.
✔ By localized electrical heating method.
✔ By induction heating method.
✔ By internal heating method. (whole jobs)
✔ By permanent or modular or temporary furnace heating method.
✔ Refractory dryout / coating curing by internal heating using high velocity gas or oil-fired burner system.
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By Localized Electrical Heating Method:

Localized heating of pipes, Cir-seam joints, heat exchangers, and structural job by Electrical heat treatment method.

PWHT Internal Heating Method:

Jobs such as Pressure Vessels, LPG Bullets, LPG mounded Bullets, Column, Horton Sphere, Thin Wall Tank etc. heat treated by HIGH VELOCITY OIL FIRED BURNER SYSTEM (Internal Heating Method). These jobs can be carried out at works site in position.
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Permanent or Modular or Temporary Furnace Heating Method:

(By electrical or Oil/Gas-fired burner) By this method we can heat treat the job such as Pressure Vessel, Bullet, Piping spools and Structural job by erecting Temporary Furnace at works or site.
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Refractory Dryout

Refractory dryout is the controlled process of applying heat to a refractory lining to remove water from the lining system without causing damage to the refractory materials.
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Induction Heating Method:

It is a fast method that saves time when preheating is required. The setup time for the induction heating equipment is also much faster compared to other methods. Easy to wind, flexible induction coils can be used on many shapes, sizes, and types of parts.

Providing temperature uniformity and consistency of the weld quality are also some of the numerous benefits. In addition, induction offers safety benefits compared to resistance and open flame heating methods.

NDT Level III Service Provision:

We offer NDT Level III consultancy services that span coded vessel compliance, meticulous qualification of NDT personnel, development of precise inspection procedures, and the crafting of cutting-edge testing techniques.

Corrosion Inspection

At Inspection Corrosion Engineering Services (ICES), our mission is to be the unparalleled leader in corrosion inspection and testing services. We are dedicated to ensuring the longevity and safety of critical infrastructure for our clients by delivering cutting-edge solutions. Through the relentless pursuit of excellence, advanced technology, and a highly skilled workforce, we aim to exceed industry standards and set a benchmark for integrity, precision, and reliability in the field of corrosion management.
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Our Expertise

Our team of 400+ staff comprises certified and experienced professionals with in-depth knowledge of corrosion, NDT, and DT testing techniques. We stay abreast of industry advancements to provide cutting-edge solutions.

✔ Radiographic Testing (RT): Employing advanced radiographic techniques to reveal internal flaws and defects.

✔ Ultrasonic Testing (UT): Utilizing ultrasonic waves for detecting subsurface irregularities and measuring material thickness.

✔ Magnetic Particle Testing (MT): Detecting surface defects using magnetic fields and particles.

✔ Dye Penetrant Testing (PT): Identifying surface flaws in non-porous materials with penetrating dyes.

✔ Vacuum Box Testing: Ensuring the integrity of confined welds and joints.

✔ Visual Testing (VT): Visually identifying surface defects and inconsistencies.

✔ Positive Material Identification (PMI): Verifying material composition for specification compliance.

✔ Hardness Testing: Evaluating material hardness and mechanical characteristics.

✔Advanced NDT: Utilizing cutting-edge techniques for comprehensive material assessment.

✔ Phased Array Ultrasonic Testing (PAUT): High-resolution imaging for precise defect detection.

✔ Time of Flight Diffraction (TOFD): Detecting and sizing defects using diffraction patterns.

✔ Computed Radiography (CR): Digital radiography for accurate imaging and analysis.

✔ Heat Treatment: Applying controlled heat and cooling processes to enhance material properties.

✔ Refractory dryout: Refractory dryout is the controlled process of applying heat to a refractory lining to remove water from the lining system without causing damage to the refractory materials