Thermal Insulation Coating Test Methods

Thermal insulation coatings provide a variety of benefits to pipeline systems besides temperature control such as corrosion inhibition, impact and abrasion resistance. Our testing services help ensure pipeline coating performance throughout their service life.

Our thermal insulation coating testing services include a variety of mechanical, environmental and ageing methods designed to simulate real-world use. Our oil and gas experts have experience in the lab and in the field, and can assist with a wide range of testing, consulting and investigative projects. 

In addition to providing accurate, reliable data about material properties, our thermal insulation coating services including validating coating integrity, developing new pipeline coatings, and determining failure modes and how to prevent them. 

Pipeline Coating Simulated Service Test (SST)

Our labs provide thermal insulation coating qualification using the simulated service testing outlined in ISO 12736 (full-scale pipes with factory applied coatings). Our SST facility can test two 5 meter pipes simultaneously, as well as other types of pipeline equipment. 

We can perform long-term tests at pressures up to 300 bar, and temperatures down to 4-10 C (external) and 200 C (internal). For projects with other requirements, our experts can assist in designing and implementing custom or unique programs. 

Our Thermal Insulation Coating Services

Our thermal insulation coating programs are performed in accordance with applicable local, regional, national and international standards, including ASTM, ISO and EN standards for wet thermal insulation coatings intended for pipelines, flow lines, sub-sea equipment and structures. We also provide testing to industry accredited standards, including NACE RP0394 and others.

Some of the thermal insulation coating test methods we offer include:

• High Pressure High Temperature (HPHT) testing
• Wet aging
• Water absorption
• Mechanical coating testing
• Hardness testing
• Abrasion testing
• Thermal analysis methods
• Cathodic disbondment
• Ring shear
• CTE