Pipe developments provide mechanical qualities, temperature resistance, durability and sustainability advantages.

Careful consideration while selecting and installing pipes and fittings at industrial premises would ensure performance efficiency and reliability, says Siddharth Bansal, Director at Skipper Limited.

What key factors should be considered when selecting industrial pipes, tubes, and fittings for a specific application?
Several factors should be considered when choosing industrial pipes, tubes, and fittings to ensure the best selection for a specific application. Firstly, compatibility with the material being transported is essential, considering factors like chemical composition, temperature, pressure, and potential interactions. Secondly, considering cost-effectiveness by evaluating aspects like initial cost, lifespan, maintenance requirements, energy efficiency, and system optimisation potential is essential. Additional considerations include:
• Anticipating future needs and compatibility with system expansions.
• Ensuring safety.
• Assessing environmental impact.
• Compliance with regulations.

How are industrial pipes, tubes, and fittings tested for quality and safety?
Industrial polymer pipes, tubes, and fittings undergo rigorous testing to ensure their quality and safety. Key tests include material analysis, dimensional inspection, pressure testing, impact testing, hydrostatic testing, creep testing,
ESCR testing, flammability testing, and certification/compliance. The material analysis evaluates composition and
properties, while dimensional inspection verifies specifications. Pressure testing assesses structural integrity and leak resistance, while impact testing evaluates resistance to shocks. Hydrostatic testing checks for leaks and deformations under pressure, and creep testing assesses long-term deformation. ESCR testing evaluates resistance to environmental stress cracking, and flammability testing determines fire resistance.

What common challenges can arise when working with industrial pipes, tubes, and fittings, and how can they be addressed?
Working with industrial polymer pipes, tubes, and fittings presents various challenges that can be addressed through
careful consideration and proactive measures. Chemical compatibility is a crucial aspect, requiring the selection
of suitable polymers resistant to the intended substances. Temperature limitations should be considered to ensure the chosen polymer can withstand the application’s temperature range. Pressure resistance is vital, involving materials with adequate strength and wall thickness, proper installation techniques, and reliable fittings.

Joining polymer components may require special techniques, such as solvent welding or heat fusion, and compatibility between materials and methods must be ensured. Expansion and contraction challenges can be mitigated through expansion joints and proper allowances.

By carefully addressing these challenges through proper material selection, installation techniques, and adherence to
standards, industrial polymer pipes, tubes, and fittings can be effectively utilised, leading to efficient and reliable systems.

What innovations and advancements are currently being made in industrial pipes, tubes, and fittings, and how are they improving the industry?
Advancements in industrial polymer pipes, tubes, and fittings are driving improvements in the industry. Notable developments include enhanced polymer composites with increased strength and durability, high-temperature polymers for demanding applications, improved joining techniques for secure connections, eco-friendly and recyclable polymers reducing environmental impact, and advanced coatings enhancing performance and longevity. These innovations offer improved mechanical properties, temperature resistance, and durability while promoting energy savings and sustainability.

For more details visit: https://www.skipperlimited.com/