KPT Pipes has developed AL Therm to outperform conventional piping through a blend of advanced materials and smart
engineering. Here's what makes AL Therm unique:
1. Outstanding Durability and Longevity
The integration of aluminium with PPR makes these pipes highly resistant to damage caused by high pressure, temperature
fluctuations, vibrations, and mechanical impacts. Their corrosion-resistant composition ensures a long-lasting,
maintenance-free lifespan.
2. Superior Thermal Insulation
The aluminium core within the pipe acts as an efficient insulator, reducing heat transfer. This minimises energy loss,
making the pipes ideal for both hot and cold water applications and helping improve overall energy efficiency in heating
and plumbing systems.
3. Flexibility and Ease of Installation
Lightweight and flexible, AL Therm pipes are easy to handle and install. They can be bent to accommodate complex
plumbing layouts, reducing the need for fittings and making installations faster, easier, and more cost-effective.
4.High Resistance to Pressure and Heat
These pipes are built to endure high temperatures and pressures, making them ideal for challenging environments such as
industrial operations or heating systems. The aluminium core enhances their resistance to deformation and thermal
expansion.
5. Chemical Resistance
The inner and outer PPR layers resist various chemicals, including salts, alkalis, and acids. This makes the pipes
well-suited for chemical industries or facilities where chemical exposure is common. The aluminium core maintains the
system's strength under such conditions.
6. Noise Reduction
The multi-layered design helps to dampen the noise associated with flowing water. Particularly, the smooth PPR inner
layer significantly reduces sound transmission, resulting in quieter operation within residential and commercial setups.
7. Eco-Friendly Materials
AL Therm pipes are manufactured using recyclable materials, making them an environmentally conscious choice. Their
energy-saving capabilities further contribute to a reduced carbon footprint in water heating and distribution systems.
