Pars Drain
A Smarter Solution for Condensate Drainage
Air-conditioning and cooling systems are an essential part of modern building infrastructure, where the quality and reliability of materials used for condensate drainage play a critical role in maintaining efficient and trouble-free operation.
As part of its commitment to customer satisfaction, product development, and responding to evolving market needs, Pars Zandeh Rood Plast has introduced Pars Drain—a specialized piping system designed for the efficient drainage of condensate water from air-conditioning and cooling systems.
Developed to overcome the limitations of conventional single-layer and multi-layer solutions, Pars Drain offers a more reliable, practical, and cost-effective approach to condensate drainage, combining smoother water flow, easier installation, and greater structural performance.
The Advantages of Pars Drain
01 — A Smoother, More Uniform Flow Path
A more consistent internal pathway for condensate water compared with conventional single-layer and five-layer products, helping improve drainage performance.
02 — Precise Slope Management
Pars Drain makes it easier to establish the required installation slope, supporting efficient and controlled condensate drainage.
03 — Up to 80% Lower Installation Costs
An optimized installation system that can reduce execution costs by up to 80% compared with conventional single-layer and five-layer solutions.
04 — True-to-Size Dimensions
Manufactured to actual nominal dimensions, providing greater accuracy and consistency during installation.
05 — A Complete Range from 25 to 50 mm
A versatile selection of pipes and fittings available in sizes from 25 to 50 mm, suitable for a wide range of HVAC condensate drainage applications.
06 — High Strength & Impact Resistance
Engineered for enhanced structural strength and resistance to impact, supporting reliable performance throughout the system’s service life.
07 — Faster, Easier Installation
A practical connection and installation process designed to simplify execution and reduce installation time on site.