4 Types of PVC Roofing Membranes

4 Types of PVC Roofing Membranes

Not every flat roof requires the same solution. New construction, renovation without demolition, complex detailing areas, or full-scale reconstruction — each project has its own structural and operational requirements.

At Rotors Tech, we provide four PVC membrane systems designed to meet specific technical conditions, including wind loads, structural calculations, substrate type, and building use.

1. Reinforced PVC Membrane

photo converted 300x199

A universal solution for new flat roofs and full-scale reconstruction projects.

Polyester reinforcement ensures:

  • high tensile strength
  • dimensional stability
  • resistance to mechanical stress and wind uplift

Recommended for projects where structural reliability and long-term performance are critical.

2. Non-Reinforced PVC Membrane

594c0d 7ba76c5756df4c4591b811d32220ad1f mv2 300x167

A project-based solution for areas requiring maximum flexibility.

The homogeneous PVC structure (without reinforcement) provides:

  • high elongation capacity
  • adaptability in complex detailing zones
  • reliable performance around joints and penetrations

Final selection should always be confirmed based on structural and wind load calculations.

3. Reinforced PVC Membrane with Fleece Backing

594c0d 25ee01b531a64072a53b058ade71358c mv2 1 300x207

Designed for renovation projects without removing the existing roofing layer (including aged bitumen systems).

The fleece backing functions as:

  • a separation layer
  • a protective cushion
  • a compatibility interface between the new membrane and the existing substrate

An optimal solution for industrial and commercial facilities where operational downtime must be minimized.

4. Composite Renovation System (No Demolition)

594c0d 98047dff94594c8baa6da2851a446615 mv2 300x195

A system-based encapsulation approach built around the fleece-backed membrane.

Instead of full roof demolition, a new waterproofing layer is installed over the existing roofing system using mechanical or adhesive fixation combined with hot-air welded seams.

This solution reduces:

  • dismantling costs
  • project timelines
  • operational disruption

Selecting the appropriate PVC membrane should always be based on engineering assessment, structural conditions, wind loads, and building function.

If you require technical consultation or assistance with membrane selection, our team is ready to support your project.

Contact Rotors Tech:

📞 +421 948 431 890

📧 info@rotors.tech

Request
Contact us
We appreciate your interest in our products and services. Please fill out the form below to leave feedback, ask a question or submit any other inquiry.

    Other articles and blog posts
    RotorsTech Will Attend POWERGEN India 2026 in New Delhi
    RotorsTech Will Attend POWERGEN India 2026 in New Delhi
    From 1 to 3 September 2026, the RotorsTech team will attend Bharat Electricity, POWERGEN India ...
    Reverse Engineering a Drive Gear: How an Industrial Line in Serbia Returned to Operation Without Factory Drawings
    Reverse Engineering a Drive Gear: How an Industrial Line in Serbia Returned to Operation Without Factory Drawings
    When a gearbox unit on an industrial line in Serbia stopped due to emergency wear of its drive ...
    How Rotors Tech Restores Worn Parts Without Factory Documentation
    How Rotors Tech Restores Worn Parts Without Factory Documentation
    How can a worn part be restored when the original factory documentation is missing? This is ...
    RotorsTech Is Visiting Concrete Show South America 2026
    RotorsTech Is Visiting Concrete Show South America 2026
    From 25 to 27 August 2026, RotorsTech is visiting Concrete Show South America in São Paulo, ...