Eternoivica Straight Roof Drain with Fibreglass Mesh 50mm

Eternoivica Straight Roof Drain with Fibreglass Mesh 50mm

CMS012

Regular price£58.70
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Liquid Vertical Exit Drain with Fibreglass Mesh – RD50FG

Ideal for Liquid Waterproofing Systems | Eternoivica

The Liquid Vertical Exit Drain by Eternoivica is specifically engineered for use with liquid waterproofing membranes, offering a secure and efficient drainage solution for flat roofs and balconies. Featuring a fibreglass mesh for optimal bonding, it integrates seamlessly with water-based liquid waterproofing systems, ensuring long-lasting protection and superior adhesion.

The polypropylene flange is knurled on both sides to enhance the grip of liquid membranes, preventing delamination and improving durability. Small steps on the upper spigot allow any infiltration water from the upper layers to be effectively captured and diverted, reducing the risk of leakage or pooling.

Features & Benefits

  • Fibreglass mesh for strong bonding with liquid waterproofing materials
  • Dual-sided knurled polypropylene flange for improved adhesion
  • Upper spigot steps capture infiltration water for efficient drainage
  • Compatible with water-based liquid waterproofing systems
  • Lightweight yet durable construction (0.50 kg)
  • Reliable solution for vertical roof drain exit installations

Product Specifications

  • Manufacturer Code: RD50FG

  • Brand: Eternoivica

  • Pack Quantity: 1

  • Length: 200 mm

  • Width: 230 mm

  • Thickness: 200 mm

  • Weight: 0.50 kg

  • Product Type: Mesh (for roofing drainage)

Ideal For

  • Flat roofs and terraces using liquid waterproofing membranes

  • Waterproofing professionals requiring secure vertical drainage exits

  • Projects needing easy installation and strong membrane adhesion

Why Choose the Liquid Vertical Exit Drain?

With a design focused on adhesion, drainage efficiency, and compatibility with liquid membranes, this drain offers a high-performance solution for professional roofing applications. Trust Eternoivica’s engineering for reliable water management and membrane integration.

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