TECHNORUBBER EPDM membrane is extruded single ply waterproofing membrane made from synthetic rubber ethylene propylene diene monomer.
The growing demand for durable, easy-to-install, and environmentally responsible roofing solutions has driven the rise of single-ply membranes in the waterproofing market. Technorubber EPDM meets these expectations and more.
Designed as a synthetic rubber single-ply membrane, Technorubber EPDM is ideal for flat and low-slope roofs across all building types. It delivers long-term durability, flexibility, and future-ready performance.
Flame-free installation enhances on-site safety, while its lightweight design allows for faster and simpler installation compared to traditional roofing systems.
Technorubber roofing membranes are designed for decades of worry-free performance. Their specially engineered composition offers outstanding protection against ozone, UV rays, and harsh temperature extremes. Because they contain no plasticizers or flame retardants, their properties stay stable throughout their lifespan. Studies confirm a life expectancy of more than 50 years.
Technorubber EPDM roofing membranes are engineered for straightforward installation. Offered in large, seamless sheets up to 12.2 m (40 foot) wide and 61 m (200 foot) long, they reduce the number of field seams required on expansive roof areas, helping to speed up installation. Technorubber's Seam tape technology delivers a dependable seaming method without the need for specialized or expensive equipment.
Technorubber EPDM remains flexible at temperatures as low as −45°C, making year-round installation possible. Its ability to stretch over 300% helps it accommodate building movement and thermal variation.
Technorubber EPDM offers minimal maintenance requirements, with repairs easily carried out using Technorubber Flashing Tape product at any stage of its service life. This, along with its inherent durability and economical installation, ensures a low life-cycle cost.
Technorubber EPDM aligns with sustainable building objectives. Its inert nature results in minimal environmental impact, with no toxic emissions during or after installation, allowing safe domestic use of collected rainwater.
Technorubber EPDM roofing membranes has achieved root resistance certification as per ASTM D8014 and proven suitable for extensive green roof applications with lightweight vegetation. Furthermore, their resistance to high temperatures and wear, combined with exceptional longevity, allows easy integration with photovoltaic systems.
Are you considering a new roofing installation or the renovation of an existing structure? Whether the project involves an accessible roof, a green roof, photovoltaic systems, or a blue roof, Technorubber EPDM roofing systems offer adaptable installation solutions to meet your project requirements.
The Fully Adhered Technorubber EPDM Roofing System is a lightweight and highly versatile solution ideal for roofs with complex geometries, irregular shapes, or limited load-bearing capacity. EPDM sheets are fully adhered directly to a compatible substrate using Technorubber's Bonding Adhesive, delivering excellent performance and long-term durability.
The Ballasted Technorubber EPDM Roofing System is the most economical option among Technorubber EPDM systems. It is particularly suited for flat or low slope roofs and offers fast installation with minimal seams. Large EPDM panels are loose laid over the substrate and held in place using ballast such as stones or concrete pavers.
The Mechanically Attached EPDM Roofing System is a lightweight, cost-efficient solution suitable for buildings that cannot accommodate the weight of a ballasted system. Wide EPDM sheets are loose-laid over a suitable substrate and mechanically secured, with perimeter sheets optionally adhered or anchored according to project requirements.
The Inverted Roofing System is a durable and protective waterproofing solution designed for roofs exposed to regular foot traffic or extreme weather. In this system, EPDM sheets are loose-laid and covered by a layer of insulation, effectively shielding the membrane from damage and extending system life.