What Is Lineflex and What Are The Benefits?

Lineflex fleece backed EPDM is a heavy duty roofing system designed for residential, commercial and industrial buildings. Lineflex is a durable EPDM option and has been expertly engineered to last. Lineflex EPDM boasts a multitude of benefits and in this blog post, we are going to be covering what Lineflex is and what benefits it holds. We have recently launched this product on our website which you can shop here.

What is Lineflex?

Lineflex fleece backed EPDM comprises an EPDM membrane that has been laminated to a sturdy, durable polyester reinforcement layer. This greatly increases the durability of the material, as well as improving its resistance to any tears and punctures. Lineflex rolls have non fleeced edges, which allow for a simple installation process. The non fleeced edging means it is far quicker and simpler to install heat welded joins. This type of join is far stronger and more reliable than tape joins.. This process can be carried out in the varying weather conditions, as well as it providing a neat and clean appearance. 

What are the benefits of Lineflex fleece backed EPDM?

The Lineflex fleece backed system boasts a combination of features and benefits that make it an ideal choice for your EPDM flat roof installation. The benefits you can expect include; 

• Puncture resistant

• Easy to weld joins

• User friendly roll size

• Smooth, wrinkle free finish with no creases for a professional look

• 50 year life expectancy

• 20 year warranty

• Hides roof imperfections

• Great adhesion

Lineflex fleece backed EPDM is the ideal membrane for adhering to most substrates such as timber, felt, asphalt, concrete, fibreglass and insulation boards. So no matter the surface, Lineflex will ensure a professional and neat finish.

For a complete watertight installation, we offer EPDM in a variety of thicknesses, with the tools to suit every EPDM DIY project. Head over to our website for information, or to shop the products including our Lineflex fleece backed EPDM membrane today.