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KEE Ketone Ethylene Ester Membrane

Downtown LA Studios KEE Fibertite Single Ply Roofing

Downtown LA Studios KEE Fibertite Single Ply Roofing

When it comes to single-ply roofing membranes, it is hard to beat (KEE) ketone ethylene ester membrane.  The use of (KEE) ketone ethylene ester membrane has been gaining popularity in Southern California because of its great waterproofing protection and lightweight design.

(KEE) ketone ethylene ester membrane is a lightweight, single-ply vinyl that is extremely easy to install.  Most types of manufactured (KEE) ketone ethylene ester membrane materials require the contractor to install the membrane using simple hot air bonding techniques.  This hot air bonding creates a seamless molecular bond between each sheet of membrane.

Los Angeles Center Studios KEE Fibertite Single Ply Roofing

Los Angeles Center Studios KEE Fibertite Single Ply Roofing

Because (KEE) ketone ethylene ester membrane is a specially designed vinyl that requires no torching or adhesives to install, these roofing materials are easy to repair.  The membrane also remains highly flexible with age, making it easy to uncover the substructure for repairs.  If a roof made of (KEE) ketone ethylene ester membrane ever needs to be repaired, the contractor simply has to place a patch over the repair area and use hot air to bond the patch to the rest of the membrane.

Another great advantage to (KEE) ketone ethylene ester membrane is that it can used to replace some types of built up roofs without having to tear off the old roof.  The contractor can simply lay the new vinyl single-ply membrane over the existing roof and bond the sheets together.  This is a great option for some types of old buildings where the existing roof would be difficult to remove without causing damage to the substructure.

KEE Fibertite Single Roofing Downtown Los Angeles

KEE Fibertite Single Roofing Downtown Los Angeles

The best use for (KEE) ketone ethylene ester membrane is on roofs that have a lot of variation in the decking substructure.  The membrane can be laid down over uneven substructures and bonded together to provide great protection against water leaks.

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