The cold liquid approach to warm roof systems
STRATEX from KEMPER SYSTEM is an integrated warm roof that offers exceptional performance and is supplied as a complete system of matched components from one of the world’s leading roof waterproofing manufacturers.
Its unique tongue and groove insulation board and KEMPEROL® wet-on-wet cold liquid applied waterproofing create a warm roof system that is easily specified, fully tested and approved, and totally reliable.
STRATEX is an engineered system comprising all the elements for a warm roof specification - vapour barrier, insulation and waterproofing.
It is equally suited to concrete, timber and metal decks on new build projects as it is to refurbishing existing roofs. STRATEX is also ideal as a complete warm roof solution below an extensive green roof.
STRATEX can be installed over common substrates, like concrete, timber or metal decks, whilst being equally suited to new build or refurbishing or upgrading thermal insulation on existing roofs.
STRATEX is only installed by contractors trained and approved by Kemper System.
|Wet-on-wet cold applied KEMPEROL® waterproofing membrane|
|Interlocking insulation gives smooth, rigid finish|
|Range of surfacing options|
|BBA Certified insulation and waterproofing|
|Optional reinforced board for trafficked areas|
|Installed only by approved contractors|
For a brochure on our STRATEX Warm Roof System, please complete the Literature Request Form:
A rigid PIR insulation board which due to its dense closed cell structure and aluminium foil face has a particularly low thermal conductivity of just 0.023W/mK. Read more
This reinforced aluminium, self-adhesive vapour barrier is Class 'O' rated and is suitable for concrete, profiled metal or concrete decks. Read more
A range of fully compatible adhesives and fixings for either mechanical or adhesive bonding of the insulation board to the substrate. Read more
STRATEX can be specified using either the KEMEPROL® V210 waterproofing membrane or KEMEPROL® 2K-PUR for a solvent-free application. Read more