Compare

FiberTite® Warm Roof System

Name: FiberTite® Warm Roof System
Brand: MOY
SKU: vA91mk32xY5anctK5S3fGp

Verified by manufacturer 2 months ago

MOY

Warm roofing system.

Jump to:

+44 (0)1245 707 449 Website

Application

Warm roofing system

Description

FiberTite warm roof system utilising FiberTite or FiberTite XT membrane which can be mechanically fixed or loose laid and ballasted.

Also FiberTite FB or FiberTite XT FB membranes incorporate a 135 g/m² non-woven polyester felt to the underside, which can be adhered to suitable substrates.

Featuring a reinforced polyester knit fabric, coated with a proprietary compound, utilizing ELVALOY™ Ketone Ethylene Ester (KEE) as the principle polymer in the hybrid vinyl alloy coating.

Carefully manufactured to allow strict control over the production process, from the selection of the yarns, to the engineering, knitting and weaving of the base fabrics, to the final coating process. Today, FiberTite Roofing Membranes are the result of over 60 years of applied fabric engineering and coating technology.

All FiberTite Roofing Membranes are constructed using high tenacity/heavy weight yarns to create a base fabric reinforcement to provide superior puncture, tensile and tear resistance properties. The base polyester fabrics are primed with a unique and proprietary adhesive coat that lays the foundation to physically bond the KEE coatings to the 'fibre' to maximize seam strength and overall membrane performance.

The membrane is coated on the face and back with an original 'KEE' formulation to provide superior hot air welding characteristics, extreme UV resistance, broad chemical resistance and long-term flexibility and reparability for the installed roofing membrane system. It exhibits superior tear, puncture, fungus, algae and flame resistance that make FiberTite Roofing Systems some of the most sustainable roofing systems available.

General information

Color	White
Finish	Smooth
Material	Fabric
Shape	Rectangle
Length	- Manufacturer guidance FiberTite: 36570 mm FiberTite XT: 30480 mm FiberTite FB & FiberTite XT FB: 24380 mm
Width	1830 mm 2540 mm Manufacturer guidance FiberTite & FiberTite XT = 2540 mm. FiberTite FB & FiberTite XT FB = 1830 mm.
Height	0.9 mm 1.27 mm
Warranty description	15 year 20 year 25 year Manufacturer guidance Mechanically Fixed - 15/20 (FiberTite) / 25 (FiberTite XT). Adhered - 15/20 (FiberTite FB) / 25 (FiberTite XT FB). Ballasted - 15/20 (FiberTite) / 25 (FiberTite XT). All Subject to MOY Project Specifications.

Uniclass	Ss_30_40_30_80 Single layer sheet warm roof covering systemsPrimary
CAWS	J42/110 Warm deck roof covering J42/10 Warm deck roof covering

Specification data - Single layer sheet warm roof covering systems

Preparation	-
Horizontal work	Not required. Guidance for specification option: Not required when specifying MOY PE or MOY Lexshield AVB. MOY Spray-Applied Universal SA Primer.
Skirtings and vertical work	Not required. Guidance for specification option: Not required when specifying MOY PE or MOY Lexshield AVB. MOY Spray-Applied Universal SA Primer.
Air and vapour control layer	-
Type	MOY Elotene DSN SA. MOY Lexshield AVB. MOY PE AVCL. Guidance for specification option: The MOY PE AVCL is Loose Laid and only suitable when the Insulation is Mechanically Fixed. MOY Sticker Helast VB 500 SA. MOY Sticker Sanded 3 mm. MOY Sticker Sanded AL (Foilcore). Manufacturer guidance For Bonded Insulation a suitable Self-Adhesive AVCL (not MOY Lexshield AVB) should be specified. For high humidity buildings (> Class 3 to BS 5250) a foil lined or foil faced product should be used. Consult manufacturer for details.
Attachment	Loose laid. Self adhesive.
Insulation	-
Type	MOY Hardrock Multi-Fix DD. MOY Paratherm F PIR Insulation. MOYParatherm G PIR Insulation. Manufacturer guidance Mechanically Fixed - MOYParatherm F PIR Insulation / MOYHardrock Multi-Fix DD. Adhered - MOY Paratherm G PIR Insulation / MOYHardrock Multi-Fix DD . Ballasted - MOY Paratherm G PIR Insulation / MOY Paratherm F PIR Insulation.
Attachment	Loose laid (Ballasted). MOY PU Insulation Adhesive. MOY PU Spray Applied Insulation Adhesive. MOY Tube Fasteners. Manufacturer guidance Mechanically Fixed: MOY Tube Fasteners. Adhered: MOY Tube Fasteners or MOY PU Insulation Adhesive / MOY_PU Spray Applied Insulation Adhesive. Ballasted: Loose Laid if ballasted immediately or MOY Tube Fasteners or MOY PU Spray Applied Insulation Adhesive.
Waterproof covering	-
Type	MOY FiberTite. MOY FiberTite FB. MOY FiberTite XT. MOY FiberTite XT FB.
Attachment	Mechanically Fixed. Adhered. Loose Ballasted. Manufacturer guidance Guarantee (years): Mechanically Fixed - 15/20 (36) / 25 (50-XT). Adhered - 15/20 (36 FB) / 25 (50 XT FB). Ballasted - 15/20 (36) / 25 (50 XT).
Upper protection layer	MOY VLU 300 Protection Layer. Guidance for specification option: Ballasted only - MOY FiberTite 36 (0.90 mm) / 50 XT (1.27 mm) plus MOY VLU 300 Protection Layer plus Surface Finish (by others).
Surface protection	MOY FiberTite TuffTrac Protection Membrane. Guidance for specification option: For specific areas around roof access points, around mechanical equipment requiring periodic maintenance and in roof areas subject to frequent foot traffic. Manufacturer guidance Suitable ballast finish (by others) - 50 mm thick concrete paving / 50 mm thick 20–40 mm rounded stone ballast / Green roof.

Type	MOY AQUAPANEL® Rooftop Cementitious Board.
Fixing	MOY Fasteners.

Sustainability data

Contains Red List materials	No
Country of material origin	United States
Country of product manufacture	United States
Material	Fabric
Embodied carbon A1-A3 (production stage) as defined in BS EN 15804	- Manufacturer guidance FiberTite: 4.3 kg CO₂eq/m² FiberTite XT: 5.4 kg CO₂eq/m² FiberTite FB: 5.5 kg CO₂eq/m² FiberTite XT FB: 6.7 kg CO₂eq/m²
Recyclability	The by-products of the manufacturing process could be recycled both internally & externally. Where membranes have become contaminated by external agents during service, they may be downcycled into other products or utilised in roof overlays.
Recycled content As defined in clause 7.8 of BS EN ISO 14021	0 %