Underlays

Timbertech Original Xtra	10m²/roll	3mm	Similar to Timbermate Excel
QuickTherm	10m²/roll	1.8mm	Especially for Underfloor Heating
X-Pro Slotted	16.5m²/roll	3mm	For Liquid Batons Sysytem
X-Pro Tack Plus	10m²/roll	3mm	Similar to Elastilon
SisalKraft Building Paper	50m²/roll	1mm	For use between joists & flooring
Timbermate Excel	15m²/roll	3mm
Heatflow	15m²/roll	3mm	Especially for Underfloor Heating

Timbermate Excel

Timbermate Excel is a High density resilient sponge rubber underlay for laminate and solid timber floors

• Suitable for both domestic and contract applications
• For use under floating laminate, solid timber and engineered wooden floors
• Excellent moisture resistance when used in conjunction with Vapourtape or Vapourstop sealing strip
• Not suitable for installation over wood-block or parquet subfloors
• Guaranteed for the serviceable lifetime of the floor covering under which it is laid when used in the recommended locations
• Roll size: 1.37 m x 11.0 m

Heatflow Wood & Laminate

Heatflow Wood and Laminate is a High density sponge rubber underlay for laminate and solid wood floors installed over underfloor heating

• Incorporates ThermylinTM for improved thermal conductivity
• For use under floating laminate, solid timber and engineered wooden floors
• Suitable for both domestic and contract applications
• Guaranteed for the serviceable lifetime of the floorcovering under which it is laid when used in the recommended locations
• Roll size: 1.37 m x 11.0 m

Note: When fitted over a concrete subfloor, ensure that a moisture membrane of a grade recommended by the manufacturers of the wood or laminate flooring is installed between the subfloor and Heatflow Wood & Laminate underlay

TIMBERTECH™ Original Xtra

TIMBERTECH™ Original Xtra is one of the highest quality room acoustic insulation materials on the market. Its extremely high density, integrated fleece and aluminium vapour barrier work to provide exception heacy mass stablity and enhanced stay-put performance - making it ideal for domestic and contract installations. The aluminuim barrier protects wood flooring asainst moisture samage caused by residual dampness migrating from the sub-floor. TIMBERTECH™ Original Xtra evens out slight surface irredularities of the sub-floor and boasts excellent impact osound and airbourne noise insulation.

• Takes out uneveness in the sub-floor surface
• Excellent impact sound and airbourne noise insulation
• Heavy mass stability ensures zero movement
• Integral aluminium vapour barrier and backing fleece

Size	1m x 10m (10m2)
Thickness	3mm
Ref	TOX2

Properties	Unit	Value	Test Method
Density	kg/m ³	950 ± 50	internal
Weight per square metre	kg/m ²	2.8 ± 0.28	internal
Impact sound reduction	dB	approx 20	BS EN ISO 717-2
Thermal Conductivity measured at 10°C	W/m k	0.036	DIN 4108
Thermal Resistance	m² k/W	0.08 - 0.16	DIN 4108
Maximum Compression Load	kN/ m²	2'5	DIN EN 1606

QuickTherm™

QuickTherm™ is a premium quality, extremely high desity poly-foam substrate for wood and laminate flooring. This unique perforated underlay has been specially developed to offer a macimum heat transfer for use in conjunction with underfloor heating systems. QuickTherm™ provides excellent walking noise reduction and impact sound insulation. QuickTherm™ exceptional long term load-bearing capacity makes it ideal for use in rooms with high traffic.

• Low-Tog underlay (0.35 Togs) specially designed for underfloor heating
• Excellent walking noise and impart sound insulation properties
• Long term load-bearing capacity makes it ideal for use in rooms with high traffic

Size	1m x 10m (10²)
Thickness	1.8mmm
Ref	QT1

Properties	Unit	Value	Test Method
Density	kg/m²	120 ± 12.0	internal
Impact Sound Reduction	dB	approx 19	DIN ISO 140-8
Walking Noise Reduction	Sone	6 (SL10)	EPLF Norm 021029
Maximum Temperature Stability (unloaded)	°C	75	internal
Thermal Conductivity measured at 10°C	W/m k	0.052	DIN 4108
Thermal Resistance, R-Value	m² k/W	0.035	DIN 4108
	togs	0.35
Long term load-bearing capacity	kN/m²	upto 5.0	DIN EN 1606
Compressive strength at 10% compression	kN/m²	approx 60	DIN EN 826
Fire Classification		Class B2	DIN 4102
Usage for underfloor heating Suitable for low tempurature underfloor heating systems with low maximum heating tempuratures upto and including 45°C In accordance with German regulations (dated May 2001) the heat transmission resistance of flooring and underlay material must not exceed a value of R2B = 0.15m² K/W for flooring used in combination with underfloor heating.

X-Pro™ Slatted

X-Pro™ Slatted is a very high density, physically crosslinked, closed-cell poloolefin foam underlay for engineered and solid wood flooring. This unique slatted underlay has been specially debeloped to offer the ultimate bond between the subfloor and wood floor. High strength elastic adhesive is easily distributed into the pre-cut perpendicular slots - thewood boards are then positioned and securoy pressed into the adhesive until they lie taut to the previous row. X-Pro™ Slatted's molecular structure enhances long term performance and offers outstanding impact sound insulation, high elasticity and ecxellent recovery from compression. X-Pro™ Slatted is ideal for heavy domestic installations and is suitable for use in conjunction with underfloor heating systems.

• Exceptional Impact sound reduction
• Excellent in-room noise reduction
• Premiumstatic long term performance
• Shock absorbent
• Lightweight and flexible
• Easy to lay
• Pre-cut to perpendicular slots to be filled with adhesive - providing the ultimate bond between the subfloor and wood floor
• Suitable for use with underfloor heating systems

Size	1m x 100m (100m²)	1m x 16.5m (16.5m²)
Thickness	3mm	3mm
Ref	XPS1	XPS2

Properties	Unit	Value	Test Method
Impact sound reduction	dB	22	ISO 140-8
Thermal Resistance measured ar 10°C	m² k/W	0.088	ISO 8301
Performance Compressive Creep	k Pa	3	EN 1606 and
	kg/m³	300	EN 1363
	The maximum load which can be applied to the underlay so that the loss in thickness remains below 10% after 10 years loading time.
Joint Protection Compressive Strength measured at 0.5mm deformation	k Pa	28	ISO 844
	kg/m³	2800	and 13163