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innovative flowing insulation developed using Edilteco’s Politerm® blu technology
technical manual
EnErgysTorE TLA • TECHnICAL mAnuAL 3
energystore company background
Introducing energystore TLA®
energystore TLA® applications
energystore TLA® performance
On-site installation: flooring
Complete layer application
On-site installation: roofing
Health & safety
Batching plant instructions
Complementary products & equipment
Final thoughts
4
5
6
7
10
12
14
16
17
18
20
Contents
Core products
• energystore superbead®
energystore superbead is an injected EPS cavity
wall insulation for use in masonry and timber cavity
walls as well as party walls. This product is
installed in more than 1,000 properties per week.
For information visit www.energystoreltd.com/energystore-superbead/
• energystore TLA®
Company background
energystore has manufactured and supplied expanded polystyrene (EPs) insulation
products to the construction industries in the uK and Ireland for over 40 years.
our product ranges are available for distribution from our five manufacturing sites in
the uK and Ireland.
• energystore’s five
manufacturing bases
energystore TLA is an ultra lightweight, fast drying, thermally insulating Bound EPS (BEPS) that consists of liquid coated EPS, cement and water in accordance with BS EN 16025.
This manual covers the unique properties of
energystore TLA , its applications and guidance
for its use.
Product certification
All energystore products are produced in
accredited ISO 9001, ISO 14001 and OHSAS
18001 manufacturing environments to ensure a
consistently high quality of output. energystore
EPS products are subject to rigorous quality
checks.
The product range also
has KIWA BDA and
NSAI Agrements
(cavity wall insulation
products only).
4 EnErgysTorE TLA • TECHnICAL mAnuAL
The combination of EPS beads and cement creates a
lightweight fresh mortar that has exceptional thermal,
weight and acoustic properties. This makes
energystore TLA the ideal solution for many
applications.
The product is also registered under the LABC
Assured Programme with certificate number
EWS1132.EnErgysTorE TLA • TECHnICAL mAnuAL 5
Why is energystore TLA so unique?The key ingredient in energystore TLA is a special
additive developed by Edilteco® called EIA.
When EIA is applied to EPS beads it ensures the EPS
beads mix perfectly with cement and water. Without the
EIA technology, the EPS beads – which are much lighter
than cement – float to the top of the mix before it hardens.
Adding EIA resolves this problem and a homogeneous mix
with a high thermal insulation level and consistent quality is
achieved.
Factory quality controlFactory quality control is in place to ensure the
size and density of all bead products match
required specifications and that installers’
equipment operates in accordance with
energystore’s technical manual.
Introducing energystore TLA
energystore TLA has been developed using the innovative Politerm® Blu
technology created by Edilteco®. Politerm® Blu was created in 1981 and is now
successfully established in over 40 countries worldwide via Edilteco’s franchise
network.
In 2018, energystore became the exclusive manufacturer of Politerm® Blu products
for the uK and Ireland. since then we have been able to combine the excellent
thermal properties of superbead with Politerm® Blu to create energystore TLA.
Accreditationsenergystore TLA® is tested against BS EN 16025-1:2013 and is accredited under GSH with certificate number 784-2 and subject to the RAL quality scheme.
6 EnErgysTorE TLA • TECHnICAL mAnuAL
energystore TLA • applications
Product benefitsQuick installationOne team can install at least 1,000m2 of
energystore TLA® per day, allowing for increased
productivity on-site.
Improved project flexibilityNo need to pre-order or store insulation materials
weeks in advance. Installers can be booked with a
few days’ notice.
Flexible product solutionenergystore TLA® comes in many factory-mixed
formats to meet customer specifications on thickness,
weight and thermal performance.
Quick dryingWalk on the floor in 24 hours (48 in winter). Complete
drying time of one day per 10mm of thickness.
In-life performanceenergystore TLA® creates a single structure with no
gaps in the insulation layer and requires no sealing
of joints.
Low environmental impactThere is no wastage or offcuts to be disposed of.
energystore TLA® is 85% polystyrene bead, which
makes it one of the most environmentally friendly
insulation products on the market.
There are a wide range of
construction applications that can
benefit from energystore TLA’s
unique properties.
Insulated floor Installed as a replacement for traditional
EPS/PIR insulation board.
Acoustic & light
energystore TLA’s® low density means it provides an effective aggregate for weight reduction in intermediate
floors. It also has acoustic properties to reduce impact
noise.
Insulated roofingInstalled as a replacement for traditional flat or pitched
roof insulation that can be laid to falls.
energystore TLA® installationThe use of energystore TLA® is strictly limited
to approved installers that have undergone
assessment and approval by energystore
prior to using energystore TLA®. Approved
installers of energystore TLA® undergo regular
surveillance and inspection by energystore to
ensure the installed product is always
delivered to the highest of standards.
Any company installing energystore TLA®
should be able to produce an approved
installer certificate upon request.
energystore TLA® u-Values
P/A ratio
150mm
175mm
200mm
225mm
250mm
275mm
0.15
0.13
0.12
0.11
0.11
0.10
0.18
0.16
0.15
0.14
0.13
0.12
0.20
0.18
0.16
0.15
0.14
0.13
0.21
0.19
0.17
0.15
0.14
0.13
The above figures are calculated in accordance with
Bs EN ISO 6946* (and assume 300mm wall thickness, no edge insulation,
50mm finishing screed and a 100mm concrete subfloor.)
For project specific U-Value calculations contact our Technical Team on [email protected]
0.20 0.40 0.60 0.80
TLA
thickness
Cement dosage Kg/m3 (absolute technical characteristics) 110 150 200 250 300Density after 28 days Kg/m3
Thermal conductivity o W/mK
Compressive strength n/mm2
Flexural strength n/mm2
Cohesion kPa
Hot-sealed membrane rupture n/50mm
Cold-sealed membrane rupture n/50mm
Elasticity module n/mm2
Permeability to water vapour µ
shrinkage (nBn) mm/m
specific heat kj/kgK
Impact sound reduction ∆L at 500 Hz*
Impact sound pressure level
Fire reactivity class
smoke production class
observation of drops or inflamed particles
130 approx
0.043
0.20.12
n.d.n.d.n.d.n.d.n.d.n.d.1.40
n.d.
n.d
175 approx
0.0510.300.12n.d.n.d.n.d.n.d.n.d.n.d.1.40
n.d.
n.d.
225 approx
0.0540.350.37
82.62
57.0035.00
235.3010.110.4271.40
n.d.n.d
265 approx
0.0670.830.4682.62n.d.n.d.n.d.
11.50n.d.1.40
14db thick 5cm
61db thick 11cm
315 approx
0.0801.610.95
127.1762.0047.00489.5012.000.351.40
21.5db with mat
n.d.
energystore TLA® technical data
A2 unI En 13501-1
s1 unI En 13501-1
do unI En 13501-1
energystore TLA® is tested against Bs En 16025 with the following declared performance characteristics
ʎ
When installed correctly, in line
with this technical manual,
energystore TLA® will achieve
the performance levels
illustrated in the chart
opposite.
EnErgysTorE TLA • TECHnICAL mAnuAL 7
energystore TLA® • performance
on-site installation: flooringWhen energystore TLA® is mixed with cement and water, in line with the mixing
instructions provided to approved installers, it creates a non-structural flowing insulation that can be used to meet Building regulation requirements for the conservation of fuel and energy in both new and existing buildings.
It is suitable for application on both new and existing concrete and is compatible
with certified finishing screeds.
energystore TLA®
energystore TLA
energystore TLA®
energystore TLA®
8 EnErgysTorE TLA • TECHnICAL mAnuAL
Screed
Galvanised mesh
energystore TLA® laid on corrugated metal decking
energystore TLA® laid on a timber flooring system
energystore TLA® laid above an arched masonry with finishing screed
energystore TLA® laid on ground above hardcore base or concrete slab with finishing screed (with or without UFH)
energystore TLA® laid above an arched masonry with finishing screed
HARDCORE
A variety of construction types
may be suitable for the installation of
energystore TLA®.
It is vital that design requirements are
checked against the technical
characteristics of energystore TLA® to
ensure that project is suitable for the desired application.
If you have any queries please contact our
technical team on tel: 0800 085 6687
or email: [email protected]
energystore TLA®
Product description:A lightweight thermal insulating bound EPS product, made using energystore TLA® and
poured by skilled installers using the base layer
method for laying beneath sand and cement
screeds, sand anhydrite or premixed screeds.
Intended use:ground bearing floor slabs on adequately
compacted hardcore/sub-base flat roofing – with
or without falls – void filling and intermediate
floors on corrugated steel sheeting etc.
minimum application thickness: 50mm
Procedure for thicknesses of less than 50mm:• Thicknesses between 30mm and 50mm on well
consolidated surfaces (eg with electrical conduit
and/or pipes securely haunched with cement
mortar) on well consolidated surfaces are acceptable.
For thicknesses between 10mm and 30mm:
• Add approx. 200kg/m³ of aggregate with a
maximum grain size of 0.6mm (mixed manually)
and include an electro-welded metal mesh
(2mm diameter) to the mix of cement and
energystore TLA®.
When installing energystore TLA® over existing concrete slabs, concrete beam decks and compacted
hardcore sub-base etc, the job can be completed
without using an electro-welded mesh in the pour.
However, if the receiving surface comprises insulation
boards, a bituminous and/or synthetic waterproofing
layer, tiled floors or corrugated steel sheet etc, sheets
of electro-welded lath (minimum dimensions: wire
2mm diameter and mesh 50 x 50mm) need to be
included – appropriately tied and spaced from the
laying surface – before the energystore TLA® screed is poured.
EnErgysTorE TLA • TECHnICAL mAnuAL 9
Intermediate Layer ApplicationFor use beneath self-levelling screeds and underfloor
heating systems (UFH).
Minimum thickness for installation of energystore TLA® is 50mm.
For use beneath self-levelling screeds1. The specific characteristics (low water absorption)
of energystore TLA®, when correctly mixed and
installed as per the manufacturer’s instructions, make
the use of a waterproof layer between the energystore
TLA® and the self-levelling screed unnecessary.
2. When energystore TLA® is to be placed directly on
the ground or in situations where damp conditions
may occur beneath the energystore TLA®, it will be
necessary to install a damp-proof membrane (DPM). In
certain circumstances it may be necessary to
incorporate a vapour control layer (VCL)
between the energystore TLA® and the self-levelling screed.
3. With static structures such as roofs, it is necessary
to install a separating layer between the energystore
TLA® and the self-levelling screed.
4. The thickness of the self-levelling screed placed
over the energystore TLA® should comply with the
recommendations of the manufacturers of the self-
levelling screed.
When laying energystore TLA® over existing concrete
slabs, concrete beam decks and compacted hardcore
sub-bases etc, it can be done without using an
electro-welded mesh in the pour.
If the receiving surface comprises insulation boards, a
bituminous and/or synthetic waterproofing layer, tiled
floors or corrugated steel sheet etc, sheets of
electro-welded lath (minimum dimensions: wire 2mm
diameter and mesh 50 x 50mm) need to be included –
appropriately tied and spaced from the laying surface –
before pouring energystore TLA® screed.
10 EnErgysTorE TLA • TECHnICAL mAnuAL
on-site installation: flooring (cont.)
site preparation & installation of energystore TLA®
• All levels should be accurately measured and
set prior to installation.
• Thoroughly clean the receiving surface before
laying the energystore TLA®.
• moisten the floor when laying on a porous or
cementitious existing floor after cleaning the
surface and before laying the energystore TLA®.
nB: Do not wet the surface when laying on a
non-porous or waterproof surface like plastic
sheeting over insulation boards, waterproof
layers or tiled floors.
• Existing structural joints and/or expansion
joints in the receiving surface must be
maintained and extended up through the
energystore TLA®.
• When required, day joints in the energystore
TLA® should be cast vertically.
• At temperatures below 5°C it is possible to use
antifreeze additives with energystore TLA®. It is
important to use only those additives that are
compatible with the physical and chemical
properties of energystore TLA®. If in doubt,
please get in touch with our technical team on
tel: 0800 085 6687 or email:
• Follow the exact dosages and methods
specified on the technical sheets, the product
packaging and in this manual.
• energystore TLA® can be used in conjunction
with underfloor heating systems.
• energystore TLA® is usually suitable for
walking on and for the application of next trades
after a period of 24 hours.
nB During winter months allow 48 hours before
walking on energystore TLA®. If there is to be
heavy foot traffic on the energystore TLA®,
protect it appropriately.
EnErgysTorE TLA • TECHnICAL mAnuAL 11
At temperatures
below 5°C it is
possible to use antifreeze
additives with energystore
TLA®. It is important to use only
those additives that are
compatible with the physical
and chemical properties of
energystore TLA® .
“
12 EnErgysTorE TLA • TECHnICAL mAnuAL 12 EnErgysTorE TLA • TECHnICAL mAnuAL
minimum thicknesses of energystore TLA® on ABsorBEnTsurFACEs: 50mm
If there are pipes or conduits present on the receiving
surface, then the 50mm minimum applies to the
thickness above the highest level of those pipes or
conduits.
This thickness must be increased to 100mm where
there are separating layers eg damp-proof membranes
(DPM), vapour control layers (VCL) or slip sheets that
debond the energystore TLA® from the existing slab.
Additionally, it is necessary to place galvanized
reinforcing mesh sheets (minimum dimensions: thread
2mm diameter and mesh 50 x 50mm) – properly tied
together and appropriately spaced – within the
lightweight energystore TLA®.
For advice on thicknesses less than those
recommended above, please contact our
technical team on tel: 0800 085 6687.
minimum thicknesses of energystore TLA® onnon-ABsorBEnT surFACEs:The minimum thickness of energystore TLA® on
non-absorbent surfaces of 50mm is suitable for the
following surfaces only:
• Existing floor finishes comprising ceramic tiles,
marble or similar, having first been treated.
• Existing bituminous waterproof coating having first
been treated.
surface preparation requires ...
1. Surface cleaning to remove all demolition waste,
wax, dust, particles and any other material that might
prevent a good bond between the existing floor
surface and the new screed.
2. Application of a suitable adhesion promoter used in
accordance with manufacturer’s recommendations.
3. After drying (minimum 24 hours) energystore TLA®
can be laid with a minimum density of 300kg/m³.
NB: For any other non-absorbent surfaces the
minimum thickness of screed layer is 100mm.
Before laying the lightweight thermal insulating
energystore TLA® layer, install galvanised reinforcing
mesh sheets (minimum dimensions:
thread 3mm diameter and mesh 50 x 50mm) tied
together and spaced from the base.
To achieve a flat surface suitable for laying ceramic tiles
or marble on an energystore TLA®, it is necessary to
place screed rails before the mixing begins. These are
made of PVC, are 50mm high and remain in the screed
once it has cured and dried.
The screed rails must be set upon the existing floor
surface and levelled and packed up with mortar as
required to ensure that the top of the rail is at the
desired finished level of the energystore TLA®. It isrecommended that the distance between screed rails
should not exceed 2.5m.
To discuss other suitable alternatives please
contact our technical team on tel: 0800 085 6687.
Once the screed rails are set in position the energystore
TLA® can be poured between them, spread and then
levelled using a straight edge blade pulled over the top
edge of the screed rails.
After 72 hours the energystore TLA®
surface can be prepared for tiling by:1. Surface abrasion using equipment to remove any
imperfections caused by the straight edge.
2. On areas of the floor that a floor sander cannot
reach, eg the perimeter, it is necessary to prepare the
area with a scraping knife or similar tool.
3. Surface cleaning to remove dust, particles and any
other material that might prevent a good bond between
the new floor screed surface and next layer.
4. Check the finished level and flatness of the
energystore TLA® using a one-metre straight edge.
Complete layer applicationApplying energystore TLA® above structural bases with floor finishings applied directly on top. For complete layer applications, the energystore TLA® must be laid with a minimum cement content of 300kg/m³.
EnErgysTorE TLA • TECHnICAL mAnuAL 13EnErgysTorE TLA • TECHnICAL mAnuAL 13
5. Additional preparation work carried out by the
contractor: remove swirls in energystore TLA®
created by polishing by melting the surface
polystyrene beads using an LPG roofing gas torch.
This must not be done until seven days after the
energystore TLA® has been laid.
If so desired, an initial nominal protection of the
energystore TLA® base can be employed by using
a thin (2mm) protective smoothing mortar or
premixed self-levelled smoothing mortar.
Warnings & precautions
• When laying energystore TLA®, any existing
structural joints and/or expansion joints in the receiving
surface must be maintained and extended up through
the energystore TLA® layer.• If acoustic mats or layers are to be incorporated into
the construction beneath the energystore TLA® and
laid using the single layer method, then these
(acoustic layers) should be installed beneath, not over,
any pipes or conduits avoiding the possibility of
creating air pockets which could have the effect of
lessening the acoustic performance and also the
structural integrity of the energystore TLA®.
• Before laying energystore TLA®, thoroughly clean the
receiving surface.
• After cleaning the receiving surface and before laying
energystore TLA®, wet the floor well but without leaving
puddles.
When laying on a non-porous or waterproof surface,
like plastic sheeting over insulation boards, waterproof
layers or tiled floors, do not wet the surface.
• When required, day joints in the energystore TLA®
should be cast vertically.
• When continuing the pour, the day joints need to be
treated with Edilstik® latex adhesive to be used ‘fresh
on fresh’.
• When adhering final finish surfaces like ceramic tiles
or vinyls, if a smoothing layer is not applied, then the
consumption of adhesive may be 20% greater than
normal. This is due to the open cells that remain after
surface beads have been removed. This does,
however, provide a stronger mechanical bond
between the layers.
• The adhesives must be used strictly in accordance
with the adhesive manufacturer’s instructions.
Installing plasterboard partitionsBefore installing plasterboard partitions directly onto asingle layer energystore TLA®, first apply a smoothing
plaster (thickness 2mm).
The smoothing plaster must cover an area equal to the
width of the floor plates plus 50mm each side.
Subsequently, the floor plates can be installed using
industrial strength double-sided adhesive tape.
• Avoid mixing and laying energystore TLA® when
temperatures are below 5°C.
• Any antifreeze additives used must be compatible
with the physical and chemical properties of
energystore TLA®. The contractor should evaluate
the costs and benefits of using antifreeze additives
on a case-by-case basis.
• When mixing energystore TLA®, follow the exact
dosages and methods indicated in the technical
sheets, the product packaging and in this manual.
nB It is essential that you contact our technical
department (call: 0800 085 6687 or email:
[email protected]) when considering any
application different from that described in our
technical data sheets and manuals.
14 EnErgysTorE TLA • TECHnICAL mAnuAL
Application directly beneath waterproofing layersenergystore TLA® laid directly beneath a waterproofing layer either poured on, bituminous or synthetic.
InTEnDED usE: Flat roofs and non-trafficked terraces (with or without
falls) covering corrugated roofing sheets.
For other roof types, please contact our technical
department (tel: 0800 085 6687).
minimum thicknesses of energystore TLA® on ABsorBEnTsurFACEs: 50mmFor thicknesses less than 50mm proceed as follows:
• Thicknesses of 30mm–50mm are acceptable
on well-consolidated surfaces eg: with electrical
conduit and/or pipes securely haunched withincement mortar.
• For thicknesses of 10mm–30mm: add approx.
200kg/m³ of aggregate with a maximum grain size of
0.6mm (mixed manually) to the mix of cement and
energystore TLA®, and include an electro-welded
metal mesh (2mm wire diameter).
When creating falls, the minimum thickness must not
be less than 50mm.
minimum thicknesses of energystore TLA® on non-ABsorBEnT surFACEs:50mm with galvanised mesh (minimum size: wire 3mm
diameter and mesh 50 x 50mm) at a due distance
from the laying surface.
energystore TLA® can be laid over existing concrete
roofs and beam decks without using an electro-welded
mesh in the pour; however, if the receiving surface
comprises insulation boards, a bituminous and/or
synthetic waterproofing layer, or corrugated steel
sheet, etc., sheets of electro-welded mesh need to be
included (minimum dimensions: wire 2mm diameter
and mesh 50 x 50mm) – appropriately tied and spaced
from the laying surface – before pouring the
energystore TLA®.
Before applying the waterproof finish to energystore TLA® it is necessary to prepare the surface using one
of the two following methods:
1. Abrade the surface using an electric sander fitted
with an abrasive disk and dust extraction.
or alternatively ...
2. Melt the surface polystyrene beads using an LPG
roofing gas torch.
NB: Neither method should be employed within seven
days of energystore TLA® being laid.
on-site installation: roofing
1515
Warnings & precautions• When laying the energystore TLA®
on existing structural joints and/or expansion joints in
the receiving surface must be maintained and
extended up through the energystore TLA®.
• Thoroughly clean the receiving surface before laying
the energystore TLA®.
• When laying on a porous or cementitious existing
roof, once the surface has been cleaned, wet it well
(but without leaving puddles) before laying the
energystore TLA®.
• When laying on a non-porous or waterproof surface,
like plastic sheeting over insulation boards or
waterproof layers, do not wet the surface.
• When required, day joints in the energystore TLA®
should be cast vertically.
• When continuing the pour the day joints need to be
treated with Edilstik® latex adhesive, to be used ‘fresh
on fresh’.
• The maximum gradient, depending on the mix
strength of the energystore TLA®, is between
30% and 40%.
• energystore TLA® needs to be protected from rain for
48 hours after laying.
• The subsequent laying of a heavy screed over the
energystore TLA® may be possible after
seven days. This period may need to be extended
EEnnEErrggyyssTToorrEE TTLLAA •• TTEECCHHnnIICCAALL mmAAnnuuAALL
subject to the thickness of the energystore TLA® and
prevailing weather conditions.
The installation of the waterproofing membrane should
be carried out in accordance with the membrane
manufacturer’s recommendations.
The application of liquid waterproofing membranes on
energystore TLA® should also be carried out in accordance with the membrane manufacturer’s
recommendations.
nB: solvent-based liquid membranes must
not be used on energystore TLA®.
• Avoid mixing and laying energystore TLA® when
temperatures are below 5°C. Any antifreeze additives
used must be compatible with the physical and
chemical properties of energystore TLA®.
The contractor should evaluate the costs and benefits
of using antifreeze additives on a case-by-case basis.
• Adhere to the exact dosages and methods
specified in the technical sheets, the product
packaging and in this manual when mixing
energystore TLA®.
nB It is essential that you contact our technical
department (call: 0800 085 6687 or email:
[email protected]) when considering any
application different from that described in our
technical data sheets and manuals.
on-site installation: roofing
16 EnErgysTorE TLA • TECHnICAL mAnuAL
Cement is an alkaline that can cause skin irritation and
burns. Installers are required to have the following
available to them at all times on-site:
• Alkaline resistant gloves (anti-white finger
gloves for drillers)
• Hard hat
• reflective tabard/jacket/coat/leggings
• overalls with long sleeves and full-length
trousers
• Appropriate dust mask
• Ear defenders
• safety glasses
• Handwash/barrier cream
• Protective footwear that is high enough to
prevent concrete flowing in.
Installation equipment
• Ensure that all those operating any equipment
on-site have had the appropriate training.
• Take special care when moving equipment
and materials to not put yourself or others
at risk.
• Be sure to disconnect the power supply when
not using electrical equipment.
Employer’s responsibility
It is the employer’s responsibility to ensure all staff are
trained and have a good working knowledge of any
equipment they are required to operate, and that all
staff have had adequate health & safety training to
protect their well-being and that of other team
members, other tradespersons and customers.
Handling materials
• Wear protective clothing at all times when
handling materials.
• never strain or expect others to risk injury.
• Whenever possible spread the load with
colleagues when moving heavy materials or
equipment.
Health & Safety
It is the responsibility of all installers and their employees to ensure that they work in
accordance with local Health and safety Regulations at all times. It is the duty of
every employer, as far as is reasonable, to ensure the health and safety of every
employee. It is also the responsibility of every employee to take reasonable care of
his or her own safety. All employees must make themselves aware of their
company’s health and safety policies and procedures at all times.
Protective clothing & equipment
energystore are committed to limiting the environmental impact of construction.
energystore TLA® is typically distributed in plastic bags. The bags are re-usable
and we encourage all approved installers to return used bags when receiving
deliveries so that they can be reused on future orders.
18 EnErgysTorE TLA • TECHnICAL mAnuAL 18 EnErgysTorE TLA • TECHnICAL mAnuAL
AuToLIV smoothing screed
Ready-to-use
self-levelling mineral
screed powder, for
manual and
mechanical application.
Suitable as a high
strength top coating
layer or for the fine
levelling of Politerm®
Blu or Isolcap
lightweight screeds
(see Edilteco’s
application manuals)
prior to laying ceramic
tiles, stone or
marble floors and
parquet flooring.
• Bag size: 25 kg.
• yield: 20 kg/m2 per 1cm of thickness.
AuToLIV sPscreed
Cement-based,
self-levelling screed,
ready-to-use.
It is composed of
special cement
binders, calcareous
and siliceous
aggregates in grain
size curve with
additives to improve
the workability
and levelling.
• Bag size: 25 kg.
• yield: 20 kg/m2 per 1cm of thickness.
EDILsTIK
Synthetic latex for
surface preparation
or to improve the
properties of cement
screeds.
For use in the laying
of single-layer
lightweight screeds
(Piano Zero system)
to promote adhesion
to the receiving
surface and for the preparation of very thin smoothing
screeds for surface protection.
Packaging/yield:
• Available in 1kg, 5kg & 20kg cans.
• Palletised 1.000kg tank.
• Please refer to the technical data sheet
for the yield.
FonoTECH ACousTIC roLLsImpact sound reduction mats.
Mats in rolls of crosslinked polyethylene with a density
of 30kg/m3.
The material has an optimal elasticity
and practicality of use. It
is available with
aluminized
reflective
anti-tearing
film which is
battened to
facilitate the
application.
• Thicknesses of
4mm, 5mm or 10mm
available.
Complementary products
energystore TLA® is compatible with most products (subject to manufacturer
recommendations). However, there are a number of complementary products
energystore supply that work well in conjunction with energystore TLA®.
If you are interested in using these products, please contact our sales team.
EnErgysTorE TLA • TECHnICAL mAnuAL 19EnErgysTorE TLA • TECHnICAL mAnuAL 13
PoLITErm® mACHInE 1000 ECo
Entirely stainless steel equipment for the preparation
(mixture) and pumping of screeds and lightweight
screeds composed by fine grained materials such as
virgin expanded polystyrene beads, reclaimed
expanded polystyrene beads, perlite, vermiculite and
cork – also mixed with cellular foam produced by
specific equipment (Foam Maker type).
The maximum length of the pipe for carrying the
mortar is of 100m with a maximum height of 30m.
• Electrical power supply: 400V.
• Also available with diesel fuel: homologated
diesel engine in accordance with regulation of
noise pollution.
• Available with tank: from 1m3
the following version is also available ...
PoLITErm® mACHInE 1000 H2oEquipped with automatic water dosage system.
For the setting up, please consult the technical sheet.
PoLITErm® PumPAvailable with or without pump
Mixing machine with pumping system for lightweight
screeds consisting of virtual aggregates
like virgin expanded polystyrene beads, recycled
expanded polystyrene beads, perlite, vermiculite
and cork, even when mixed with cellular foam.
Pumping capacity up to 120m in length and
up to 30m in height.
Available in the following types:
• Electrical power supply: 400V.
• With hydraulic engine provided by external
supply (e.g. trucks).
• Customized fittings available on request.
Equipment
EDILsTIK BLoW mACHInE
Equipment for
atomizing latex.
• Electrical
power supply:
230V 50Hz.
• Customized
fittings available on request.
PoLITErm®
mACHInE sCrEW
Equipment for the mechanical
addition of cement
into the Politerm®
machine tank.
• Power supply:
400V.
• Customized fittings
available on request.
20 EnErgysTorE TLA • TECHnICAL mAnuAL 20 EnErgysTorE TLA • TECHnICAL mAnuAL
structural ConsiderationsConsideration should be given to the Eurocode
requirements for structural design. Imposed floor
loading requirements may differ from country to
country. The energystore TLA® installed density choice
should be selected to ensure loading design
requirements are met.
Acoustic performanceProjects with separating floors will need to satisfy local
building regulations requirements for impact and
airborne sound performance. energystore TLA® can be
used as part of an effective lightweight acoustic floor
solution reducing the overall structures weight.
moisture control using membranesPreventing moisture spread into the building is an
important design consideration. Using energystore
TLA® does not change the principles for assessing
whether a dampproof membrane should be used to
prevent moisture transfer into the property via outside
elements. Although it is possible to bond a finishing
screed directly to energystore TLA® (subject to screed
manufacturer recommendations) it is good practice to
use a standard vapour control layer (VCL) between an
insulating layer and a finishing screed. As a result, we
recommend using a VCL above energystore TLA®
when the product is being used for insulation.
Installing energystore TLA® whereunderfloor heating is specifiedenergystore TLA® works exceptionally well with UFH
applications due to its insulating properties and
application which reduces voids and thermal bridges
within the insulation.
Design considerations under EN 1264 stipulates that
an insulation layer below the UFH must be used with a
minimum R-value of 0.75.
The table opposite outlines the minimum thickness of
each energystore TLA® density to achieve the 0.75
R-Value requirement.
underfloor Heating (uFH) pipesWhen fixing UFH pipes to energystore TLA® installed at
low densities (below 200kg / m³), it may be necessary
Final considerations ...Consideration should be given to the overall project objectives but the following
observations should prove helpful ...
to use longer fixing clips to ensure a high-quality
installation. Contractors may also want to consider
using a chemical fixing for the clips if the site is going
to experience heavy foot traffic prior to installation of
finishing screed on to the UFH.
Project lead timesenergystore TLA® is a very fast drying cement-based product due to its low water content. Typical full drying
time is 10mm per day under normal conditions. It is
possible to lay finishing screeds on energystore TLA®
once the product is suitable for walking on (24 hours
during summer and between 36 to 48 hours in winter).
specification clauseThe floor insulation should be energystore TLA® XX thick manufactured by energystore Ltd with KIWA Agrement no. BAF-18-042-S-A-UK consisting of bound expanded polystyrene with a cement content of XX kg/m³. energystore TLA® is manufactured in accordance with quality management system ISO
9001 and environmental management system ISO
14001. The floor insulation should be installed in
accordance with BS EN 16025-2
Thermal bridgingAs energystore TLA® is a poured insulation, the product
offers superior thermal bridging performance against
other construction methods. Our technical team can
perform project specific PSI-Value (Ψ) calculations to assist compliance with building regulations.
Please contact our technical team at
[email protected] for further details.
energystore TLA® thickness
to achieve r = 0.75
110
150
200
250
300
0.043λ
0.051λ
0.054λ0.067λ
0.080λ
33*
38*
41*
50
60*Typical minimum thickness should be 50mm.
To validate solution please contact our technical team
Density Thermalconductivity
Thickness(mm)
22 EnErgysTorE TLA • TECHnICAL mAnuAL
insulation for use in masonry and timber cavity walls as
well as party walls. The product is installed in more
than 1,000 properties per week. For more information
visit energystoreltd.com.
Crosshead
Tel: 0800 085 6687 www.energystoreltd.com