This document describes three cement-based brushable sealing slurries: AQUAMAT, AQUAMAT-FLEX, and AQUAMAT-ELASTIC. All three products provide waterproofing against water pressure up to 7 atm and bond perfectly to surfaces like concrete and masonry. AQUAMAT-FLEX and AQUAMAT-ELASTIC additionally feature crack-bridging ability and flexibility/elasticity. The products are suitable for waterproofing basements, pools, and surfaces in contact with food or drinking water. Directions for use involve mixing the powder and liquid components and applying in multiple coats by brush depending on the waterproofing need.
Cement-Based Brushable Sealing Slurries for Waterproofing
1. AQUAMAT AQUAMAT-FLEX AQUAMAT-ELASTIC
Cement-based brushable sealing slurry Flexible, 2-component cement-based brushable sealing slurry Elastic, 2-component cement-based brushable sealing slurry
DESCRIPTION DESCRIPTION DESCRIPTION
AQUAMAT is a cement-based brushable sealing slurry, AQUAMAT-FLEX is a flexible, 2-component, brushable sealing slurry. AQUAMAT-ELASTIC is an elastic, 2-component, brushable sealing
offering the following advantages: It consists of a cement-based powder mortar (component A) and slurry. It consists of a cement-based powder mortar (comp. A) and a
a resin emulsion (component B). It is offering the following advantages: resin emulsion (comp. B). It is offering the following advantages:
= Total waterproofing against water pressure up to 7 atm, according to
DIN 1048. = Crack-bridging ability. = Crack-bridging ability.
= Perfect bonding to substrates like concrete, masonry, plaster, even = Total waterproofing against water pressure up to 7 atm, according to = Total waterproofing against water pressure up to 7 atm,
under negative pressure conditions. DIN 1048. according to DIN 1048.
= Suitability for potable water tanks as well as surfaces in direct = Perfect bonding to substrates like concrete, masonry, plaster, even = Perfect bonding to substrates like concrete, masonry, plaster,
contact with food products, according to W-347. under negative pressure conditions. even under negative pressure conditions.
= Bonding to wet surfaces without priming. = Suitability for potable water tanks as well as surfaces in direct contact = Suitability for potable water tanks as well as surfaces in
= Simple and low-cost application. with food products, according to W-347. direct contact with food products, according to W-347.
= No corrosive effects on steel in reinforced concrete. = Vapor permeability. = Vapor permeability.
= It is classified as a coating for surface protection of concrete, = Bonding to wet surfaces without priming. = Bonding to wet surfaces without priming.
according to EN 1504-2. Certificate Nr. 2032-CPD-10.11. = Simple and low-cost application. = Simple and low-cost application.
= No corrosive effects on steel in reinforced concrete. = No corrosive effects on steel in reinforced concrete.
= It is classified as a coating for surface protection of concrete, according = It is classified as a coating for surface protection of concrete,
to EN 1504-2. Certificate Nr. 2032-CPD-10.11. according to EN 1504-2. Certificate Nr. 2032-CPD-10.11.
FIELDS OF APPLICATION FIELDS OF APPLICATION FIELDS OF APPLICATION
Waterproofing of concrete elements, masonry or plaster surfaces, in cases ranging from simple moisture to water pressure. It is used for waterproofing surfaces made of concrete, plaster, bricks, cement-blocks, mosaic etc., that show or are expected to It is used for waterproofing surfaces made of concrete, plaster, bricks, cement-blocks, mosaic, gypsum boards, wood,
Suitable for waterproofing of basements, water tanks, swimming pools, sewage tanks, etc. Enables internal waterproofing of show hair-cracks. Ideal for application on terraces, rooftops, balconies and damp areas to be covered with tiles (bathrooms, metal etc. Ideal in cases where high elasticity and good adhesion of the waterproofing layer is required. Suitable for
underground areas, since it can withstand negative pressure (water from the substrate side), due to its absolute bonding to the kitchens), inverted roofs, underground reservoirs, flower stands etc. waterproofing of substrates that suffer from contraction-expansion or vibration and show or are expected to show
substrate. In cases that the surface to be sealed shows or is expected to show haircracks, like terraces, balconies etc., It can also be used for waterproofing of basements, internally or externally, against humidity or water under pressure. haircracks, such as terraces, balconies, above ground water tanks, swimming pools, inverted roofs etc.
the 2-component brushable sealing slurries AQUAMAT-FLEX and AQUAMAT-ELASTIC are recommended. In cases where extremely high elasticity is required, the use of AQUAMAT-ELASTIC is recommended. It can also be used for waterproofing of basements, internally or externally, against humidity or water under pressure.
DIRECTIONS FOR USE - CONSUMPTION DIRECTIONS FOR USE - CONSUMPTION DIRECTIONS FOR USE - CONSUMPTION
AQUAMAT is gradually added to water under continuous stirring, The content of the 25 kg bag (component A) is added into the 8 kg of Terrace waterproofing The content of the 25 kg bag (component A) is added into the 10 kg
until a uniform viscous mixture is formed, suitable for brush liquid (component B) under continuous stirring, until a uniform of liquid (component B) under continuous stirring, until a uniform
application. The entire surface of the substrate should be viscous mixture is formed, suitable for brush application. The entire viscous mixture is formed, suitable for brush application. The entire
dampened well, but without creating any water puddles. The surface of the substrate should be dampened well, but without surface of the substrate should be dampened well, but without
material is applied by brush in 2 or more layers, depending on the creating any water puddles. The material is applied by brush in 2 or creating any water puddles. The material is applied by brush in 2 or
water effect. According to it, minimum consumption and relevant more layers, depending on the water effect. According to it, more layers, depending on the water effect. According to it,
thickness should be as follows: minimum consumption and relevant thickness should be as follows: minimum consumption and relevant thickness should be as follows:
Minimum Minimum Minimum Minimum Minimum Minimum
Water effect Water effect Water effect
consumption thickness consumption thickness consumption thickness
Moisture 2,0 kg/m2 Approx. 1,5 mm Moisture 2,0 kg/m2 Approx. 1,5 mm Moisture 2,0 kg/m2 Approx. 1,5 mm
Water without pressure 2 Approx. 2,0 mm Water without pressure 2 Approx. 2,0 mm Water without pressure 2 Approx. 2,0 mm
3,0 kg/m 3,0 kg/m 3,0 kg/m
Water pressure 3,5-4,0 kg/m2 Approx. 2,5 mm Water pressure 3,5-4,0 kg/m2 Approx. 2,5 mm Water pressure 3,5-4,0 kg/m2 Approx. 2,5 mm
PACKAGING PACKAGING PACKAGING
ÓÕÓÊÅÕÁÓÉÁ
Plastic bags of 5 kg in grey and white color. Combined 33 kg package (25kg cement-based powder mortar Combined 35 kg package (25kg mortar + 10kg emulsion resin), in
Paper bags of 25 kg in grey, white and light blue color. bag + 8kg emulsion resin plastic container) and combined 18 kg grey and white color and 7 kg package (5kg mortar + 2kg emulsion
package (13,6 kg cement-based powder mortar bag + 4,4 kg resin), in white color, combined 18 kg package (12,9 kg cement-
emulsion resin plastic container). based powder mortar + 5,1 kg emulsion resin) in white color and
combined 7 kg package (5 kg cement-based powder mortar + 2 kg
emulsion resin) in white color.
2. PREPARATION OF SUBSTRATE
The preparation of the substrate described below is the
total &
same for the application of AQUAMAT, as well as for
AQUAMAT-FLEX and AQUAMAT-ELASTIC.
= The substrate must be clean, free of oily residues, durable
loose material, dust, etc.
= Water leaks should be plugged with AQUAFIX rapid
setting cement. Waterproofing with
AQUAMAT
waterproofing
Groove
= Any cavities in concrete surface should be filled in and formation with:
a
smoothed out using DUROCRET, DUROCRET-FAST or -DUROCRET or
RAPICRET, after all loose aggregate has been removed b -DUROCRET-FAST or
-RAPICRET
and the surface has been well moistened.
Distance pieces and form wires are cut to a depth Formation of grooves in the floor-wall intersections
= Filling with: of about 3 cm into the concrete surface. with DUROCRET.
Distance pieces and form wires should be cut in a
-DUROCRET or c
AQUAMAT
depth of about 3 cm into the concrete and the holes -DUROCRET-FAST or
should be sealed as above. -RAPICRET
= Existing work joints are opened longwise in an inverse
d Waterproofing with
V shape in a depth of about 3 cm and are subsequently
filled in as above.
AQUAMAT
Brushable, cement-based, sealing slurries
= Corners like the joint of floors with vertical walls,
should be filled in and rounded smooth with
DUROCRET, DUROCRET-FAST or RAPICRET. a: Form wire
b: Distance piece
= In case of masonry walls, joints should be first filled in c: Cavity
d: Construction joint
carefully; otherwise, it is recommended to apply a
cement mortar layer first improved with ADIPLAST.
Reinforced concrete to
= For sealing of basements in old buildings, any existing which PLASTIPROOF
wall plastering should be removed to a height of up to is added. Any cavities in concrete surface should be filled in Application of AQUAMAT with a brush in
50 cm above the water level and then proceed as and smoothed out using DUROCRET, successive layers.
DUROCRET-FAST or RAPICRET.
above.
CLEANING OF TOOLS
Tools should be cleaned with water immediately after
use.
PROTECTION STRUCTURAL CAPACITY
The freshly coated surface should be protected from high In cases of water pressure the structure that bears the
temperatures, rain and frost. In cases of operational sealing layer (wall, floor etc.) should have been suitably
walkable floors, the waterproofed floor surface should be designed in order to withstand water pressure.
protected with a cement mortar layer. for the total waterproofing of basements, terraces, pools etc.
REMARK
In cases using a pump to keep the water level low, it should be taken care not to stop the pumping, before the
waterproofing layer has hardened sufficiently. About 7 days are needed.
THESSALONIKI, GREECE ISOMAT S.A.
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