One component, ready-to-use, multi-purpose, fibre reinforced, cementitious mortar, applied using either the dry or damp spraying technique Where to use: For the repair of concrete, stone and masonry…
One component, ready-to-use, multi-purpose, fibre reinforced, cementitious…
TECHNICAL DATA: Maximum dimension of aggregate: 2.5 mm. Mixing ratio: 100 parts of MAPEGROUT SV with 12-13 parts of water. Pot life of mix: 15 minutes (at +20°C). Minimum applicable thickness: 1 cm.…
TECHNICAL DATA: Maximum dimension of aggregate: 2.5 mm. Mixing ratio: 100 parts…
TECHNICAL DATA: Maximum dimension of aggregate: 2.5 mm. Mixing ratio: 100 parts of MAPEGROUT SV FIBER with 13.5-14.5 parts of water. Pot life of mix: approximately 20 minutes (at +20°C). Minimum…
TECHNICAL DATA: Maximum dimension of aggregate: 2.5 mm. Mixing ratio: 100 parts…
Quick-setting, shrinkage-controlled, thixotropic mortar for repairing concrete, fixing drains, manholes and urban fixtures. Mapegrout SV T is used for repairing highly deteriorated in-situ concrete…
Quick-setting, shrinkage-controlled, thixotropic mortar for repairing concrete,…
Medium strength (40 MPa) thixotropic mortar for the repair of concrete. Use Mapegrout T40 to repair damaged concrete surfaces such as balconies and corners of columns and beams. Mapegrout T40 is also…
Medium strength (40 MPa) thixotropic mortar for the repair of concrete. Use…
Sulphate-resistant thixotropic fibre-reinforced mortar for the repair of concrete. Use Mapegrout T60 to repair damaged concrete surfaces such as balconies and corners of columns and beams. Mapegrout…
Sulphate-resistant thixotropic fibre-reinforced mortar for the repair of…
Where to use: Baseplate grouting of onshore wind turbines where high fatigue resistance is required. Anchoring bolts of wind turbines. Some application examples: Void filling where a high modulus of…
Where to use: Baseplate grouting of onshore wind turbines where high fatigue…
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