Industrial Waterproofing Service

Mariseal 300

Technical Data * PROPERTY RESULTS TEST METHOD Composition Colyurethane Resin + Hardener Mixing Ratio A+B = 6:1 by weight Resistance to Water Pressure No Leak (1m water column, 24h) DIN EN 1928 Elongation at Break >100% ASTM D 412 Adhesion to concrete >2,0 N/mm 2 ASTM D 903 Hardness (Shore A Scale) 70 + 5 ASTM D 2240 Solids Content 100% CALCULATED UV accelerated ageing, in the presence of moisture Passed - No significant changes EOTA TR-010 Hydrolysis (5% KOH, 7days cycle) No significant elastomeric change Inhouse Lab Service Temperature -40oC to +90oC Inhouse Lab Tack Free Time 6-8 hours Light Pedestrian Traffic Time 24 hours Final Curing time (ponding test) 7 days Conditions: 20oC, 50% RH Chemical Proper t ies Good resistance against acidic and alkali solutions (5%), detergents, seawater and oils.

Mariseal 250

Technical Data * PROPERTY RESULTS TEST METHOD Elongation at Break > 800 % ASTM D 412 / DIN 52455 Tensile Strength > 4 N/ mm 2 ASTM D 412 / DIN 52455 Water Vapor Permeability > 25 gr/m2/day ISO 9932:91 Resistance to mechanical damage by static impression High Resistance (class:P3) EOTA TR-007 Resistance to mechanical damage by dynamic impression High Resistance (class:P3) EOTA TR-006 Resistance to Water Pressure No Leak (1m water column, 24h) DIN EN 1928 Adhesion to concrete >2,0 N/mm 2 (concrete surface failure) ASTM D 903 Crack Bridging Capability up to 2 mm crack EOTA TR-008 Hardness (Shore A Scale) 65 ASTM D 2240 Resistance to Root Penetration Resistant UNE 53420 Solar Reflectance (SR) 0.87 ASTM E903-96 Solar Emittance 0.89 ASTM E408-71 Thermal Resistance (80oC for 100 days) Passed - No significant changes EOTA TR-011 UV accelerated ageing, in the presence of moisture Passed - No significant changes EOTA TR-010 Resistance after water aging Passed EOTA TR-012 Hydrolysis (5% KOH, 7days cycle) No significant elastomeric change Inhouse Lab Construction Material Fire class DIN 4102-1 Resistance to Flying Sparks and Radiating Heat Passed DIN 4102-7 Service Temperature -30oC to +90oC Inhouse Lab Shock Temperature (20min) 200oC Inhouse Lab Rain Stability Time 4 hours Light Pedestrian Traffic Time 12 hours Final Curing time 7 days Conditions: 20oC, 50% RH Chemical Proper t ies Good resistance against

Mariseal 270

Technical Data * PROPERTY RESULTS TEST METHOD Elongation at Break > 400 % ASTM D 412 / DIN 52455 Tensile Strength > 4 N/ mm 2 ASTM D 412 / DIN 52455 Water Vapor Permeability > 25 gr/m2/day ISO 9932:91 Resistance to Water Pressure No Leak (1m water column, 24h) DIN EN 1928 Adhesion to concrete >2,0 N/mm 2 (concrete surface failure) ASTM D 903 Hardness (Shore A Scale) 65 ASTM D 2240 (15”) Thermal Resistance (80oC for 100 days) Passed - No significant changes EOTA TR-011 Hydrolysis (5% KOH, 7days cycle) No significant elastomeric change Inhouse Lab Service Temperature -30oC to +90oC Inhouse Lab Tack Free Time 8 hours Light Pedestrian Traffic Time 24 hours Final Curing time 7 days Conditions: 20oC, 50% RH Chemical Proper t ies Good resistance against acidic and alkali solutions (5%), detergents, seawater and oils.

Marithan

Technical data* PROPERTY RESULTS TEST METHOD Elongation at Break >500 % ASTM D 412 Tensile Strength >1,5 N/ mm 2 ASTM D 412 Water Vapor Permeability >15 gr/m2/day ISO 9932:91 Resistance to Water Pressure No Leak (1m water column, 24h) DIN EN 1928 Adhesion to concrete >1,2 N/mm 2 ASTM D 903 Hardness (Shore A Scale) 60 ASTM D 2240 (15”) Tack Free Time 6 hours Light Pedestrian Traffic Time 18 hours Final Curing time 7 days Conditions: 20oC, 50% RH

Chimney Sealing

Cold Storage

Concrete Waterproofing

Expansion Joints

Exposed Waterproofing

Garden Area

Insulated Roof Waterproofing

Liquid Polyurethane

Parking Deck

Planter Box

Podium Waterproofing

Polyurethane

Polyurethane Foam Protection MARISEAL-2

Portable Waterproofing

Retension Wall

Roof Waterproofing

Skylight Waterproofing

Terrace Waterproofing

Terrace Garden Waterproofing

Under Tile Waterproofing

Wet Areas