MAXPATCH -MMA
MAXPATCH MMA is a two-component methacrylate-based mortar designed for very fast repairs of concrete pavements and industrial floors, even at low temperatures.
Formulated with a methacrylate resin (component A) and a cementitious powder with special additives (component B), when mixed with DRIZORO SILICA aggregate, it provides a rapid-setting, high-performance repair mortar. MAXPATCH MMA offers excellent mechanical strength, chemical and thermal resistance, and allows the repaired area to be reopened to traffic within one hour. Available in two versions: MAXPATCH MMA-S for applications from 0 °C to +35 °C and MAXPATCH MMA-W for applications from 0 °C to -30 °C.
Applications
- Urgent repair of industrial concrete floors, warehouses, loading docks, and heavy traffic areas.
- Rapid restoration in freezing chambers and refrigerated facilities.
- Repairs of highways, airport runways, and bridge decks under extreme cold conditions.
- Joint edge rebuilding and surface levelling in food, chemical, and pharmaceutical industries.
Advantages
- Ultra-fast setting and traffic reopening within one hour.
- Applicable in a wide temperature range from -30 °C to +35 °C.
- High early and final mechanical strength, abrasion, and impact resistance.
- Excellent adhesion to concrete and easy application.
- Weather, UV, and chemical resistance with long-lasting performance.
How to use
Mix component A with component B, adding DRIZORO SILICA depending on layer thickness. Use a low-speed mixer until homogeneous, then apply with trowel or spatula.
Consumption
Estimated consumption: 2.2 kg/m²·mm thickness. One MAXPATCH MMA set yields approximately 10–17.6 litres depending on the aggregate used.
Packaging
MAXPATCH MMA is supplied in pre-weighed 22.86 kg sets: 2.86 kg of component A and 20 kg of component B. DRIZORO SILICA is available in 25 kg bags.
Precautions and safety
Component A is flammable. Use gloves, goggles, and protective clothing. Provide ventilation and avoid contact with skin or eyes and inhalation of vapours or dust.
