
Using the Graco M680 mortar pump signicantly accelerates the application process of StoPur AC MultiCoat and simultaneously boosts area output. The material is not applied in two steps using squeegee and roller, as is conventional, but rather sprayed on in a single pass. The result is a perfect surface texture. It cannot be simpler or more economical.

· Easy application
· Only one application cycle
· No additional sealing coat required
· High wear resistance
· Very good cleanability
· Tintable in accordance with RAL
StoPur AC MultiCoat is a component of the StoFloor Tra c Elastic PM MultiBase system. It is used as oor coating suitable for vehicle traffic in multi-storey and underground car parks, and as a wearing course in the OS 10.4 and OS 10.22 surface protection systems. Furthermore, StoPur AC MultiCoat is also suitable as a slipresistant wearing course in many industrial production areas.

The StoPur AC MultiCoat wearing course is applied in a single step. It is a highly abrasion-resistant and wear-resistant textured oor coating based on polyurea with integrated slip resistance. Various wear simulation tests demonstrate its excellent resistance to traffic loads:
· Parking Abrasion Test (PAT)
· Aachen Raveling Tester (ARTe), even with the stress of spiked tires
· Wear simulation in accordance with EN 13197 (RPA)

In addition, the material is chemically resistant to oils, fuels, and de-icing salt, as well as UV and colour-fast – the parking area surfaces do not yellow or fade, and the concrete substrate is permanently protected from the effects of damaging substances. The low-odour and plasticiser-free system is easy to apply. The reduced use of quartz sand (minus 90 percent) and the absence of a topcoat reduce material and transport costs and conserve resources.

The Graco M680 mortar pump for spray application saves time, speeds up the work process, and increases area output. Nothing is simpler or more economical.

· Maximum area coverage of up to 500 m² per hour·
· A surface suitable for acceptance is achieved in a single application cycle: “Spray to finish”
· Spray application reduces labour cost by about 76 % compared to manual application
· Easy to handle machine technology
· Application method easy to learn
· Relatively inexpensive investment for the machine
· Amortisation of the equipment usually in the second year