Mipa EP 150-70 2K-EP Sealant primer colourless seals prepared mineral substrates, helps bind absorbent concrete and supports a more even epoxy floor build.
LOADING BAY FLOOR COATING
A loading bay floor has to deal with repeated wheels, pallets, cleaning and dirty traffic paths. The right Mipa epoxy floor coating method starts with a prepared mineral surface and gives the bay a harder, easier to clean working finish.
Mipa EP 150-70 2K-EP Sealant primer colourless seals prepared mineral substrates, helps bind absorbent concrete and supports a more even epoxy floor build.
Mipa EP 275-70 2K-EP floor paint is the heavier epoxy floor coating choice for mineral floors that need a dense, satin gloss and water-resistant finish.
Mipa WEP 2300-50 gives an interior semi-gloss 2K epoxy coating for concrete and other prepared mineral substrates where abrasion and cleaning resistance matter.
Mipa WEP 9300-25 hardener and Mipa WBS deionised water support the WEP 2300-50 coating stage, helping the mixed coating cure and apply with the intended behaviour.
Remove dust, laitance, grease and loose coating from the bay area, especially where wheels turn or pallets land.
Use Mipa EP 150-70 on prepared absorbent concrete before the main epoxy coating stage.
Use Mipa EP 275-70 or Mipa WEP 2300-50 in planned sections so the wet coating is not walked through during the job.
Work carefully at door thresholds, expansion joints and loading edges, because these areas usually see the strongest wear.
Give the coating enough cure time before returning pallet trucks, forklifts or repeated loading movement to the bay.
Choose Mipa EP 275-70 where the floor needs a dense epoxy layer for a harder working mineral surface.
Choose Mipa WEP 2300-50 where a semi-gloss waterborne 2K epoxy floorcoat is the cleaner fit for an interior concrete floor.
Use Mipa EP 150-70 on prepared absorbent concrete before the coating stage so the surface is sealed more evenly.
For loading bays, schedule coating when the area can stay closed. Early traffic can mark or weaken a coating before it reaches its proper resistance.
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