Mark factory hazard zones

FACTORY HAZARD ZONE MARKING

Guide to marking factory hazard zones

Factory hazard zones need markings that people can understand at a glance. Use a durable coated area where the floor zone needs substance, then use Mipa line marker Professional for visible borders and warning lines in white or traffic yellow.

What do you need to mark factory hazard zones?

Waterborne epoxy hazard zone coating

Mipa WEP 2300-50 gives prepared interior mineral floors a semi-gloss 2K epoxy coating for defined working or warning zones.

Curing and viscosity components

Mipa WEP 9300-25 hardener and Mipa WBS deionised water are the companion components for the WEP 2300-50 coating stage.

Line marker aerosol

Mipa line marker Professional 750 ml is used for fast drying white or traffic yellow borders, warning lines and zone outlines.

How to mark factory hazard zones

  1. 1
    Define the hazard area

    Set the boundary around machinery, edges, movement paths or storage zones before coating starts.

  2. 2
    Prepare the floor

    Clean and abrade the marked area so dust, oil and loose coating do not reduce adhesion.

  3. 3
    Apply the epoxy zone coating

    Use Mipa WEP 2300-50 for a more durable floor zone where a simple aerosol line is not enough.

  4. 4
    Mark the boundary

    Use Mipa line marker Professional to create clear borders, entry lines or warning edges.

  5. 5
    Check from normal working positions

    Review the finished zone from operator, pedestrian and vehicle viewpoints before the area is reopened.

Which factory hazard marking products should you choose?

Solid zone colour

Use Mipa WEP 2300-50 for a more substantial coated hazard area on prepared interior concrete.

Fast boundary marking

Use Mipa line marker Professional for crisp outlines, entry edges and smaller warning marks.

Traffic yellow emphasis

Use traffic yellow where the zone needs stronger warning visibility around equipment or edges.

Technical details

  • Mipa WEP 2300-50 is a waterborne 2K epoxy floorcoat for metallic and mineral substrates in interior use.
  • Mipa WEP 2300-50 uses Mipa WEP 9300-25 hardener at 4:1 by weight or 3:1 by volume, with Mipa WBS deionised water as the specified thinner.
  • At 20 °C, Mipa WEP 2300-50 has a pot life of about 3 to 4 hours and becomes resistant to mechanical stress after about 3 days.
  • The aerosol is intended for car parks, private areas and industrial safety markings.
Practical suggestion

Keep hazard zones simple and repeat the same visual rules everywhere. A clear boundary is more useful than a complicated marking pattern.

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