Skip to product information
1 of 1

Pacific Nanotech

SurfaPore M

SurfaPore M

Regular price $40.95 NZD
Regular price Sale price $40.95 NZD
Sale Sold out
Size

SurfaPore M protects surfaces from stains and also makes them oil and water repellent as it coats the pores, without changing their appearance and enables them to actively repel oil based stains.

How It Works

Unsightly stains devalue beautiful stone, marble and granite surfaces.  Microscopic analysis of these surfaces reveals vast networks of pores that readily collect moisture, debris and oils that cause the surface to lose its natural lustre and beauty.

SurfaPore M is a water-based nano-material designed to prevent oil and water from penetrating surfaces and creating stains.  It contains a blend of specially designed nano-particles that penetrate deep into pores and capillaries to create an inorganic moisture and oil barrier. These hydrophobic and oleophobic nano-particles have organofluorated coatings that can withstand extreme temperatures up to 350°C, so SurfaPore M is ideal for kitchens.  UV has no effect on SurfaPore M, so there is no yellowing and it does not break down.

Applications

  • Marble
  • Granite
  • Natural Stone
  • Kitchen Bench-tops
  • Food preparation areas
  • Walkways with exposure to Grease and Oil

Benefits

  • Protects against stains caused by moisture and oil
  • Water based
  • Non-toxic for food prep areas 
  • Does not change the natural appearance
  • Long lasting & UV resistant 
  • Easy, one step application
  • High heat tolerance (up to 350°C)
  • Environmentally friendly
  • No noxious fumes

How to Apply - Surface Application

Surface should be dry and clean. Apply by brush, roller or by spraying. Do NOT dilute. After about 15 minutes, before SurfaPore M dries completely, remove application excess with a wet, soft cloth and polish the surface. For extra protection of very sensitive surfaces reapply within 3 hours after the first application. Maximum efficiency is achieved 7 days post application.

Coverage

 8-10 m2/L depending on the absorption properties of the application surface.

View full details