WellFix™ Waterproof Anti-Leakage Agent Home Improvement outdoorpinata 30g + Brush
WellFix™ Waterproof Anti-Leakage Agent Home Improvement outdoorpinata
WellFix™ Waterproof Anti-Leakage Agent Home Improvement outdoorpinata
WellFix™ Waterproof Anti-Leakage Agent Home Improvement outdoorpinata
WellFix™ Waterproof Anti-Leakage Agent Home Improvement outdoorpinata
WellFix™ Waterproof Anti-Leakage Agent Home Improvement outdoorpinata
WellFix™ Waterproof Anti-Leakage Agent Home Improvement outdoorpinata 100g + Brush

WellFix™ Waterproof Anti-Leakage Agent

Regular price
$11.97
Sale price
$11.97
Quantity must be 1 or more

Solve that leakage problem with this powerful leakage agent that can bond, seal, and repair wet or dry surfaces, even underwater!
This rubberized paste provides a tough but flexible layer of protection that is 100% leakproof with high bonding strength.
Get this Anti-Leakage Agent and experience the waterproofing power this product has to offer.

 

FEATURES:

  • 100% Waterproof - Effective waterproofing feature! Perfect to solve that leaking basement wall or building foundation. Keep moisture at bay with this magical agent.


  • Suitable to Wet and Dry surfaces - Perfect to waterproof almost everything! Applicable on wet and dry surfaces.


  • Transparent Finish - This agent is 100% transparent that will not change the aesthetic look of the material.


  • Safe & Non-Toxic - Made with an odorless and non-toxic substance that is not harmful to humans and will not damage surfaces.


  • Various Usage - Perfect for roofs, gutters, planter boxes, ponds, sheds, mobile homes, metal, wood, concrete, and more. Perfect for any home DIY project!

 

SPECIFICATIONS:

  •  30g
    • Size: 38.9 x 42.2mm
    • Weight: 51.3g
  • 100g
    • Size: 55.7 x 60.2mm
    • Weight: 130.3g
  • 300g
    • Size: 75 x 85mm
    • Weight: 351g
  • Brush
    • Size: 160 x 23 x 9mm
    • Weight: 13g

 

PRODUCT INCLUDES:

1 x WellFix™ Waterproof Anti-Leakage Agent


SHIPPING DELAY NOTICE:
Please be expected 2-4 weeks shipping
delay due to High Volume of Order