NOOSTOP

Product Introduction

ECO-K Waterproofing

Application Diagram

Product Composition

Main Agent (Liquid) 10kg + Hardener (Powder) 6kg = Two-Component Type
16kg = 33㎡ per coat / Recommended 3 coats = approx. 3 pyeong

※ Coverage may vary depending on the applicator’s skill

Application Scope

  • Architecture, civil engineering, and steel materials (excellent rust prevention)
  • Swimming pools, bathhouses, etc.
  • Sandwich panel joints
  • Deck plates and asphalt shingles
  • Patented eco-friendly inorganic-based waterproofing agent

    Eco-friendly inorganic-based high-elasticity ECO-K coating-type waterproofing agent T1.5mm±0.2mm

Product Features

  • Excellent for construction, civil works, and steel structures
  • 250% elongation, excellent crack resistance
  • Applicable on wet surfaces, no fire risk
  • Stable in 5% salinity and calcium chloride environments
  • Excellent for rust prevention in steel materials
  • Outstanding efficiency in time and cost reduction
  • Excellent waterproofing, crack resistance, and adhesion
  • Suitable for both exposed and concealed areas, ideal for enclosed spaces
  • Seamless finish with no joints after waterproofing
  • Ensures adhesion to concrete and dissimilar materials—such as PVC, steel pipes, copper pipes, stainless pipes, H-beams, steel materials, sandwich panels, asphalt shingles, plywood, wood, gypsum board, and deck plates—after primer application.

Application Method

  • Primer = Apply using brush, roller, or spray
  • ECO-K Waterproofing = Apply using brush, roller, or spray
  • K303 Concrete Putty = Use rubber spatula, steel spatula, or trowel
  • Apply inorganic primer once and allow to cure
  • Apply ECO-K waterproofing three times, curing after each coat (up to six times depending on site conditions)
  • For exposed areas = Apply top coat in designated color once

※ Touch-dry time after 1 coat is 30 minutes at 25℃

※ Can be completed within a day = time and cost savings

※ Use heat blowers, fans, and ventilators for indoor work

※ Store liquid component above 5℃