Penetrating Epoxy Resins
Penetrating epoxy resins are designed for deep penetration into surfaces, providing excellent adhesion and reinforcement of materials. They are ideal for repairing and protecting concrete, wood, and metal.
Bestsellers
Clear casting epoxy resin for small castings, casting thickness 0.1 - 1 cm (at max 22 °C), cures from 15 °C, VOC 0 g/L, mixing ratio by weight 2:1, can be sanded after 2 - 3 days
Crystal clear penetrating / sealing epoxy resin with maximum UV protection, casting thickness up to 7 mm, processing time approx. 15 min, low viscosity (liquid), safe for...
Crystal clear penetrating / sealing epoxy resin with maximum UV protection, casting thickness up to 7 mm, processing time approx. 15 min, low viscosity (liquid), safe for...
Crystal clear penetrating / sealing epoxy resin with maximum UV protection, casting thickness up to 7 mm, processing time approx. 15 min, low viscosity (liquid), safe for...
Clear casting epoxy resin for small castings, casting thickness 0.1 - 1 cm (at max 22 °C), cures from 15 °C, VOC 0 g/L, mixing ratio by weight 2:1, can be sanded after 2 - 3 days
Crystal clear penetrating / sealing epoxy resin with maximum UV protection, casting thickness up to 7 mm, processing time approx. 15 min, low viscosity (liquid), safe for...
Our penetrating epoxy resins have low viscosity, allowing them to penetrate deep into pores and cracks of materials. They are excellent for strengthening and protecting surfaces. Key features include:
- Low Viscosity: Allows deep penetration into pores and cracks of materials.
- High Adhesion: Provides strong bonding to various substrates.
- Chemical Resistance: Protects the material from chemical effects.
Main uses of penetrating epoxy resins:
- Concrete Repairs: Strengthening and sealing surfaces that are damaged or porous.
- Wood: Reinforcing and protecting old or damaged wood.
- Floors: Preparing substrates for further coatings or epoxy surfaces.
- Metal: Protecting and preparing metal surfaces for further treatments.
Penetrating epoxy resins are ideal for applications where deep penetration into the material and improvement of its structural integrity are required.