HF-8001 Water-Based One-Component Polyurethane Coating

In modern flooring and concrete protection, a high-performance sealer needs to do more than simply form a protective film. Surface hardness, gloss enhancement, water resistance, chemical resistance, and scratch resistance are all essential for maintaining the appearance and durability of mineral-based substrates. HF-8001 Polyurethane curing agent is designed to provide a practical and environmentally friendly solution for these demanding applications.

Product Overview

HF-8001 is a water-based, one-component polyurethane coating designed specifically for the surface hardening and gloss enhancement of mineral-based substrates. It’s used for terrazzo (star stone), emery (diamond) wear-resistant flooring, and cementitious self-leveling compounds, metallic flooring and so on.

It is supplied as a milky white, transparent liquid and is easy to apply without the need for on-site two-component mixing. Its water-based formulation offers low VOC emissions and low odor, making it suitable for applications where environmental performance and working conditions are important considerations.

After application and drying, HF-8001 forms a protective surface layer that enhances the appearance of the substrate while improving its resistance to everyday wear and environmental exposure.

Typical properties:

Viscosity at 25°C: 50-300 mpas

Non-volatile Matter (Solid Content): 20.5-25.5%

Acid Value: ＜0.2 mg KOH/g

Touch-dry Time (70°C): ＜20 mins

Film Hardness: ≥5H

For flooring contractors, coating formulators, and construction material manufacturers looking for a water-based polyurethane surface protection solution, HF-8001 offers a balanced combination of environmental performance, ease of use, surface durability, and appearance enhancement.

Highfar is committed to providing innovative coating and epoxy material solutions for demanding industrial and construction applications. HF-8001 is part of our product portfolio developed to help customers achieve improved surface performance while meeting increasingly stringent environmental requirements.