TENAX HYDREX (PETROLEUM BASED SEALER) 1 QT.

TENAX
SKU:
TNX 1MMA00BG50
$22.45
(No reviews yet)
Current Stock:
Adding to cart… The item has been added
Discover the power of Tenax Hydrex Stone Sealer, a premium petroleum-based solution designed specifically for tile and stone fabricators. This penetrating sealer effectively safeguards your surfaces from unwanted stains by blocking liquids from penetrating through micro-porosities, ensuring your installations remain pristine and protected. With both waterproof and oil-proof properties, Tenax Hydrex is an essential addition to any professional's toolkit. Whether you're working with countertops, flooring, or stone surfaces, this 1-quart sealer offers superior protection, prolonging the lifespan of your materials and enhancing their natural beauty.

Key Features

  • Penetrating formula for deep protection against stains
  • Waterproof and oil-proof for versatile applications
  • Easy to apply for efficient use in industrial settings
  • Ideal for natural stone, tile, and grout surfaces
  • Professional-grade quality trusted by fabricators

Who Is This For?

Tenax Hydrex Stone Sealer is perfect for tile and stone fabricators, countertop installers, and stone masons seeking reliable protection for their installations. Industrial fabrication shops will also benefit from its ease of use and effectiveness, ensuring high-quality results every time.

Frequently Asked Questions

How long does the sealer last?

With proper application, Tenax Hydrex can last for several years, depending on exposure and wear.

Can I use this sealer on all types of stone?

Yes, it is suitable for various natural stone, tile, and grout surfaces.

Is it safe for indoor use?

Absolutely, Tenax Hydrex is safe for indoor applications when used as directed.

How do I apply the sealer?

Simply clean the surface, apply the sealer evenly, and allow it to penetrate for optimal results.

What is the coverage of a quart?

A quart typically covers approximately 100-150 square feet, depending on the surface's porosity.