How to Choose the Right Acid Resistant Flooring for Your Facility

Choosing the right acid resistant flooring is crucial for any facility handling aggressive chemicals. Whether you’re operating a chemical plant, battery charging room, or food processing facility, the floor must endure corrosive spills, heavy wear, and rigorous cleaning. In this article, we’ll guide you through selecting the best solution using Maxkote’s specialist epoxy and resin-based flooring systems.

🔍 Why Choose Maxkote Acid Resistant Flooring?

Acidic substances such as sulfuric acid, hydrochloric acid, and nitric acid can eat away at unprotected concrete, leading to structural degradation, safety hazards, and costly repairs. Floors in bunded areas, processing zones, and chemical handling rooms must be shielded with chemically resistant coatings that offer long-term protection.

Infographic showing how to choose acid resistant flooring based on chemical type, mechanical load, temperature resistance, and hygiene

✅ Key Considerations When Choosing Acid Resistant Flooring

1. Type of Chemicals Present

Start by identifying the type and concentration of acids or corrosive agents used in your facility. For example:

  • Mild acids and alkalis → standard epoxy systems may be suitable.

  • Strong acids (e.g., sulfuric, nitric) → you’ll need enhanced Novolac epoxy solutions.

2. Mechanical Load and Foot Traffic

  • Is your floor exposed to forklifts, pallet trucks, or heavy equipment?

  • Use high-compressive-strength systems like Maxkote M-CRETE HF, which offers excellent durability under mechanical stress.

3. Thermal Resistance

  • If the floor is subject to high temperatures (e.g., hot fluid spills, steam cleaning), choose a thermally stable resin system. Ask Maxkote for high-temp epoxy screeds or modified resin systems for thermal cycling.

4. Slip Resistance & Hygiene

  • Wet or chemical-prone environments need a non-slip surface.

  • Food and pharmaceutical industries require smooth, easy-to-clean finishes like Maxkote M-CRETE SF.

🧪 Recommended Maxkote Flooring Systems

M-CRETE 300 Acid Resistant Epoxy Novolac Concrete Screed

  • Best for: Chemical bunds, plant rooms, and processing zones

  • Features: High compressive strength, abrasion resistance, chemical resistance

  • Finish: Textured, non-slip surface for added safety

M-CHEM 300 Epoxy Novolac Acid Resistant Coating

  • Best for: Laboratories, battery rooms, Bund area and clean environments

  • Features: Seamless finish, good chemical resistance, easy to clean

  • Finish: Smooth or anti-slip options available

M-PRIME 104 – Damp Tolerant Concrete Primer

  • Best for: Porous or damp substrates

  • Features: Improves bonding, seals substrates before top coating

  • Use: Essential before applying topcoat to concrete or screed surfaces

🛠️ Installation: Expert Advice is Key

  • Maxkote offers free technical support to help you choose and install the right flooring system. Proper surface preparation, priming, and curing times are vital for success.

    You can also opt for supply-and-apply services via Maxkote’s application partners across the UK.

🔗 Need Help Selecting the Right Floor?

Contact Maxkote today for:

  • Free technical advice

  • Tailored specifications

  • Quotations

📞 01904 809 773
📧 [email protected]
🌐 Visit the Acid Resistant Flooring Page

 

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