Chemical Resistant Paint

Protecting Sulfuric Acid Storage and Processing Areas with Epoxy.com Product #633

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Sulfuric acid is one of the most aggressive and widely used industrial chemicals. It is vital to industries like chemical processing, battery manufacturing, metal treatment, and water treatment plants. However, sulfuric acid storage tanks, containment areas, and processing zones face constant threats from acid spills, splashes, and chemical vapors, which can rapidly corrode concrete and steel surfaces.

Facilities that handle sulfuric acid (H₂SO₄) require a high-performance chemical-resistant coating to prevent substrate deterioration, ensure environmental compliance, and protect worker safety.

This is where Epoxy.com Product #633 Novolac Epoxy Coating excels.

Why Sulfuric Acid is So Destructive

Sulfuric acid is extremely corrosive and reacts aggressively with:

• Concrete – Dissolving calcium hydroxide, weakening the slab.

• Steel – Accelerating rust and structural degradation.

• Grouts & Mortars – Leading to surface erosion and joint failures.

Even diluted sulfuric acid (e.g., battery acid) can cause permanent surface damage if not contained properly.

Epoxy.com Product #633: Built for Sulfuric Acid Protection

Epoxy.com Product #633 is a 100% solids Novolac epoxy coating engineered specifically for chemical containment areas exposed to strong acids like sulfuric acid. It forms an impermeable, highly chemical-resistant barrier, making it ideal for:

✔ Sulfuric Acid Storage Tanks & Secondary Containment

✔ Chemical Processing Floors

✔ Battery Charging Areas

✔ Drainage Systems Handling Acidic Waste

✔ Acid Leak Containment Trenches

Key Benefits of Epoxy.com Product #633

1. Superior Acid Resistance

Novolac epoxy chemistry offers outstanding resistance to concentrated sulfuric acid, including solutions up to 98% concentration.

This prevents surface erosion and chemical penetration, ensuring long-term protection even in constant exposure environments.

2. Long-Term Durability

• Protects Concrete & Steel from both splash exposure and chemical immersion.

• Abrasion-resistant surface holds up under forklift traffic, chemical drums, and industrial equipment.

• Prevents cracks and degradation often seen with standard epoxy coatings when exposed to acid attacks.

3. Seamless & Non-Porous Surface

Product #633 creates a seamless protective layer that seals the substrate.

This prevents acid infiltration into underlying concrete, which can lead to subsurface corrosion and costly structural repairs.

4. Easy Application Over Concrete and Steel

Product #633 can be applied to new or existing floors, including:

✔ Concrete containment areas

✔ Steel tank bases

✔ Repairing acid-damaged surfaces

Recommended System for Sulfuric Acid Environment

Step 1: Surface Preparation

• Concrete: Shot-blast or diamond grind to create a clean, rough surface.

• Steel: Sandblast to SSPC-SP10 near-white metal finish.

See more details

Step 2: Priming

Apply Epoxy.com Product #12 or Product #899 Epoxy Primer to seal the substrate and enhance adhesion.

Step 3: Application of Epoxy.com Product #633

• First Coat: Roll or squeegee at 160-200 sq. ft. per gallon.

• Second Coat: Repeat application to build chemical-resistant thickness (total thickness: 16-20 mils).

Optional: Broadcast Aggregate for Slip Resistance

For areas with heavy traffic or wet conditions, broadcast silica sand or aluminum oxide into the first coat for enhanced traction.

Real-World Applications

Epoxy.com Product #633 is trusted in:

• Battery Manufacturing Plants – Protecting floors from battery acid leaks.

• Water Treatment Facilities – Shielding containment areas from sulfuric acid dosing systems.

• Metal Finishing Plants – Protecting work areas where acid baths are common.

Compliance & Safety

Product #633 is designed to meet regulatory requirements for chemical containment in:

• EPA Secondary Containment (40 CFR 264.175)

• USDA Accepted for Use in Food Plants

Proper containment with acid-resistant coatings also reduces liability risks and ensures compliance with hazardous materials regulations.

Protect Your Facility from Sulfuric Acid Damage

Don’t let sulfuric acid spills eat away at your facility’s infrastructure.

Epoxy.com Product #633 provides the chemical resistance you need to safeguard your operations and reduce costly repairs.

Epoxy.com Contact Information:

📞 Call: 321-206-1833 (orders)

📞 Technical Support: 352-533-2167

📧 Email: sales@epoxy.com

🌐 Visit: www.epoxy.com

How ESD Flooring Protects Electronics Manufacturing from Costly Failures

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In electronics manufacturing, even a tiny electrostatic discharge (ESD) can cause catastrophic damage to sensitive components. Without the right ESD control measures, companies risk production failures, equipment damage, and regulatory non-compliance. One of the most critical, yet often overlooked, elements of an effective static control system is the flooring.

Epoxy.com specializes in high-performance electrostatic dissipative (ESD) and conductive flooring solutions tailored for electronics manufacturing environments. This article explores why ESD flooring is essential and how Epoxy.com’s industry-specific solutions protect your operations.

The Threat of ESD in Electronics Manufacturing

The modern electronics industry relies on ultra-sensitive microchips, semiconductors, and printed circuit boards (PCBs)—all highly vulnerable to static discharge. ESD-related failures can cause:

• Immediate damage (component burnout)

• Latent defects (hidden issues that emerge later)

• Product recalls and warranty claims

• Production downtime

• Regulatory compliance failures (ANSI/ESD S20.20)

These risks make ESD flooring a critical investment for any facility handling circuit boards, medical devices, aerospace electronics, or telecommunications equipment.

Why ESD Flooring Matters

Many assume that anti-static wrist straps and workstations provide adequate protection, but ESD buildup starts from the ground up. Foot traffic, rolling equipment, and dry air all contribute to static generation.

Key Benefits of ESD Flooring in Electronics Manufacturing:

• Provides a controlled path for static dissipation

• Reduces failure rates in PCB assembly

• Improves overall plant safety

• Meets stringent industry regulations

• Minimizes unexpected downtime and costly repairs

Best ESD Flooring Options for Electronics Manufacturing

Epoxy.com offers customized ESD flooring systems designed to protect electronics manufacturing facilities. These solutions include:

Epoxy.com Product #1-ESD

• 100% solids epoxy with electrostatic dissipative properties

• High-strength coating ideal for cleanrooms and assembly lines

• Resistance Range: 1 million – 1 billion ohms

• Best for: PCB production, microelectronics, aerospace components

Technical Data

View Product Details

Epoxy.com Product #630 Conductive Epoxy

• Conductive Novolac epoxy for extreme static control

• Excellent chemical resistance for facilities using fluxes and solvents

• Best for: Heavy-duty environments with high electrostatic sensitivity

Technical Data

Epoxy.com Product #671 Conductive Primer

• Enhances the conductivity of ESD flooring systems

• Boosts performance when paired with other Epoxy.com coatings

• Best for: Facilities requiring extra grounding efficiency

Integrating ESD Flooring with Other Static Control Measures

For maximum protection, ESD flooring should be part of a complete static control system, including:

• ESD-Safe Workstations – Prevent charge accumulation on tools and surfaces

• Anti-Static Footwear – Ensures personnel stay grounded

• Controlled Humidity – Reduces electrostatic buildup in dry environments

By combining ESD flooring with these precautions, electronics manufacturers can minimize risk and protect sensitive equipment.

Why Choose Epoxy.com for Your ESD Flooring Needs?

Epoxy.com has decades of experience providing high-performance static control solutions tailored to the electronics industry. Our technical support team can help you:

• Select the right ESD flooring system for your facility

• Ensure compliance with ANSI/ESD S20.20 standards

• Maximize protection for sensitive electronics

Technical Data

Get Expert Help for Your ESD Flooring Project

Protect your electronics manufacturing process from costly failures!

Contact Epoxy.com today for expert guidance on choosing the best ESD flooring for your facility.

For more detailed information

Contact Us Today:

📞 Call: 321-206-1833 (orders)

📞 Technical Support: 352-533-2167

📧 Email: sales@epoxy.com

🌐 Visit: www.epoxy.com

Acid Etching vs Mechanical Cleaning of Concrete

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Acid etching is a common method for preparing concrete surfaces, but whether it is “okay” depends on the specific application and the level of surface preparation required. Below is a detailed comparison of acid etching vs. mechanical methods (sanding or grinding).

Acid Etching for Surface Preparation

How it Works:

Acid etching uses diluted acids (typically muriatic or phosphoric acid) to react with the lime in concrete, dissolving weak surface material and creating a rougher profile for coatings.

Advantages of Acid Etching:

 • Inexpensive & Readily Available – Requires only acid, water, and protective gear.

 • Easier to Apply – Can be done with basic tools like a sprayer and broom.

 • Effective for Light Surface Preparation – Removes laitance (weak top layer of concrete) and some contaminants.

 • Minimal Dust Generation – Unlike mechanical grinding, which creates airborne dust.

Disadvantages of Acid Etching:

 • Inconsistent Results – Does not always create a uniform profile, especially on dense or power-troweled concrete.

 • Limited Surface Profile – May not achieve the necessary texture for thick epoxy coatings (CSP 2 vs. CSP 3+ required for heavy-duty coatings). Please note

 that all Epoxy.com Products fall into the category of thick coatings.

 • Environmental & Safety Hazards – Requires proper handling and disposal of acidic waste to avoid environmental damage.

 • Risk of Excess Residue – If not neutralized and rinsed properly, residual acid or salts can interfere with

Sanding or Grinding for Surface Preparation

How it Works:

Mechanical methods use abrasives (diamond grinders, scarifiers, or shot blasters) to remove surface material and create the correct profile.

Advantages of Grinding/Sanding:

 • Superior Surface Profile – Ensures a roughened surface for stronger epoxy adhesion.

 • Removes Coatings, Stains, and Contaminants – Unlike acid etching, which does not fully remove oil, grease, or sealers.

 • Works on All Concrete Types – Effective even on dense or power-troweled surfaces.

 • No Chemical Residue – No risk of leftover acid affecting epoxy adhesion.

 • Better for Thick or High-Performance Coatings – Creates CSP 2-3+ profiles required for heavy-duty applications.

Disadvantages of Grinding/Sanding:

 • More Labor & Equipment Needed.

 • Higher Cost – Equipment rental or professional services add expense.

Which Method Should You Use?

 • For light-duty coatings (thin epoxies, paints, or stains): Acid etching may be sufficient but must be done carefully.

 • For industrial coatings, high-traffic areas, or polished concrete: Grinding is the superior option for proper adhesion and longevity.

 • For previously coated or heavily contaminated concrete: Grinding is necessary to fully remove previous layers.

Final Verdict:

While acid etching is sometimes acceptable, mechanical grinding is the superior method for ensuring strong, consistent adhesion, especially for epoxy and industrial coatings. All Epoxy.com costing and flooring fall into this category. Acid etching is best reserved for light-duty applications or when mechanical preparation isn’t feasible.

For more detailed information Contact Us Today:

Call:

321-206-1833 (orders)

352-533-2167 (technical support)

Email: sales@epoxy.com

Visit: www.epoxy.com

How to Protect Your Surfaces During Winter with Epoxy Coatings and Aliphatic Urethane Protection

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Winter weather can cause significant damage to outdoor surfaces, whether from snow, ice, salt, or freezing temperatures. Surfaces like driveways, patios, and garages are particularly vulnerable, and without proper protection, you could face cracking, staining, or erosion over time. Thankfully, Epoxy.com offers durable, weather-resistant epoxy coatings  and for ultimate protection, finishing with Epoxy.com Aliphatic Urethane Coating  ensures your surfaces are safeguarded even in winter’s toughest conditions.

Why Winter Can Damage Your Surfaces

Winter combines several destructive elements:

        •        Cracking: Repeated freeze-thaw cycles cause materials to expand and contract, leading to cracks.

        •        Staining: De-icing salts and chemicals leave unsightly marks on concrete and stone.

        •        Erosion: Snowmelt mixed with salt wears down surfaces, reducing their lifespan.

These challenges make it crucial to apply a protective barrier before winter hits.

How Epoxy Coatings Provide Winter Protection

Epoxy coatings from Epoxy.com act as a powerful shield, offering:

        •        Durability: Withstand freezing temperatures, heavy snow, and frequent vehicle or foot traffic.

        •        Chemical Resistance: Protect against salt, motor oil, and harsh de-icing agents.

        •        Waterproofing: Seal surfaces against moisture intrusion, minimizing freeze-thaw damage.

        •        Ease of Maintenance: A sleek finish simplifies snow and ice removal.

Pro Tip: Enhance your epoxy coating’s performance with Epoxy.com Aliphatic Urethane Coating as the final layer. Its UV resistance ensures your surface remains protected and looking great year-round, even when exposed to direct sunlight after snow melts.

Steps to Winter-Proof Your Surfaces

        1.        Inspect the Surface: Look for cracks or weak spots that require repair.

        2.        Clean Thoroughly: Remove dirt, grease, and debris for optimal adhesion.

        3.        Repair Cracks: Fill gaps with an epoxy patch kit to create a smooth surface.

        4.        Prime the Surface: Use an Epoxy.com primer for enhanced adhesion and durability.

        5.        Apply the Epoxy Coating: Choose a high-performance Epoxy.com product suitable for your project.

        6.        Finish with Aliphatic Urethane Coating: Apply Epoxy.com Aliphatic Urethane Coating as the final step. This layer adds:

        •        UV Protection: Prevent fading, chalking, and degradation caused by sunlight after the snow clears.

        •        Enhanced Durability: Provide an additional barrier against abrasions, chemicals, and wear.

        7.        Allow to Cure: Follow curing instructions to ensure maximum strength and protection.

Why Choose Epoxy.com for Winter Protection

At Epoxy.com, our products are designed to withstand extreme winter challenges while delivering exceptional performance and aesthetics. Here’s why professionals and DIYers trust us:

        •        Superior Durability: Products engineered for long-lasting performance.

        •        UV Resistance: Aliphatic urethane coatings protect outdoor surfaces year-round.

        •        Easy Application: Detailed guides ensure flawless results every time.

Start Winter-Proofing Today

Protect your surfaces from winter’s wear and tear with Epoxy.com epoxy coatings and Aliphatic Urethane Coating. Whether you’re preparing a driveway, patio, or garage, our products provide the durability, chemical resistance, and UV protection you need.

Don’t let winter damage your property—start your epoxy project today with Epoxy.com products for the ultimate combination of functionality, protection, and style.

Ready to get started?

For more detailed information Contact Us Today:

Call:

321-206-1833 (orders)

352-533-2167 (technical support)

Email: sales@epoxy.com

Visit: www.epoxy.com