food and beverage Archives - Indcon Inc.

Food & Beverage Facility Maintenance

camerona — Wed, 27 Aug 2025 18:21:02 +0000

Food and beverage facilities operate under some of the most demanding conditions in industrial manufacturing. From subzero cold storage to high-temperature processing areas, these environments present maintenance challenges that require specialized solutions and immediate attention to detail.

The Stakes Are Higher in Food Production

Unlike other industrial facilities, food and beverage plants can’t afford to overlook maintenance issues. A damaged floor joint isn’t just an operational inconvenience; it can become a breeding ground for harmful bacteria and mold. Moisture infiltration can undermine entire sections of flooring, while temperature extremes test the limits of conventional repair materials.

The reality is that every minute of downtime affects the bottom line. When shelf life is measured in days or hours, and product quality depends on maintaining strict environmental controls, traditional maintenance approaches often fall short.

Cold Storage: Where Standard Solutions Fail

Cold storage areas face particularly complex challenges. These spaces endure constant forklift traffic while maintaining temperatures that make conventional repairs nearly impossible. When concrete joints fail in a freezer operating at -10°F, the typical response has been to shut down the entire section, adjust the temperature, and hope for the best.

This approach creates its own problems. Compressed schedules, minimal prep time, and rushed applications often lead to repairs that fail prematurely. The key breakthrough has been developing materials that can be applied and cured at extremely low temperatures without compromising performance.

Take joint filling, for example. A properly applied joint filler creates a seamless surface that allows forklift wheels to glide smoothly across joints. Without it, wheels repeatedly strike the opposite side of joints, leading to spalling and severe damage. Advanced joint fillers like Euclid Euco QWIKJoint 200 can now be applied while coolers remain at operating temperature, eliminating costly shutdowns.

For more extensive repairs, super-fast-setting cement materials specifically designed for low-temperature applications allow facilities to address damage immediately upon discovery. This proactive approach prevents moisture penetration and the growth of harmful microorganisms that thrive when repairs are delayed.

✨ Looking for more information on facility maintenance?

Give us a call. We’re here to answer your questions so the job gets done right, the first time.

High-Traffic Areas: Speed Without Compromise

In areas where raw materials and finished products flow continuously, even minor damage can create bottlenecks. Forklift drivers may unconsciously slow down to navigate damaged joints, creating ripple effects throughout the operation.

The solution lies in addressing damage early, before it worsens. For high-impact areas, epoxy mortars provide the strength needed for joint repairs, while fast-curing cement mortars can reopen damaged areas to traffic in as little as one hour. Products like Euclid VersaSpeed LS 100 and Euclid Euco QWIKstitch allow for rapid repairs that restore traffic flow without compromising durability.

Material selection becomes critical based on environmental conditions. Wet environments require moisture-tolerant materials, while areas subject to thermal cycling need products that can expand and contract without cracking.

Processing Areas: Working in Perpetually Wet Conditions

Processing areas present perhaps the most challenging maintenance environment. These spaces are constantly exposed to water from processing and cleaning operations, creating conditions where traditional repair methods simply don’t work.

The challenge intensifies in trench areas, which handle everything from organic waste to hot water used in routine cleaning. These structures endure constant traffic while remaining perpetually wet, making conventional drying and coating nearly impossible.

The solution has been developing repair materials that perform in submerged conditions. Moisture-tolerant cement-based products and underwater-grade epoxy systems like Euclid Aquaseal LV allow repairs without extensive drying periods. This capability is crucial when facilities operate around the clock and can’t afford extended downtime.

For area flooring, urethane cement systems have emerged as a versatile alternative to traditional brick and membrane installations. Unlike epoxy coatings that crack under thermal stress, urethane cements withstand the extreme temperatures and harsh conditions of wash-down regimes. They can be applied as trowelled-down surfaces for high-durability areas, self-leveling systems for smooth finishes, or broadcast applications for slip resistance.

Water Treatment: Managing Abrasive Challenges

Water treatment and rendering areas face unique abrasion challenges. Waste containing bone fragments and grit scours concrete surfaces, particularly at turns and where trenches empty into sumps. Standard protective coatings often fail quickly under these conditions.

For severe abrasion, ceramic or carbide-filled pastes provide thick, highly durable surfaces capable of withstanding extreme wear. Products like Sylmasta WearShield Rapid and Sylmasta Ceramic Supergrade offer specialized protection for the most heavily worn sections, extending service life while reducing maintenance frequency.

The Proactive Maintenance Advantage

The most successful food and beverage facilities have moved beyond reactive maintenance to proactive strategies. This means addressing minor damage as soon as it appears, using materials designed for specific environmental conditions, and partnering with specialists who understand the unique challenges of food production.

The investment in proper maintenance pays dividends through reduced downtime, improved safety, and extended facility life. More importantly, it ensures that food safety standards are maintained without compromising operational efficiency.

In an industry where quality and safety are non-negotiable, specialized maintenance solutions aren’t just beneficial; they’re essential. The right materials and expertise allow facilities to maintain operations without disruption, delivering products to market on time while preserving the integrity that food safety demands.

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Can I Apply Coating to Steel Equipment Myself? The Answer is Yes!

tangible — Mon, 30 Sep 2019 16:54:25 +0000

Applying protective coatings to steel equipment is essential for preventing corrosion and extending service life. While many assume outsourcing is the only reliable option, self-performing this work can be just as effective — if done correctly. Let’s break down three common myths about applying coating to steel equipment yourself.

Myth #1: Surface Prep Requires Specialized Equipment

A proper foundation is crucial for coating performance, but surface preparation doesn’t always require expensive, industrial-grade equipment. Many coatings allow for effective application with methods like mechanical cleaning or pressure washing, provided contaminants like rust, grease, and old coatings are fully removed.

Myth #2: All Coatings Are the Same

Not all coatings provide equal protection. Factors like chemical exposure, temperature fluctuations, and mechanical stress determine the best product for the job. Selecting the right coating — such as high-performance epoxies or urethanes — ensures long-term durability and adhesion.

Myth #3: Application Must Be Done by Certified Contractors

While some projects require specialized training, many coatings can be successfully applied in-house using brushing, rolling, or spraying techniques. Following manufacturer instructions for application and curing conditions ensures maximum performance without outsourcing.

Applying coating to steel equipment yourself can reduce costs, improve turnaround time, and give your team control over quality. By understanding proper surface preparation, product selection, and application techniques, you can achieve a long-lasting, protective finish.

Check out our Steel-It brand page for more information or find the product you need at Indcon Supply.

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Corrosion Proofing Processing Equipment

tangible — Mon, 16 Sep 2019 16:53:11 +0000

Corrosion proofing equipment is an important, but often overlooked part of preventative maintenance. In any food and beverage facility, your processing equipment is constantly put to the test. From daily production to high-pressure washdowns, your equipment sees a lot of action. Over time, exposure to water, cleaning chemicals, and food byproducts leads to corrosion — causing wear, breakdowns, and costly downtime.

Keeping your equipment in good shape isn’t just about maintenance, it’s about protecting your investment. Replacing corroded machinery or dealing with unexpected shutdowns can throw off production schedules and drive-up costs. That’s why choosing the right protective coating is essential for keeping your equipment running longer and reducing unnecessary repairs.

Why Corrosion is a Big Problem in Food Processing

Most processing equipment is built on fabricated steel frames, which are strong but highly prone to rust when exposed to moisture, cleaning agents, and acidic food ingredients. If left unprotected, metal surfaces deteriorate quickly, shortening equipment lifespan and increasing the risk of contamination.

What Speeds Up Corrosion in Food & Beverage Equipment?

Fatty food acids – Found in dairy, meat, and fried food production, these break down protective coatings and eat away at metal surfaces.
Sugars – Common in bakeries, beverage production, and confectioneries, sugar accelerates corrosion, especially when combined with moisture.
Frequent washdowns – High-pressure hot water cleaning wears down unprotected steel over time.
Harsh cleaning detergents – Industrial-strength cleaners strip protective layers, leaving equipment exposed to oxidation.
Abrasive cleaning tools – Scrubbing with aggressive materials can scratch coatings and make surfaces more vulnerable.
Everyday wear and tear – Continuous use, friction, and exposure to shifting temperatures gradually wear down unprotected surfaces.

Without the right protection, corrosion leads to frequent maintenance, unexpected downtime, and costly replacements.

How to Protect Your Equipment from Corrosion

The best way to fight corrosion in food and beverage processing is to coat your equipment with a durable, food-safe protective layer. When choosing a coating, look for:

What Makes a Good Corrosion-Resistant Coating?

Food-Safe & Low VOCs – The coating should meet USDA, FDA, or NSF standards to ensure it’s safe for food-contact surfaces.
Chip & Scratch Resistance – A tough coating stands up to impacts, daily wear, and exposure to cleaning chemicals without breaking down.
Easy Application & Maintenance – A coating that’s simple to apply and easy to clean will keep equipment in good shape with less effort.
Minimal Downtime – Quick-drying coatings help get equipment back in service faster, keeping production on track.

Why Steel-It Coatings Are a Smart Choice

Steel-It stainless steel coatings provide a long-lasting, food-safe barrier that protects equipment from rust, chemicals, and constant cleaning. With real stainless steel in its formula, Steel-It creates a tough, corrosion-resistant layer that won’t chip or peel under pressure.

Applying Steel-It to food processing and beverage equipment means:

A longer equipment lifespan
Fewer maintenance headaches
Less unexpected downtime

Keep Your Equipment Running Longer

Corrosion proofing equipment is one of the smartest ways to cut down on costly repairs and production delays. With Steel-It stainless steel coatings, you get a tough, reliable solution that keeps your food and beverage equipment protected in the toughest environments.

Protect Your Equipment Today

Get ahead of corrosion and extend the life of your processing equipment with Steel-It coatings. Check out our brand page for more information, or head over to Indcon Supply to find the product you need.

Don’t forget to check out our line sheet to see all we have to offer!

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Versatility of Urethane Cements

tangible — Sat, 20 Jul 2019 15:12:16 +0000

Concrete floors face a diverse range of challenges, from chemical exposure to physical wear and tear, making protective coatings a crucial investment in industrial and commercial settings. While epoxy-based coatings have long been a popular choice for sealing and protecting concrete floors, they often fall short in specific high-demand environments. Their primary benefits include resistance to common industrial chemicals, and they can be applied in several ways, such as self-leveling, squeegeeing, rolling, troweling, or as a grout topping. However, epoxy systems typically lack versatility in critical areas like thermal shock resistance and large-scale seamless installations. This is where urethane cements step into the spotlight.

Combining durability, versatility, and performance, urethane cements address the limitations of epoxy coatings, making them a preferred choice for demanding applications. Here are five key attributes that make urethane cements a standout material for concrete floor protection and repair.

01. Exceptional Long-Term Durability

Unlike traditional flooring options like mortar-joined quarry tiles or acid brick systems, urethane cement seamlessly integrates into the floor, offering superior durability. This seamless design not only provides a clean, uniform appearance but also enhances the material’s ability to absorb and distribute impact. Instead of cracking under heavy loads, urethane cements dissipate the force, resulting in significantly longer service life even in high-traffic industrial environments.

02. Superior Thermal Shock Resistance

Thermal shock occurs when flooring materials experience rapid temperature changes, leading to cracking or delamination. This is a common problem in industries that deal with extreme temperature fluctuations, such as food processing or manufacturing. Urethane cements are specially formulated to withstand wide temperature ranges, whether during cleaning processes or daily operations. Unlike epoxy systems, which can fail under thermally induced stress, urethane cements remain intact, making them an excellent choice for facilities exposed to freeze-thaw cycles or steam cleaning.

03. Unmatched Impact and Chemical Resistance

Urethane cements have a proven track record of resisting damage from a wide array of chemicals, including caustic substances, organic and inorganic acids, and solvents. This resistance is crucial for industries like pharmaceuticals, food and beverage processing, and chemical manufacturing, where floors are constantly exposed to aggressive agents. Over decades of use, urethane cement systems have demonstrated their ability to maintain structural integrity and appearance under these harsh conditions.

04. Customizable Slip Resistance

Workplace safety is paramount, and urethane cements can be tailored to meet specific slip-resistance requirements. By adjusting the surface profile, you can achieve varying degrees of skid inhibition, providing a safer environment for employees and reducing the risk of accidents. This feature makes urethane cements ideal for areas with heavy foot traffic or where liquids frequently spill onto the floor.

05. Fast Installation and Low Odor

Urethane cements are designed for efficiency, offering rapid installation and curing times that minimize downtime. Additionally, their low odor ensures that adjacent workspaces can remain operational during the installation process. This makes them a practical solution for facilities that cannot afford extended shutdowns, such as hospitals, food processing plants, and manufacturing units.

Why Choose Urethane Cements?

The combination of these five properties — durability, thermal shock resistance, chemical resistance, customizable slip resistance, and fast turnaround — makes urethane cements a superior alternative to traditional flooring materials. Whether you’re looking to protect floors in storage areas, production facilities, or high-traffic zones, urethane cements provide a robust and versatile solution.

Interested in learning about the versatility of urethane cements for your specific flooring challenges? Reach out to us today, and let’s discuss how this innovative material can transform your space.

And for all of your concrete and maintenance needs, visit Indcon Supply.

Don’t forget to check out our line sheet to see all we have to offer!

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Durability, Versatility, and Environmentally Friendly?

tangible — Mon, 25 Mar 2019 10:44:16 +0000

You need a versatile and durable flooring material for your demanding conditions, but, you’d prefer a product made from renewable, sustainable sources. Verdia has found a better, greener way to products the high quality flooring materials to meet your needs.

New Bio-based technology has finally allowed for more environmentally friendly products to be created for your toughest applications without sacrificing performance. VerdeFloor flooring systems represent the next generation of polyurethane concrete technology. This unique technology gives floors exceptional resistance to aggressive chemicals as well as mechanical and thermal shock. VerdeFloor Bio-Based flooring systems utilize domestically produced soy bean polyols and environmentally friendly packaging.

Don’t forget to check out our line sheet to see all we have to offer!

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