How To Apply An Epoxy Floor Coating To Your Garage Floor

Although you may be ready to make a change to your garage floor, hiring a professional to do the job may not be in your budget. Applying an epoxy floor coating is one of the best ways to improve the aesthetics of the room while also adding resistance to tire tracks, oil and gasoline that can stain or damage concrete. Once applied, the finish will last a long time and give your floor a new shine that improves the looks and performance of the entire garage.

If you have decided to apply an epoxy floor coating to your garage floor as a do-it-yourself project, you will need to follow some fairly simple directions.

• Choosing the epoxy coating for your floor is the first and most important step. There are epoxy coatings that are water-based, solvent-based or 100% solids. Avoid those with the water-base as these are thin and often used only as the primer. New VOC regulations have led to most solvent-based coatings becoming non-compliant. The 100% solid epoxy coating is the best choice for creating a durable coating in a high-traffic area and it is often the product of choice for professionals who want the maximum benefits from their floor coating. You may also want to choose a coating with non-skid additives to give pedestrians more traction. Purchase the necessary application tools at the same time to ensure you get the right ones for the coating.

• The floor will have to be prepared prior to the application of the coating. While this step is the most time-consuming part of the process, it is essential for having a successful application. Concrete that is smooth will need to be acid washed or shot blasted to add texture to the surface. Although applying an acid wash is easier, the sot blasting process provides the best results. During the preparation of the floor, you will also need to replace any missing concrete and fill holes.

• Use the brush or roller you purchased with the epoxy to apply the coating to the concrete. Read the instructions beforehand to learn the curing time and the number of coats that you should use. Most applications require a minimum of two coats. Don’t rush the process and apply the second coat too quickly.

• Some people like to add a coat of urethane to provide added strength to their floor coating. However, many feel that the additional layers of epoxy floor coating are all that is needed to create the strong, resilient floor they want in their garage.

If your floor has already had severe damage to occur to the concrete, it is advisable to hire a professional to take care of the prep stage. Once the repairs have been made, you can still apply the epoxy floor coating yourself. Never apply the coating to a floor that has not been repaired or your time and money investment will likely result in floor failure. Following these steps and the instructions on the product you choose will result in the beautiful, resilient garage room floor that will last for many years.

Enhanced Aesthetics With Industrial Epoxy Floor Coating

Keeping industrial floors in top condition is critical to business operations. Downtimes for replacement and repair are costly to business. Floor damages lessen the appeal of industrial spaces, making them a poor work environment for employees.

Facility managers rely on industrial epoxy floor coating applications to maintain good floor conditions. Here are a few simple but effective tips in implementing industrial epoxy floor coating application projects:

1. Choose quality over cost. Quality products may cost more, but they guarantee good performance.

2. Surface preparation is critical. Repair any damages, clean and degrease the surfaces carefully. Improper preparation can cause the rest of the application process and the finished floors to fail.

3. Call on the professionals. Experts have the skills, experience and resources to deliver quick and error-free applications.

Why Epoxy Coatings?

Industrial epoxy floor coating products stand above the rest in delivering the highest quality and best performance in industrial floor applications. They are highly-resistant to oil, chemicals, water, and physical impact from mechanical loads and pedestrian traffic. These elements assault industrial floors frequently in the course of daily operations.

Industrial epoxy floor coating products are also good materials for floor beautification. There are many epoxy products with a wide range of color choices to choose from. Epoxy works well as concrete finishes, or top coats that enhance the look of industrial floor finishes.

Industrial Epoxy Floor Coating Application Problems

There are cases when industrial epoxy floor coating applications encounter challenges that threaten the process of bringing back the beauty and good condition of industrial floors. Here are some of them:

1. Formation of air bubbles and pinholes. Thick epoxy coats can form round bubbles from trapped air. This can come from either an improper mixing speed, or from cement out-gassing, or the improper use of foam rollers during application.

2. Uneven coloration. Unsightly differences in coating color come from mixing small batches of industrial epoxy floor coating products, or working in sun-exposed environments.

3. Fisheyes. Fisheyes are tiny craters erupting in the coated surface, and are due to the presence of grease and dust particles coming in contact with the coatings.

Causes of Adhesion Failure

The main reason for a total coatings failure is often an underlying adhesion failure. Below are the reasons why good adhesion is not achieved:

1. Ultra-violet radiations. Exposure to the sun’s rays can break down the adhesive properties of epoxy coatings, turning it brittle and prone to cracking.

2. High humidity. Industrial epoxy floor coating products change their properties when exposed to humid surroundings. Product preparation, mixing and application are compromised.

3. Moisture. Damp surfaces, particularly concrete, are vulnerable to adhesion failure. When flowing water is present during application, it erodes the adhesive bond between surface and coating.

4. Foreign contaminants. Dust, dirt, grease and oil lessen surface adhesion. Oils, in particular, causes hollows and voids within the coating, causing failure in the course of time.

Industrial epoxy floor coating products are often the top choice for floor maintenance and repair. They are tough, enduring, and comes in many colors. With good surface preparation, industrial epoxy floor coating applications have a high chance of success. Success offers the benefits of industrial floors that are long-lasting, stylish and practical at the same time.

High-Performance Warehouse Floor Coatings

Floor cracks, tiny rents, increased slip potential, decreased hygiene — these are a few signs that warehouse floor coatings are falling apart. The facility must then take the necessary steps to restore the coatings system back to its former good condition. The search is on for the highest-performing coatings to restore warehouse floors.

The search is easy in today’s age of technological advancements. Coatings have been improved to amazing levels, allowing facility managers the freedom to choose from a variety of high-performance warehouse floor coatings. The market is now filled with advanced formulations with modified chemical properties. Super-paints that bond well, harden better, and cure quickly. They are more durable, more resistant to many types of damage, and have improved aesthetics. Warehouse floor coatings of today provide higher value for money than before.

Taken for Granted, but Not Forgotten, Warehouse Floors

When floor coatings perform well, they do so silently. Good floor conditions allow for unimpeded pedestrian and mechanical traffic. The coating system is a silent workhorse that protects floors better and preserves floor quality longer. When no cracks, tears or adverse floor conditions cause skids, slips or accidents from happening, then the warehouse floor coatings system is doing its job quite well.

The key is in choosing the right coatings based on the types of hazards that warehouse floors are commonly exposed to. Commercial and industrial facilities have their warehouses exposed to chemicals, corrosive and abrasive agents, and load impacts. Resistance to such damage agents is essential. These coatings should also stand up to varying environmental conditions such as cold and hot temperatures, water intrusion and soaring humidity.

The Right Paint for Warehouse Floors

Painting contractors today specify and use floor coatings that are a product of modern paint technology. Improved chemistries have increased the adhesive bonding and imbued coatings with excellent resistance against most damage catalysts. Why go for already obsolete technology that can no longer guarantee a failure-proof coatings application? Even raw materials used to manufacture modern paints have been enhanced to increase the performance of warehouse floor coatings.

In today’s culture of information-sharing, paint manufacturers are also releasing results of laboratory performance testing done to their products. This has also become a good source of information for facility managers and painting contractors to better assess the coating quality prior to actual purchase.

Technology enhancements may be a given criteria in choosing the best warehouse floor coatings, but this must meet halfway with the facility’s own unique performance criteria. Ease of applicability, high tolerance to the environment, and paints that improve floor appearance are also a must.

Also important is the facility’s preference for environment-friendly warehouse floor coatings that are VOC regulations-compliant and do not release hazardous substances to the environment.

Conclusion

It is very important to restore floor coatings back to their good condition when they fall to damages, to avoid interruptions to facility operations and pose safety risks to facility occupants. Chemistry-modified coatings offer better performance than old paints. Facility managers are given more options to choose from, but they must keep in mind that practical requirements such as ease-of-use, cost, and the specific need of the facility’s warehouse are still relevant factors to consider.