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Madera Floors provides professional quality wood flooring services including installation, sanding, refinishing, repairs, maintenance, and custom design. At Madera, we only use the highest quality materials/finishes and are always up to date on technological advancements in the wood floor industry. We target contractors, designers, corporate clients, and homeowners in the Northern VA, MD and D.C. areas. Madera’s goal is to meet our client’s budget and timeline while exceeding expectations, thus resulting in repeat business.

Madera Floors specializes in custom finishing, installations and material sourcing for all of your hardwood flooring needs. As flooring contractors, we are always abreast of new techniques and materials in the industry, which allows us to grow while remaining environmentally friendly. As a certified CMP installer we can also perform self-leveling concrete installations. Every project represents our organization; hence our great strides to achieve perfection on each individual project.

Hardwood floors are an investment that will last for a long time with the proper installation and care. There are different modes of installation for engineered wood strips, solid wood strips, and parquet. With all modes of installation moisture testing is imperative to ensure proper installation. Installation can be a painstaking process but we take pride in leaving your home or business looking as beautiful as we found it. Our expert technicians have seen every situation and are proficient in the three different types of installation for hardwood flooring.

Nail Down/Staple Installation In this method we nail down or staple solid or engineered wood strips to the sub-flooring (usually either plywood or plank wood). The floor is done with random length strips. A few strips are placed down and arranged prior to fastening to ensure proper placement and tautness.Glue Down Installation In this method we glue down engineered wood strips or parquet directly to the sub-floor. In these cases the subfloor is usually concrete, so we pay extra attention to moisture.

Here are useful tips learned during more than 40 years of installing epoxy urethane floor seals and coatings on Fortune 500 company concrete floors, as well as in basements, garages, and decks. These tips can help you avoid mistakes that can limit the life of your floor.

There are three broad steps to doing your floor project: planning and preparation, repairing, and applying the coating. This article is the first in a three part series, and deals with planning and preparation.

General guidelines for applying an epoxy coating to your floor:

Do no harm.

Investing in prep produces the best value, (cost divided by years of service).

Let the chemicals and equipment do the work.

What can go wrong, will go wrong, unless you think ahead.

Technique is what separates mortals from Rembrandts.

An ounce of prevention is worth a pound of cure.

Now let’s get started with tips on how to plan your job and prepare your floor.

Plan the job.

Stick your coating to something that is not going to move

The better the tools, the less work you have to do.

Removing loose concrete is as important as removing dirt

Different types of dirt require different cleaners

“Shocking” the floor can help free dirt and contaminants.

Some things must be abraded off.

Don’t blow bubbles through your finish

There is only one way to remove gum

Asphalt bleeds

If you coat over things that move, your floor may move

Vacuum out those holes

Gravity is unforgiving

Water standing in low spots on garage, shop and warehouse floors can often last for days creating safety problems and cleaning issues. During the troweling of floors some uneven ness can create low spots where spilled liquids can form. Low spots or depressions can now be filled in with 100% solid epoxy to bring them to level. Berms can also be adhered within an epoxy floor to contain liquid spills rendering them easy to squeegee out. Often containment of liquids to safe areas is all that is needed to avoid damage to items stored on the same floor.

An easy way to berm flooring to contain potential liquid spills is to hot glue strips of molding onto the floor before the epoxy flooring is applied. The epoxy flooring then seals the edges of the molding to the floor creating a watertight barrier. Often just ¼ inch of berm is all that is needed to contain liquid spills to areas where they can be easily squeegeed dry.

Epoxy flooring is not only seamless but can be Class III Laboratory qualified. These mold and mildew resistant surfaces are easy to clean with hoses and squeegees. Bleach resistant epoxy flooring can take strong cleaners and heavy abrasion.

Epoxy coatings have been used successfully in swimming pools, laundries, warehouses, garages, and various types of shops for decades. Epoxy floors offer the option of smooth or fine skid resistant textured surfaces that are still easy to mop and squeegee clean.

Many cement floor seals are saturates that soak into the pores of the floor. These saturant-type floor seals may work fine in some, but not all, situations. Looking through a microscope can reveal just how porous a cement floor can be. Saturant-type seals soak into the pores and then harden, bringing the pores level with the surrounding cement. This type of seal helps to reduce dusting and wear on the floor by providing more surface area for wheels and foot traffic to rest on. Problems, however, can arise later when the floor gets wet, causing the saturants to wash out of the cement and allowing liquids to penetrate and dissolve the cement.

In contrast to saturant-type seals, laminate floor seals create a barrier between the floor and the liquids, wheels, and foot traffic that impact it. The use of laminate floor seals is critical in environments where chemicals, diesel, or oils are likely to contact the floor. Laminates also create a wear-barrier that prevents friction being applied to the underlying cement. Epoxy or urethane laminates create a particularly durable, seamless membrane, or plate, which isolates the cement surface from contact with machinery and liquids. The coatings can be re-applied as needed, a process that is considerable less expensive than repairing a worn or damaged concrete floor.

Here are useful tips learned during more than 40 years of installing epoxy urethane floor seals and coatings on Fortune 500 company concrete floors, as well as in basements, garages, and decks. These tips can help you avoid mistakes that can limit the life of your floor.

There are three broad steps to doing your floor project: planning and preparation, repairing, and applying the coating. This article is the first in a three part series, and deals with planning and preparation.

General guidelines for applying an epoxy coating to your floor:

Do no harm.

Investing in prep produces the best value, (cost divided by years of service).

Let the chemicals and equipment do the work.

What can go wrong, will go wrong, unless you think ahead.

Technique is what separates mortals from Rembrandts.

An ounce of prevention is worth a pound of cure.

Now let’s get started with tips on how to plan your job and prepare your floor.

Plan the job.

Stick your coating to something that is not going to move

The better the tools, the less work you have to do.

Removing loose concrete is as important as removing dirt

Different types of dirt require different cleaners

“Shocking” the floor can help free dirt and contaminants.

Some things must be abraded off.

Don’t blow bubbles through your finish

There is only one way to remove gum

Asphalt bleeds

If you coat over things that move, your floor may move

Vacuum out those holes

Gravity is unforgiving