Dec 25 , 2022
Most people spend a lot time in their bathrooms, and having a chipped and scraped tub can be detrimental to your health. Mold and mildew have a good chance of flourishing in those regions. A bathtub resurfacing job, which can easily be done at a fraction of the cost, is the most effective solution to mitigate further wear and tear. However, there are a few myths about tub resurfacing that most people believe. While you can replace the tub entirely, a bathtub resurfacing job is the most effective solution to mitigate further wear and tear. Keep reading;
The replacement of a bathtub, as opposed to its refinishing, will result in a lower overall cost. The average for the cost of a professional bathtub refinishing project is approximately $500, but this number can rise to as high as $900 for really challenging and one-of-a-kind tubs. our refinishing kits at Refinished Bathtub Solutions will come up with a price tag that is significantly lower than you may anticipate.
The toxic and powerful chemicals used in tub resurfacing will need to be utilized in an area with adequate ventilation, and those who are using it will need to wear paint masks of good quality and gloves, in addition to adhering to basic safety requirements. The most severe effect these compounds can have is irritating the respiratory tract if breathed in. As long as the space is aired and there is no risk once the chemicals have dried, you do not need to wear a HazMat suit when working with these chemicals.
It Takes An Eternity to Complete
Due to the multiple steps needed to obtain a professional and long-lasting finish, the tub resurfacing process in Chicago normally takes close to eight hours to complete. If the tub being refinished is a typical type, then this suggests that the contractor should be in and out of your home within eight hours to complete the job. It will take more time for tubs that are more ornate and odd, and the amount of time needed for the material to dry may vary. Depending on the coating used, the drying time for reglazing a specialized, high-quality coating might range anywhere from forty-eight to seventy-two hours.
Most of the time, bonding issues are the fundamental cause of peeling bathtubs. These bonding issues are brought on by insufficient preparation work. Do not get the wrong idea; there are still several things a resident can do that will cause the coating to fail. Please do not misunderstand us. Take, for instance, the use of bathmats that include suction cups.
On the other hand, this damage is more obvious, as shown by the coating being pushed up in rows that all look to be the same and share the same characteristics. When the coating breakdown is due to poor bonding, this damage does not occur independently. To summarise, peeling bathtubs at random areas around the tub indicates that the manufacturer did not pay adequate attention to detail in the construction of the bathtub. Let's move on to the next common misunderstanding on our list.
The Amount Of Material Required To Resurface A Single Bathtub
When asked, most property managers and maintenance staff members experienced with tub resurfacing will state that they believe up to half a gallon of material is being used on their tubs. This response comes in response to the question, "how much material is being used on your tubs?" This response is given to the question, "when you ask us how much material is being used on our tubs, we say up to a half." This response is given to the question, "when you ask us how much material is being used on our tubs, we say up to (per tub resurface).
Which is not the case in this situation.
In point of fact, most businesses that resurface bathtubs only utilize one quart of material for each task they complete to resurface a bathtub. To add insult to injury, most coatings used in refinishing bathtubs contain around 50% solvents.
This points to not one but two significant occurrences: first, the solvents are effectively watering down the coating by diluting it, and second, during the curing process, one-half of the quart that was just applied will evaporate into thin air. This indicates that the solvents are effectively watering down the coating. These two instances, taken together, are significant for a variety of different reasons.
Considering the information above, the tubs have begun to peel, chip, and flake in less than a year should not surprise anyone.
But why should you care about any of that?
When it comes to the surface's ability to withstand the passage of time, the thickness of the coating is an important consideration.
Second, the smell that you are likely to connect with the process of refinishing is most likely caused by the solvents that are being discharged into the air at this time.
This indicates that you are paying, year after year, for the same odorous tubs to have their surfaces resurfaced.
There has to be a more effective approach!
Assurances Offered Through Refinished Bathtub Solutions
Made in the USA, safe for the environment, and non-toxic: Ekopel's long-lasting glaze is oil-free and doesn't contain any dangerous ingredients; it also emits no fumes and never peels! Tub surfaces can be brought back to a "like new" dazzling luster by using this product's thick, full-seal coating.
The German Institute ISEGA conducted a series of tests on the substance, and the results showed that it satisfies the criteria DIN EN 71-3 (Safe for Children) and does not cause any harm when it comes into contact with the skin. We strongly advise that the appropriate protective gear for the skin, eyes, and respiratory system be used at all times during the mixing and applying of the material. Therefore, it does not pose a threat to one's health.
The drug does not have a taste that is caustic, and the odor is quite mild and not at all potent. It is not absorbed by fabrics and vanishes in a short amount of time.
It has the scent of spray cleaner, but after it has been thoroughly blended, any smell is gone.
The fact that Ekopel is a very thick substance is one of the factors that contribute to its exceptional durability. When it is dry, Ekopel has a thickness of roughly an eighth of an inch.