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Wardrobe project structured with porcelain tile, Chapax, and AC3 mortar caught attention online by promising high durability, moisture resistance, and low maintenance cost, in addition to replacing conventional MDF furniture that often suffers from mold, warping, and wear over time
The porcelain tile wardrobe built with Chapax and AC3 mortar became a topic of discussion among civil construction professionals and people looking for more resistant and durable custom-made furniture. The project drew attention mainly for its bold promise: to create a structure capable of lasting over 100 years without warping, without suffering from humidity, and with virtually no need for maintenance.
The information was released by the “Mãos de Pedreiro” (Mason’s Hands) channel, which presented a complete step-by-step guide to assembling the wardrobe using porcelain tile, rectified ceramic, Chapax, AC3 mortar, simple hardware, and built-in LED lighting. The project quickly garnered interest on social media for combining low structural cost, modern finish, and a proposal considered “infinite” by the creator of the work.
In addition to the sophisticated look, the furniture’s differential lies precisely in replacing traditional MDF and wood panels with materials normally used in structural works and coatings. In this sense, the project promises greater resistance against infiltrations, termites, humidity, and deformations caused by time.
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Wardrobe structure uses little concrete and almost no rebar
One of the points that most caught attention in the project was the simplicity of the main structure. According to the creator, the only place where reinforced concrete was used was at the base of the wardrobe. The rest of the assembly was carried out practically with Chapax, AC3 mortar, and small anchoring points using large nails and wall plugs.
The base received concrete only to support the bottom part and create the recess for the furniture’s feet. For this, only one iron bar was used in a specific region of the structure. Thus, the project significantly reduces the use of rebar and heavy materials normally employed in structural masonry furniture.
Another important detail was the use of rectified ceramic and porcelain tile positioned upside down during several stages of assembly. This technique allowed for greater mortar adhesion and better fitting of the structural Chapax panels.
Furthermore, the proposal was designed to reduce costs without compromising final strength. According to the person responsible for the work, the goal was to create a model that anyone could replicate at home, spending less than they would on traditional custom-made furniture.
Chapax became the main piece of the project by reinforcing the structure
Chapax ended up becoming the main highlight of the wardrobe. The material was used as structural reinforcement in both the vertical and horizontal parts of the construction. According to the creator, the panel showed excellent structural performance even before the complete finishing of the furniture.
During the work, he even climbed onto the structure even before the complete installation of the upper porcelain tile pieces, demonstrating the resistance of the assembly formed by Chapax and AC3 mortar.
In addition to the wardrobe, the material was also recommended for building kitchen cabinets, laundry rooms, gourmet areas, and furniture for party spaces. This is because Chapax offers good mechanical resistance and can be combined with ceramic coatings to create durable and waterproof furniture.
Another important point was the anchoring system. The project used large nails, similar to those used in rafters, cut and fitted into holes made in the wall and the base. These points received eight wall plugs to improve fixation. Then, an expansive glue was applied to further reinforce the adhesion between Chapax, the wall, and the porcelain tile.
Finishing technique prevents detachment of pieces
During the finishing process, a technical detail received special attention: the use of reinforcement meshes over the edges of the Chapax. According to the tutorial, this step is fundamental to prevent the detachment of the finishing strips in the future.
The technique consists of leaving a mesh overlapped between the Chapax and the ceramic, creating a larger adhesion area for the AC3 mortar. After that, the finishing strip is applied over the treated region.
According to the project creator, when the finish is glued directly onto the white part of the Chapax, there is a risk of detachment over time. Therefore, treatment with mesh and mortar is essential to ensure greater aesthetic durability.
In addition, strategic holes were used at the bottom of the structures to prevent the pieces from “dancing” or showing lateral movement. The technique helped stabilize the sheets and increase the firmness of the assembly.
Wardrobe gained niches, hidden mirror, and LED lighting
The project also invested in modern solutions to increase the furniture’s functionality. One of the areas that drew the most attention was the tower of niches built on one side of the wardrobe.
In addition, the furniture received built-in LED lighting using a system found in Montes Claros, Minas Gerais. According to the creator of the work, the LED used works directly on 110V and can be connected to the conventional light switch in the residence.
The recommendation was to use warm white lighting, considered more comfortable for the eyes and more elegant for indoor environments.
Another detail that caught attention was the installation of a hidden mirror with an internal compartment for perfumes and personal items. The system was integrated into the wardrobe structure, maintaining a clean and sophisticated look.
Modern handles were installed after drilling with a specific drill bit for porcelain and glass. The final finish used a white sink kit, chosen to create a more refined and uniform look.
Project went viral for promising a definitive alternative to MDF furniture
The porcelain wardrobe gained prominence precisely because it presented an alternative considered more resistant than traditional furniture made of MDF and MDP.
While conventional cabinets can suffer from humidity, mold, termites, and warping after a few years, the model built with porcelain, Chapax, and AC3 mortar relies on typical construction materials to offer a long lifespan.
Another factor that boosted the repercussion was the economic proposal. According to the creator, the structure requires little ironwork, a low volume of concrete, and relatively accessible materials when compared to high-end custom-made furniture.
Measuring 2.90 meters high by 2.70 meters wide, the wardrobe also showed great customization capacity. The author himself highlighted that each person can adapt niches, dividers, and finishes according to the wall size and the needs of the home.
And you, would you dare to swap a traditional MDF wardrobe for a porcelain model designed to last decades without mold, warping, or maintenance?
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