Cost of tubecast
Since it is an easy material to work with, acrylic bathtubs come in a wide variety of styles and shapes for any bathroom, much more than cast iron bathtubs. Plus, your floor does not need a great deal of reinforcement to support an acrylic bathtub.
COST OF TUBECAST INSTALL
This is lastly reinforced with sheets of fiberglass, making for a lighter bathtub with a wider flexibility of shapes and sizes.Īcrylic bathtubs are considerably lighter than cast iron,making it much easier to install and manipulate. Acrylic vs Cast Iron ComparisonĪcrylic Bathtubs are formed by taking a solid sheet of petrochemicals, stabilizers, resin and appropriate dye, then heating it into the mold to form a bathtub. Due to the many positives of the material, it is quite normal to see it on the higher price spectrum. This of course is not factoring in installation costs, which for your safety, it is highly recommended you have additional help when installing this bathtub type. You can obtain one for roughly $300-400, though these would be much smaller in size and the higher end models will come with more features that ensure ease of install and some minor safety features like steps and hand-holds. The length also helps in keeping a person submerged so that their knees aren’t sticking out during a long bath.Ĭast iron bathtubs generally fluctuate between $500-2,000 typically, although there are many outliers on either end. Both of these sizes can be either freestanding or drop-in style, meaning more flexibility in terms of installation and available space. The reason for the popularity of these sizes is due to their incredible versatility. Of course if you want something smaller, they can go down to 60 inches if you have a smaller space. The most common sizes for cast iron bathtubs would be 66 inches and 72 inches. So do your research and reinforce your floor as needed. Whether you have a small or large cast iron bathtub, the weight will float anywhere between 200-300 pounds, unfilled.
COST OF TUBECAST FULL
The additional weight means that not every bathroom can support this material, not unless additional considerations are placed on supporting the bathtub at full capacity. Cast iron bathtubs rank among the heaviest of bathtub materials, due to the qualities of cast iron itself. How much do cast iron bathtubs weigh?įor many of it’s character positives, cast iron bathtubs do come with one drawback-their heavy weight. And since cast iron naturally absorbs heat, this bathtub will hold water temperatures for much longer, creating a more lasting bathing experience. The iron characteristics also make it resistant to scratches and heavy impacts. The result is a bathtub that is highly durable and resistant to chipping due to the enamel coating. This guide is designed to help you understand the more popular options on the market and help you decide if a Cast Iron bathtub is right for your home.Ī cast iron bathtub is a bathtub which is made with porcelain fused with iron, which is then coated with enamel to prevent chipping. Finally, the PCCS walls are compared with other typical precast concrete walls and cast-in-place concrete-encased concrete-filled steel tube composite walls in terms of ductility capacity, and a calculation model for shear bearing capacity is proposed and evaluated.Choosing a new bathtub can be quite a daunting task, with so many different options in varying materials, shapes and sizes. The specimens with large load eccentricity still have good deformation and ductility capabilities, which can be attributed to the ability of the embedded high-strength concrete-filled steel tube columns to improve the out-of-plane flexural capacity of a PCCS wall. The out-of-plane load eccentricity significantly influences the cyclic behaviour.
The use of bolts to radially fasten the inner and outer steel tubes can constrain the twin steel tubes. The experimental results show that the PCCS walls exhibit good assembly integrity and satisfactory seismic performance in terms of hysteresis behaviour, ductility, stiffness degradation and energy dissipation capacity.
The axial load ratio, the out-of-plane load eccentricity and the connection of the outer steel tubes are considered in this investigation of the assembly integrity and seismic performance of the PCCS walls. Six two-storey PCCS wall specimens were prepared and tested under reversed quasi-static cyclic loading. A new type of Precast Concrete-encased high-strength Concrete-filled Steel tube (PCCS) composite shear wall with twin steel tube connections is proposed.