Housings
Supports are essential elements in the transportation and handling category, providing a solid and secure base for a variety of industrial applications. These devices are used to house and hold shafts and bearings in place, allowing the movement of parts or machinery fluidly and efficiently.
In the industrial field, supports are crucial to maintain proper shaft alignment, reduce friction and wear, and ensure proper component function. They come in various shapes and sizes, each tailored to specific needs.
Brackets are made from durable, strong materials, such as steel or cast iron, giving them the ability to withstand heavy loads and harsh conditions. Additionally, they can be equipped with sealing systems to protect the bearings from dust, moisture and other elements that may affect their performance.
In conclusion, supports are essential components in the transportation and handling industry, since they guarantee efficiency, reliability and safety in the movement of machinery and equipment, thus contributing to the proper functioning of various industrial processes.
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Our supports
Stainless housings
Stainless steel is a raw material that can be highly profitable when used, in this case, for machinery housings. It is a corrosion-resistant material thanks to some of its components, which helps prevent the deterioration of the final product.
Among the many benefits of using stainless steel, supports formed from this material can withstand high temperatures and also those corrosive effects that may occur.
Stainless steel supports are widely used in the chemical, pharmaceutical, alcohol, aerospace, marine, food and material handling industries.
Thermoplastic housings
Thermoplastic housings are made from reinforced polyester and are a good alternative to metal. Their main use is to stabilize and align a motor in a short period of time, thus shortening the standard aluminum casting development cycle, resulting in reduced impact and cost.
Plastics have the advantage of improving engine efficiency and increasing driving comfort and safety, as they can withstand high static loads and engine stresses.
Among their many benefits, they reduce noise, vibration and harshness to result in the perfect marriage of strength, stiffness and creep, deformation and fatigue to cope with engine load and stress.
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