The FB090 and FB092 series wrapped bronze bushings stand out as self-lubricating bearings crafted from strips of bronze, specifically utilizing the CuSn8 and CuSn6 bronze alloys. These bushings are engineered for optimal performance in applications that demand high load capacity, adept at handling both axial and radial stresses. Notably, they exhibit exceptional corrosion resistance, making them particularly suitable for use in saltwater conditions, and present a more economical option compared to traditional machined, roller, or ball bearings.

The construction of the FB090 and FB092 bushings features a wrapped design, produced through a process of cold forming homogeneous bronze, which results in superior material characteristics. The bushings’ inner surface is designed with diamond-shaped or round lubrication indentations or holes, tailored to meet specific client needs. These lubrication aids are crucial for forming a quick lubricating film at the onset of movement, thereby minimizing initial friction and wear.

These bushings find their applications across various sectors, including but not limited to, the agricultural and automotive fields, as well as in heavy machinery, construction equipment, and lifting devices. The inherent self-lubricating nature of these bushings renders them particularly advantageous for dry operation conditions, while their robustness and resistance to wear align them with high-load demands.

The FB090 series is indicative of the standard model of wrapped bronze bushings, whereas the FB092 series is distinguished by the inclusion of lubrication-enhancing holes, further improving wear resistance. Both variants are offered in a multitude of sizes and can be tailored to fulfill the requisites of specific applications.

In essence, the FB090 and FB092 bronze bushings are dependable, low-maintenance, and corrosion-resistant bearing solutions, offering a cost-efficient alternative to conventional bearings. Their versatility and durability make them suitable for a broad spectrum of industrial applications.