Stainless Steel Kevlar Self-Lubricating Bearings with Metric Size are a unique combination of materials and design, offering exceptional performance in various industrial applications. The stainless steel construction ensures high corrosion resistance and durability, while the Kevlar material provides excellent wear resistance and self-lubricating properties.

The bearings feature a metric size, which makes them easily interchangeable with other standard metric-sized components. This feature simplifies the installation and replacement process, reducing downtime and maintenance costs.

The self-lubricating nature of these bearings eliminates the need for regular lubrication, further reducing maintenance requirements and enhancing the overall efficiency of the system. This makes them particularly suitable for use in environments where lubrication is difficult or impractical.

Whether used in pumps, motors, or other rotating machinery, Stainless Steel Kevlar Self-Lubricating Bearings with Metric Size offer a robust and reliable solution for ensuring smooth and efficient operation. They are an excellent choice for applications that demand high performance and durability in harsh environments.

Stainless Steel + Kevlar Self-Lubricating Bearing

Sf-1 stainless steel + Kevlar self-lubricating bearing Mechanical copper bushing supports custom bushing plain bearings

When bonded to a steel back, the self-lubricating sliding layer material retains its shaping ability and has a high load capacity for the most part.
It consists of polytetrafluoroethylene composite, sintered copper powder and steel back. The structure of the material has the bearing property of ptfe compound. Bushing achieves interference fit in the housing. The steel case can be protected from corrosion by various means.
availability
Standard PTFE packing for carbon powder and graphite, but also according to the need to add other filling, the production of bushing style can be gasket type, straight sleeve type, flange type and deep stretching type.

Standard Stainless Steel SS304, but other stainless steel 316 alloys are also available depending on the application.
stainless steel + Kevlar self-lubricating bearing metric Size for example

Making small parts, making a big difference.

Self-lubricating bushing
Self-lubricating bearings are metal reinforced, surface for low friction polytetrafluoroethylene (referred to as "PTFE") composite from the self-lubricating sliding bearing. They deliver market-leading performance for a range of applications. Ptfe sliding bearings are customized and developed to provide ideal solutions according to customer requirements.

Polymer product technical expert

Design and manufacture high-performance polymer engineering products for almost all major industries in the world. Our businesses provide customers with advanced polymer products that meet stringent application conditions and support key industries. Prides itself on a tradition rooted in product innovation, technical expertise, and market leadership, and is committed to working closely with customers to solve current application problems and future challenges.

Bushing

The all-new steel back easily compensates for manufacturing tolerances and misfits, offering unlimited design possibilities that can be used to simplify systems and save space, weight, and cost. The final result is a consistent, smooth adjustment of the feeling, no slip-ups, while also reducing the annoying noise.

The basic parameters

The steel plate and PTFE layer are composite to achieve noise reduction and vibration reduction performance as well as the lightweight structure.
The type b bushing is composed of a metal sheet and a PTFE polymer layer. The material structure can be machined inside the housing (an alternative to the shaping process) to achieve the strictest bore tolerance.
The ultra-thick PTFE layer can isolate noise and realize the design of no gap bushing. It can produce bushing with a wall thickness over 0.75mm and achieve interference fit in the shell. Various methods can be used to protect the steel case from corrosion.
availability
Standard POLYtetrafluoroethylene compound fillers are toner and graphite, and other fillers may be added as required. The bushing manufactured comprises a rolled bushing with or without an axial flange, a deep drawing bushing, and a die-cutting piece. The metal backing can be made of steel, aluminum, or stainless steel in harsh chemical conditions.
 
The source of happiness for everyone and the foundation of a better future for mankind. Design and produce self-lubricating bearing materials to provide innovative solutions for consumers. These materials and solutions are found in all aspects of architecture, transportation, infrastructure, and industrial applications, and are relevant to our daily lives. They are the source of happiness for everyone and the foundation of a better future for mankind. Not only to provide consumers with comfort, safety, and quality of life but also to actively address the challenges posed by sustainable buildings, energy efficiency, and climate change.

High Load Self-Lubricating Bearings Steel-Backed helps you choose the best product for your application. Rapid, Easy Installation

Fabric-Reinforced Bushing, Fabric Lined Metal Backed Bushing Shaft Sleeve Bearings Stainless Steel 316 Bushing, Shaft diameter metric size, or customized size, different wall thickness, 1.00mm, 1.5mm, 2.0mm

Different according to the application, its temperature, corrosion and wear resistance are also different levels of requirements

Steel-on-PTFE-Fabric Material
Plain Bearing Technology

Properties

The stainless steel 316 backed bearing use the PTFE fibers fabric and aramid fiber overlayed on metal backing. The fabric has very high load capacity and high accuracy. The bushing has superior performance under low speed and heavy friction conditions. Widely used in heavy equipment like construction machinery, agriculture machinery.

Technical Data

Actual bushing performance depends on the interaction of many parameters that may vary with the specific application. For example, maximum values listed for loads, speeds, and temperature cannot be used simultaneously. However, in certain applications, individual values can be exceeded. For conditions that do exceed the recommended design limits, contact our Engineering Department.

Application