Choose the PAW32 P200 PMG 32 x 54 x 1,5 mm thrust washer for a robust and compact sliding bearing solution in your industrial systems. With precise dimensions, proven material durability and streamlined logistics (stocked in Lublin with 24h dispatch), this product supports streamlined procurement and high-reliability operations.
📍 Warehouse & Store: Lublin, ul. Smoluchowskiego 1, building 4
🚚 Delivery 24h - fast order fulfillment
Secure your bearing unit solution today and ensure smooth industrial operation with minimal downtime.
The PAW32 P200 PMG 32 x 54 x 1,5 mm is a precision-engineered thrust washer (plain bearing washer) designed for industrial applications requiring compact axial bearing units or bearing housings. Typical search keywords like “thrust washer 32x54x1.5”, “Permaglide PAW32 P200 PMG”, “industrial plain bearing washer axial loads” reflect the market demand for this kind of product. This washer is ideal for axial load guidance, fixed component location in machinery, or where a bearing housing demands a low profile sliding solution rather than a traditional ball bearing.
Applications include machine tools, automated production lines, bearing units in hydraulic or pneumatic systems, and heavy-duty equipment in industrial sectors. With its compact thickness and robust performance, this washer suits high-duty, space-restricted assemblies in B2B procurement scenarios.
The dimensional precision — 32 mm inner diameter, 54 mm outer diameter and 1,5 mm thickness — allows installation in limited spaces where conventional bearing units cannot fit.
The PMG (Permaglide®) P200 material group provides high durability, excellent wear resistance and low friction sliding surface designed for industrial bearing units and bearing housings.
This thrust washer is tailored for industrial applications such as bearing housings, axial support plates and sliding components in heavy machinery, offering reduced maintenance and longer service intervals.
The solution supports buyers seeking a bearing unit alternative that ensures axial load support and smooth sliding rather than rotational ball bearings, which may not perform optimally in given constraints.
Available from our warehouse with fast logistics: Located in Lublin, ul. Smoluchowskiego 1, building 4, with 24h dispatch for B2B orders, ensuring minimal downtime in industrial maintenance schedules.
Product type: thrust washer / plain bearing washer / bearing unit
Inner diameter (ID): approx. 32 mm
Outer diameter (OD): approx. 54 mm
Thickness: approx. 1,5 mm
Designation: PAW32 P200 PMG
Material group: Permaglide® P200 (metal backing with sliding layer)
Intended for use: axial loads, limited space bearing housings, bearing unit replacements
Key features: low friction, sliding motion, compact bearing solution
Local stock & logistics: Warehouse in Lublin, ul. Smoluchowskiego 1, building 4 - 24h dispatch
Q1: What distinguishes this PAW32 P200 PMG washer from a standard ball bearing?
A1: The thrust washer operates via a sliding surface to support axial loads, eliminating the rolling elements of ball bearings. It is ideal for compact, low-profile bearing assemblies and applications where axial support and sliding action are required rather than rotational bearing.
Q2: In what kind of applications is this thrust washer most suitable?
A2: It is most suitable for industrial applications such as bearing housings, axial support plates in machine tools, automated systems, hydraulic or pneumatic assemblies where space is constrained and standard bearing formats may not fit.
Q3: How quickly can I receive this product if I place a B2B order?
A3: The item is stocked in our warehouse in Lublin (ul. Smoluchowskiego 1, building 4) and we offer dispatch within 24 hours, enabling rapid fulfillment for industrial procurement and maintenance needs.
Q4: Can this washer handle high-load or high-speed situations?
A4: The Permaglide® P200 material is designed for heavy-duty sliding loads and is suitable for applications with significant axial loading or impact. For very high rotational speeds, however, a dedicated bearing design should be considered.
Data sheet