Custom Polyurethane Bushings

We manufacture custom PU bushings that combine rubber-like flexibility with excellent abrasion resistance, tear strength, and load-bearing capability. Compared with conventional rubber bushings, polyurethane bushings maintain their shape better under repeated compression, impact, and friction. Available in a wide range of hardness levels from Shore A to Shore D, we customize each bushing’s hardness, compression set, and rebound performance to meet your specific operating requirements.

What Can We Customize in CNC Metal Spacers?

Every spacer starts with your choice of material and dimensions, then goes further — thread pitch, wall thickness, chamfer angle, surface finish, and other details that affect how the part fits and functions. We review these requirements with you before machining begins, ensuring the finished spacer matches not only your drawing dimensions but also the way it needs to perform once installed.

Types

Polyurethane bushings are commonly selected for applications where conventional elastomers wear out too quickly or rigid plastics cannot provide enough impact absorption. We produce PU bushings in designs such as high-load sleeves, flanged bushings, shock-absorbing mounts, and metal-bonded assemblies, each optimized for specific requirements including wear resistance, load support, and repeated impact resistance.

Hardness

PU offers one of the broadest hardness ranges among elastomeric materials, allowing us to produce bushings from flexible grades for vibration absorption to harder grades for high-load support and wear resistance. For demanding designs, we can also develop multi-hardness structures that combine softer zones for damping with firmer sections for structural support.

Performance

The right PU formulation depends on how the bushing works in your equipment. For components exposed to constant friction, we increase abrasion resistance to reduce wear and extend service intervals. For heavy-load applications, we adjust the material structure to improve tear strength and resistance to deformation. Where repeated compression or impact is involved, we balance resilience and compression set to help the bushing recover its original shape after cycling.

Applications

We manufacture polyurethane bushings for applications where standard materials may experience faster wear, deformation, or performance loss — including high-abrasion wheel and roller contacts, heavy-load suspension points in off-road and mining equipment, and outdoor assemblies exposed to oil, ozone, and UV. For each application, we evaluate factors such as load direction, movement cycles, mounting conditions, and operating environment to help develop a bushing design that fits the actual working conditions.

It is easy to fill the form.

Custom PU Parts Solutions

Need more than PU bushings? Browse our range of custom PU parts to find components that match your design requirements.

Why Choose Zhongde?

We’ve spent years working with PU compounds and mold tooling for industrial bushing applications, giving us practical experience in selecting suitable base polymers, hardness ranges, and processing conditions for different operating environments — from constant abrasion and heavy static loads to oil exposure and outdoor weathering.

Beyond the material itself, we treat every order as an engineering discussion rather than a simple production request. We review factors such as the existing assembly, load conditions, installation method, and operating requirements to determine whether the current design is suitable for PU molding. When needed, we provide feedback on geometry, hardness selection, or insert design before tooling begins.

We also manage the key production stages from material preparation and casting through final inspection, maintaining consistency even for complex custom geometries. Our experience across material handling, off-road equipment, and industrial machinery allows us to recognize common failure patterns and develop more suitable PU bushing solutions.

Industries We Served

Zhongde has delivered custom PU parts to numerous industries, helping clients achieve high-quality, precise, and reliable solutions across a variety of applications.

Material Handling Custom Moulding

Medical Equipment Custom Molding

Mine Metallurgy Custom Molding

Marine Custom Molding

Agricultural Machinery Custom Molding

Consumer Electronics Custom Molding

Chemical Equipment Custom Molding

Transmission Device Custom Molding

Communication Custom Molding

Home Appliances Custom Moulding

Automotive Custom Moulding

FAQs of Custom PU Bushings

View our FAQ center for more questions.

Do you offer bushings with metal inserts or sleeves?

We regularly mold PU around steel, aluminum, or brass inserts and sleeves, creating bonded assemblies that combine metal stiffness with polyurethane flexibility. Insert design, surface preparation, and bonding requirements are evaluated based on the load and movement conditions of your application.

Is there a difference in cost between PU, rubber, and plastic bushings?

PU bushings typically have a higher upfront cost than standard rubber or plastic bushings because of material formulation and processing requirements. However, the total cost depends on the application — in high-wear or high-cycle environments, longer service life can reduce replacement and maintenance costs.

What colors are available for custom PU bushings?

We can add pigments for appearance requirements or color-code different hardness grades, materials, or production batches for easier identification.

Can PU bushings withstand outdoor or UV exposure?

Standard PU formulations may degrade under prolonged UV exposure, but we can select UV-resistant grades or additives for outdoor applications such as off-road and agricultural equipment.

Zhongde's Manufacturing Capabilities for Custom Parts

We offer various manufacturing methods to turn your custom parts designs into real components, from prototypes to full production, matching the right process to your needs.

Injection Molding

We produce high-precision PU Metal parts at scale, turning your designs from prototype to full production efficiently.

PU Machining

We create custom PU or metal parts with exact dimensions and fine details using PU machining.

Compression Molding

We shape durable thermoset or PU parts under heat and pressure for reliable performance.

Cast Molding

We form intricate, low-volume parts with smooth surfaces and consistent material distribution.

3D Printing

We quickly turn CAD designs into physical prototypes or complex parts with 3D printing.