Sintered Bushings
Self-lubricating and industrial bushings in sintered iron or bronze, manufactured to the geometry specified in your drawing.
Bushings, bearings, gears and powder metallurgy components for industrial and OEM applications, manufactured to your specifications, tolerances and technical requirements.
Every project starts with the drawing and application requirements. Feasibility, tooling, production and inspection are defined before supply begins.
Drawing, application, material, tolerances, volume and required timeline.
Geometry, density, required properties and manufacturing process.
Tooling and process parameters defined for repeatable production.
Compaction, sintering and any secondary operations required by the project.
Dimensional verification, documentation and export preparation.
Powder metallurgy components for industrial applications requiring precise geometry, repeatability and controlled mechanical properties.
Self-lubricating and industrial bushings in sintered iron or bronze, manufactured to the geometry specified in your drawing.
Components with controlled porosity for oil retention and long-service industrial applications.
Precision geometries for OEM assemblies where dimensional repeatability and consistency are critical.
Rod guides, shock absorber components and other sintered parts with custom geometries.
Send your specifications, material, tolerances and drawing for technical and commercial review before manufacturing.
Structured support for OEM programs and ODM development, with a clear focus on B2B supply.
Dimensional inspection, testing equipment and supporting documentation aligned with the approved project scope.
Sales support in English and Portuguese for importers, distributors and industrial procurement teams.
The more complete your specification, the more efficiently we can assess feasibility, MOQ, tooling, lead time and pricing.
Fill in the fields below. For production, final feasibility depends on a technical analysis.
Key information to help you evaluate fit before submitting a technical drawing.
Our range includes sintered bushings, bearings, gears, rod guides and other powder metallurgy components. Final specifications are defined from the technical drawing and application requirements.
Powder metallurgy uses metal powders that are compacted and sintered at high temperature. Depending on the alloy and process, it can support complex geometries, dimensional repeatability and controlled material properties.
Yes. Special geometries, profiles and tolerances can be evaluated based on the technical drawing, application and expected volume.
Yes. Hyper Auto supports custom projects and evaluates each scope based on the technical and commercial specifications provided by the customer.
Ideally, provide the technical drawing, required material, application, tolerances, target density where applicable, estimated volume and required timeline.
Lead time depends on geometry, tooling, volume and required processes. After the initial review, our sales team confirms feasibility, MOQ, lead time and commercial terms.
Buyers choose Hyper Auto for responsive communication, strong product knowledge, more than 20 years of manufacturing experience, competitive pricing, and practical experience supporting OEM programs. Our team is also trained in APQP and PPAP documentation and understands the quality, documentation, and response expectations of international customers.
Yes. When a customer encounters abnormal shock absorber behavior, such as noise during operation, our team can help identify the component contributing to the issue and review the part specification or design to recommend corrective changes. We can also propose design changes aimed at reducing cost while maintaining the required part performance.
Depending on the project, Hyper Auto can provide free samples for customer evaluation. We can also offer a tooling or mold cost refund when an agreed annual order quantity is achieved. Final terms are confirmed according to the project and order program.
Hyper Auto is best suited to OEMs and major shock absorber manufacturers that prioritize consistent quality, disciplined documentation, and long-term supplier relationships. Global manufacturers such as Tenneco, ZF, and KYB represent the type of quality-driven organizations we are structured to support over the long term.
Our manufacturing facility is certified to IATF 16949 and ISO 9001, and has passed the VDA 6.3 audit process. These credentials support the quality and process requirements expected by international automotive and industrial buyers.
Send us your requirements for a technical and commercial assessment.