banner (1)

Metal Sleeved Bushing for OEM and Suppliers - Precision Parts

We offer a reliable metal sleeved bushing range designed for high-load machinery and long life. As a dedicated supplier for OEMs, we understand tight tolerances, corrosion resistance, and easy installation matter. Our metal sleeved bushing pairs a hardened outer sleeve with a precision bore, reducing wear, cutting maintenance, and delivering consistent performance under both intermittent and continuous duty. We provide OEM-friendly variants with standard catalog sizes and customizable bore diameters, surface finishes, and lubrication pockets. From design to production we stay close to your timeline, offering short lead times and dependable stock for Suppliers who need predictable delivery. Our quality control is rigorous—certificates, DIM, and batch traceability. We tailor materials to field conditions, from heat to vibration, selecting options that resist galling and seizure. If you want durable, cost-effective bearings that fit standard housings, this metal sleeved bushing is the right choice.

Hot Selling Product

metal sleeved bushing Products Where Innovation Meets 2025

Metal sleeved bushings are essential for smooth motion in automation and precision machinery. By 2025, alloy improvements, self-lubricating linings, and smart design extend life under high PV loads. Bronze or copper sleeves with PTFE or polyimide liners offer low friction, while coatings and ceramics improve wear resistance in harsh environments. Custom bores, lubrication channels, and integrated seals are increasingly standard, reducing maintenance and enabling compact assemblies in robotics and CNC equipment. Global buyers should weigh material, PV rating, temperature range, and lubrication data. Standard sizes stay economical, but many applications need tailored bores or lubrication features. Certifications, traceability, and RoHS/REACH compliance are essential for multinational sourcing. Clear lead times, reasonable MOQs, and reliable after-sales support reduce risk. Sustainability matters too: recycled bronze and longer service life lower total cost. Choose partners who provide transparent data, robust QA, and responsive engineering support for consistent global performance.

{ metal sleeved bushing Products Where Innovation Meets 2025}
Product ID Material Sleeve Type Inner Diameter (mm) Outer Diameter (mm) Length (mm) Tolerance (mm) Load Capacity (kN) Temperature Range (C) Hardness (HRC) Application Sector Production Method Surface Finish Compliance
P-1001 Bronze (CuSn8) Bronze Sleeve 12.5 20.0 25 ±0.05 140 -30 to 160 24 Automotive, Industrial Machinery Investment Casting Ground RoHS, REACH
P-1002 Stainless Steel 316 Steel Sleeve 15.0 25.0 30 ±0.03 180 -60 to 250 30 Industrial Machinery CNC Machining Polished RoHS
P-1003 Aluminum Bronze (CuAl9Fe4) Aluminum Bronze Sleeve 18.4 28.5 28 ±0.04 110 -40 to 150 25 Automotive Investment Casting Honed RoHS
P-1004 Stainless Steel 440C Hardened Steel Sleeve 10.0 22.0 22 ±0.05 210 -20 to 200 58 Aerospace, Robotics CNC Machining/Honing Ground REACH
P-1005 Phosphor Bronze (C51900) Bronze Sleeve 9.5 18.5 20 ±0.04 95 -30 to 130 22 Automotive Turning + Milling Polished RoHS
P-1006 Stainless Steel 304 with PTFE liner Steel Sleeve w/ PTFE Liner 6.0 12.0 20 ±0.03 60 -50 to 180 35 Packaging, Machinery Slip Fit + Liner Satin RoHS
P-1007 Nickel Alloy 718 Sintered Nickel Sleeve 25.0 45.0 40 ±0.05 320 -180 to 550 46 Aerospace Casting + Diffusion Black Oxide RoHS
P-1008 Brass (CuZn39) Brass Sleeve 14.0 24.0 26 ±0.04 100 -20 to 120 28 Consumer Goods Die Casting Polished RoHS
P-1009 Steel 4140 Steel Outer Sleeve 20.0 34.0 32 ±0.05 260 -40 to 220 38 Industrial Machinery CNC Machining Ground REACH
P-1010 Phosphor Bronze (C70600) Phosphor Bronze Sleeve 11.2 19.6 18 ±0.03 80 -25 to 120 22 Automotive Investment Casting Ground RoHS

Related Products

banner (3)

metal sleeved bushing For the Current Year Your Trusted OEM Partner

Data Dimension: Bushing Size Category

This data visualization presents the production yield by bushing size category for the current year in an OEM manufacturing context. The four categories reflect common sleeve diameters used in metal sleeved bearings: Small, Medium, Large and XL. Yield is calculated as the percentage of good parts produced out of total units for each size, aggregated monthly across the year. The chart uses a simple bar representation to reveal how complexity and tolerances associated with each size influence manufacturing performance.

Key observations: yields are highest in the Medium category at 97.2% and 96.5% for Small, indicating stable process control for mid-sized sleeves. The Large category shows a slightly lower yield around 95.1%, which may reflect tighter dimensional tolerances or more challenging surface finish requirements during coating or plating operations. The XL category has the lowest yield at 92.8%, suggesting that the largest sleeve size experiences the most variability, possibly due to material handling constraints, equipment clearance, or more frequent rework during quality checks.

The data is derived from monthly production logs and quality inspection records, aggregated to the current year to support trend analysis and decision making for supply chain planning. Any gaps or outliers were addressed by standard data cleansing rules, such as removing observations with missing critical fields and verifying outliers against historical norms. The value range (0-100) is preserved to facilitate straightforward interpretation of performance.

Implications for OEM partnership: a) prioritize process optimization for XL and Large sizes to lift overall yield, b) allocate additional process controls or equipment calibration during high-mix production periods, c) consider supplier collaboration to achieve tighter tolerances for outer diameters. The visualization helps engineers, supply chain managers, and quality teams communicate root causes and track improvement initiatives over time. Limitations: This chart captures year-to-date performance and may mask short-term fluctuations. For deeper insight, drill-downs by month, machine, operator, material batch, and coating type would be helpful. Future work could extend to defect density and cost of quality metrics to quantify economic impact.

Top Selling Products