Flat Thrust Bearing - High-Quality Supplier

As a dedicated High-Quality Supplier, I present our Flat Thrust Bearing designed for precision and durability in demanding machinery. This bearing delivers stable axial support, low friction, and excellent load capacity, even under high speeds. Machined from corrosion-resistant steel and hardened races, it tolerates heavy-duty cycles and harsh environments. I source strict QA, ensuring tight tolerances and consistent performance across batches, so you can forecast maintenance and uptime with confidence. The Flat Thrust Bearing is ideal for hydraulic presses, packaging lines, CNC machines, and conveyor systems. Customization options include bore size, clearance, and lubricant fittings to suit your exact setup. Partner with me for reliable supply, quick lead times, and responsive technical support. If you’re seeking a dependable, long-life solution for axial loading, I’m here to help you optimize efficiency and bottom line.

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Flat Thrust Bearing Products Your End-to-End Solution

Flat thrust bearings engineered for high axial loads and low friction are essential across turbines, gearboxes, marine drives and heavy industrial equipment. Our portfolio covers sintered bronze, steel-backed, polymer-lined and custom-machined solutions in a wide range of sizes and load ratings, with options for PTFE, composite liners, heat treatment and surface coatings to meet harsh-environment, high-speed or long-life requirements. Precision manufacturing controls tolerances, concentricity and surface finish to minimize wear and extend service intervals. Delivering an end-to-end solution, we support product selection and engineering customization, rapid prototyping, full material traceability, rigorous in-house testing (hardness, dimensional, load and life-cycle), certification compliance and scalable production. Value-added services include optimized lubrication recommendations, tailored packaging, global logistics and responsive after-sales support for spare parts and maintenance. The result is reliable, cost-effective bearings and turnkey supply chain management that reduce risk and accelerate time-to-market for global buyers.

{ Flat Thrust Bearing Products Your End-to-End Solution}
Model Bearing Type Bore Dia. (mm) Outer Dia. (mm) Thickness (mm) Material Static Axial Capacity (kN) Max Speed (RPM) Typical Axial Runout (µm) Operating Temp (°C) Recommended Lubrication
FTB-20A Flat Thrust Washer (Plain) 20 40 3 Hardened Steel (52100) 6.5 3500 12 -30 to 120 Grease (NLGI 2)
FTB-50B Thrust Washer (Bronze-backed) 50 80 6 Bronze + PTFE Liner 22 2500 18 -40 to 180 Solid PTFE / Dry Film
FTB-75C Needle Thrust Bearing (Flat Ring) 75 110 10 Hardened Steel + Cage 48 4200 22 -30 to 150 High-viscosity Oil
FTB-100D Ball Thrust (Flat Race) 100 150 12 Chrome Steel (AISI 52100) 85 8000 10 -20 to 120 Grease (Synthetic)
FTB-150E Flat Thrust Washer (Large) 150 260 18 Hardened Steel with Oil Grooves 210 1800 30 -20 to 140 Oil (ISO VG 220)
FTB-200F Composite Thrust Washer 200 320 20 PTFE Composite (Steel Backing) 370 1200 35 -40 to 200 Dry Film / Solid Lubricant
FTB-275G Split Thrust Washer (Serviceable) 275 420 25 Induction Hardened Steel 650 900 45 -20 to 140 Grease (Heavy Duty)
FTB-360H High-Temp Thrust Washer 360 500 28 Nickel Alloy + Ceramic Face 1200 600 60 -50 to 400 High-temp Solid Lubricant
FTB-500J Heavy-Duty Flat Thrust Ring 500 760 35 Carburized & Ground Steel 2600 450 80 -20 to 140 Oil Circulation / Grease

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Flat Thrust Bearing For the Current Year Trusted by Pros

Monthly Mean Load Capacity (kN) and Surface Pressure (MPa) Trends for Flat Thrust Bearings

This chart presents a monthly trend comparison of two complementary performance dimensions for flat thrust bearings: mean load capacity measured in kilonewtons (kN) and average surface pressure measured in megapascals (MPa). Over a typical 12-month operational window the load capacity shows a steady upward trend from 120 kN to 185 kN, indicating progressive loading conditions or incremental capacity utilization across the year. Surface pressure follows a closely correlated but lower-magnitude increase from about 2.10 MPa to 2.75 MPa. The paired lines and dual vertical axes allow simultaneous visualization of absolute capacity and normalized contact stress, which helps identify months where increases in applied load may disproportionately raise surface pressure. Peaks or sharp inflection points are key: sustained load increases without corresponding design adjustments will elevate surface pressure and accelerate wear or risk of lubricant film failure. The dataset implies moderate seasonal or operational ramping rather than abrupt shocks, which suggests a predictable workload escalation that can be managed with scheduled inspections, lubrication adjustments, and preload checks. Practically, engineers can use this trend to plan preventive maintenance: when the load curve crosses specified design thresholds, review bearing clearances, verify surface finish and material hardness, and assess lubricant viscosity for the expected pressure and temperature. Monitoring both metrics prevents misinterpretation that could arise from looking at load alone; a small rise in pressure for a given load often points to surface condition changes or reduced effective bearing area. In short, the chart supports data-driven scheduling of maintenance and targeted intervention to balance load capacity demands against acceptable surface pressure limits, thereby extending service life and avoiding unexpected failures.

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