100% Interchangeable with MISUMI & FIBRO.
Custom Sizes Tailored to Your Drawings.
Maintenance-Free, High-Load Capacity.
Alum. Bronze With Graphite Plugs Wear Plates They are 20mm thick and avail-able in plain steel, steel with graphite plugs and bronze with graphite plugs. The bronze and steel with graphite plugs are self-lubricating products and do not require lubrication during production.
Automotive Wear Plate, Bronze, Self-Lubricating
The cam dwell series of wearplates are available in 30, 45 PPF catalog Page thicknesses and in widths of 100, 125 and 160mm. They are available in plain steel and self-lubricating versions and fully meet the NAAMS standard.
Gunri oil-free slide plates, designed to meet a range of application and working conditions, are a novel lubricating solution. Combining the advantages of both metal bearings and oil-free slide plates, these products utilize a metal base to withstand loads while employing a specialized solid lubricating material for enhanced performance.
Material : coppper Alloy, and more.
Applications: Our oil-free slide plates, also known as self-lubricating graphite slide plates, find extensive use in a variety of industries, including plastic molding, stamping dies, hardware tooling, FA automatic machinery molds, medical, automotive, electrical, stationery, packaging, household appliances, aviation, and more manufacturing sectors
Retaining plate, Bronze with solid lubricant, CNOMO
Retaining plate, Bronze with solid lubricant, VDI 3357
What is it? A high-performance SEW38-150 copper alloy slide plate featuring embedded solid lubricants for maintenance-free operation. Where to use? Ideal for heavy-duty press dies, plastic molds, and automated industrial machinery requiring high load capacity. Why choose us? We offer 100% compatibility with ±0.01mm precision and 24-hour shipping from our extensive ready-to-ship inventory.
| Material Type | Advantages | Limitations | Best For |
|---|---|---|---|
| Polymer-Based Oilless Wear Plates Made from advanced polymer composites infused with solid graphite lubricants. Lightweight and smooth under moderate conditions. |
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| Indoor machinery, light-duty automation, office equipment, and weight-sensitive applications. |
| Metal-Polymer Composite Plates Metal backing (often steel) with a porous polymer layer impregnated with graphite. |
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| Heavy machinery, construction equipment, hydraulic systems, and industrial linkages. |
| Graphite-Filled Bronze Wear Plates Constructed from sintered bronze infused with solid graphite. Exceptional strength. |
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| Manufacturing plants, pumps, valves, and industrial gears. |
| PTFE (Teflon) Oilless Wear Plates Made from PTFE enhanced with graphite. Ultra-low friction and chemical resistance. |
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| Food processing, chemical handling, medical devices, and cleanroom environments. |
| Ceramic Composite Wear Plates Advanced ceramic matrices with embedded graphite. Extreme hardness. |
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| Mining, cement production, material handling, and high-temperature industrial processes. |
| Carbon-Graphite Wear Plates Formulated from high-purity carbon and graphite. Natural lubricity. |
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| Aerospace, semiconductor manufacturing, vacuum systems, and electrical sliding contacts. |
| Key Features | Benefits |
|---|---|
| 100% Self-Lubricating | Eliminates external oil/grease, reducing maintenance costs and preventing environmental contamination. |
| High Load & Impact Resistance | Metal and ceramic matrices withstand compressive strengths from 10,000 to 20,000 psi without deformation. |
| Exceptional Thermal Stability | Reliable performance across extreme ranges, from cryogenic -200°C up to +800°C (ceramic matrix). |
| Ultra-Low Friction Coefficient | Achieves a COF of 0.10–0.15, minimizing mechanical drag, energy consumption, and heat buildup. |
| Corrosion & Chemical Inertness | Polymer, bronze, and ceramic variants resist moisture, salt water, solvents, and corrosive acids. |
| Extended Lifespan | Delivers a 30% to 75% increase in component longevity compared to traditionally lubricated wear parts. |
Looking to eliminate downtime and lubrication costs? Talk to our application engineers to find the perfect material grade for your machinery.
In continuous manufacturing, our plates protect conveyor systems, hydraulic pumps, gearboxes, and chain drives. They prevent contamination from dust and debris while eliminating metal-to-metal contact in hard-to-reach areas.
Engineered for sealed and zero-maintenance vehicle assemblies, providing consistent friction control and noise reduction in brake linkages, suspension joints, steering systems, and transmission mechanisms.
Meeting stringent standards for safety and weight reduction, these plates offer zero lubricant migration or evaporation in high-altitude vacuums. Crucial for flight control actuators, landing gear, and door hinges.
Designed to withstand high-impact and abrasive environments. Strategically deployed in pivot points, boom joints, excavator buckets, and hydraulic cylinder rods to prevent galling and seizing under dirt and sand exposure.
Optimized for remote offshore wind farms and desert solar tracking systems. They endure thermal cycling (-40°C to +80°C) and minimize costly service climbs for blade pitch and yaw mechanisms.
Ensures passenger comfort and system reliability under heavy vibration. Commonly installed in train sliding door mechanisms, couplers, and emergency brake rigging to lower mass transit lifecycle costs.
Embedded solid graphite plugs continuously transfer microscopic lubricant to the mating surface during operation, creating a self-replenishing dry film that eliminates manual greasing.
Yes. Send us your 2D (PDF/DWG) or 3D (STEP) drawings, and our engineers will provide a fast quote with precise custom tolerances.
The three most common alloys are C95400 aluminum bronze (high strength, high temp, corrosion resistant), C93200 SAE 660 bearing bronze (general purpose, economical), and C86300 manganese bronze (heavy impact, severe duty). For a detailed comparison of all three alloys plus selection criteria, see our graphite bronze wear plate alloy comparison guide.
The size, pattern, and density of graphite plugs directly affect load capacity, lubrication film thickness, and wear life. Larger plugs deliver more lubricant but reduce the bronze bearing surface area. Denser patterns (more plugs per area) provide smoother lubrication at the cost of structural strength. For a detailed guide covering plug diameter selection, row spacing, staggered vs. inline patterns, and density optimization for different loads, see our graphite plug configuration guide.
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