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Wholesale MXB-JOLP Wear Plate For Automotive Industry

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MXB-JOLP Wear Plate For Automotive Industry

MXB-JOLP self-lubricating wear plates have good self-lubricating properties and require no external lubrication. This product has good load-bearing capacity and wear resistance, can cost-effectively reduce maintenance and downtime, and effectively helps customers optimize performance and improve efficiency.

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  • Product Introduction
  • Parameter
  • Material Description
  • Contact Us
  • Product Features
    1 Can work for a long time under oil-free conditions.
    2 More suitable for low-speed and heavy-load workingconditions, with good wear resistance and extremely low frict.
    3 Suitable for situations where oil film is difficult to form, such as reciprocating, rotating and intermittent movements.
    4 Resistant to corrosion and oxidation.
    5 Maintenance-free and long service life.
    Zhejiang Mingxu Machinery Manufacturing Co., Ltd.
    Zhejiang Mingxu Machinery Manufacturing Co., Ltd. Zhejiang Mingxu Machinery Manufacturing Co., Ltd.
    Zhejiang Mingxu Machinery Manufacturing Co., Ltd.
    Why Choose Oilless Bearings
    Reduce Manufacturing costs

    There is no need for oil supply device, oil injection hole or oil groove processing, which can greatly save manufacturing costs.

    Reduce Operating Costs

    It greatly reduces the usage of lubricating oil, reduces equipment maintenance, and avoids hidden dangers caused by insufficient oil supply, effectively reducing operating costs.

    Shorten Design Time

    The oil-free design simplifies the product structure and effectively saves design time. We are professional ODM Suppliers of JOLP Wear Plate For Automotive Industry

    Conducive To Environmental Protection

    No waste oil recycling is required, which is also beneficial to environmental protection.

    Application Fields
    High Temperature

    ·Steel factory

    ·Smelting furnace

    ·Drying equipment

    ·Baking oven

    ·Heat controller

    Water Proof

    ·Dam gate

    ·Water pump

    ·Fluid switch structure

    ·Offshore structures

    ·Dock and silt machine equipment

    Chemical Industry

    ·Chemical factory

    ·Electroplating equipment

    ·Wastewater treatment equipment

    ·Dyeing machinery

    ·Oil and chemical refining equipment

    Energy

    ·Wind power

    ·New energy

    Ship

    ·Deck crane

    ·Anchor

    ·Hatch cover

    ·Rudder arm

    ·Lifting machinery and lifting ring equipment

    Automobile Manufacturing

    ·Stamping mold

    ·Welding structure

    ·Painting and drying line

    ·Metal conveyor belt

    ·Machine tools

    Heavy Industry

    ·Steel pipe factory machinery

    ·Tire and paper mills

    ·Power plant

    ·Connecting toggle of mold injection machinery

    Construction, Mining, Loading

    ·Mixers, grinders, pulverizers

    ·Construction machinery

    ·Mining equipment

    ·Connecting rod bearings

    Bridges and Lift Rails

    ·Bridge bearings

    ·Beams, bridges, suspension bridges

    ·Nuclear energy related reactors

    ·Steam generator

  • unit:mm

    Part No. W L Bolt Position Bolt Q'ty
    L1 L2
    JOLP-35×100 35 100 60 - 2
    JOLP-35×150 150 55 - 3
    JOLP-35×200 200 55 50 4
    JOLP-35×250 250 70 70 5
    JOLP-35×300 300 65 65
    JOLP-35×350 350 80 75
    JOLP-50×100 50 100 60 - 2
    JOLP-50×150 150 55 - 3
    JOLP-50×200 200 55 50 4
    JOLP-50×250 250 70 70
    JOLP-50×300 300 65 65 5
    JOLP-50×350 350 80 75 4
    JOLP-75×150 75 150 110 -
    JOLP-75×200 200 80 - 6
    JOLP-75×250 250 105 -
    JOLP-75×300 300 85 90 8
    JOLP-75×400 400 120 120
    JOLP-75×500 500 115 - 10
  • Material Composition and Properities
    Material CuZn25Al5Mn3Fe3 CuSn5Pb5Zn5 CuAl10Ni5Fe5 CuSn12 CuZn25Al5Mn4Fe3
    Density 8.0 8.9 7.8 8.9 8.0
    Hardness HB >210 >70 >150 >95 >250
    Tensile Strength N/mm² >750 >200 >600 >260 >800
    Yield Strength N/mm² >450 >90 >260 >150 >450
    Elongation% >12 >15 >10 >৪ >800
    Coefficien of Linear Expansion 10-5/℃ 1.9 1.8 1.6 1.8 1.9
    Limit Temp ℃ -40~+300 -40~+400 -40~+400 -40~+400 -40~+150
    Max. Load N/mm² 100 60 50 70 120
    Max. Speed (Dry) m/min 15 10 20 10 15
    Max.PV N/mm²*m/min 200 60 60 80 200
    Compression of Permanent Deformation 300N/mm² <0.01 <0.05 <0.04 <0.05 <0.05
    *Big demand with special materials is available.

    Base Material Interchange
    Material Codes China Brands
    GB1176-87    		 Intenational
    ISO 1338    		 Germany
    DIN    		 Japan
    JIS    		 America
    ASTM(UNS)    		 England
    BS    		 Italy
    JM    		 Applicable conditions
    JDB Casted Bronze ZCuZn25AI5
    Fe3Mn3    		 GCuZn25AI6
    Fe3Mn3    		 DIN1709
    G-CuZn25AI5    		 H5102
    CAC304    		 B30-92
    C86300    		 HTB2 JM18-1 High-load, low speed Commonly used
    JDB-1Bronze ZCuSn5
    Pb5Zn5    		 GCuPb5
    Sn5Zn5    		 DIN1705
    G-CuSn5ZnPb    		 H5111
    BC6    		 B30-92
    C83600    		 LG2 JM7-15 Mid-load, low speed Commonly used
    JDB-2Bronze ZCuAI9Fe4 Ni4Mn2 GCuAI10
    FeNiS    		 DIN17656
    G-CuAI10Ni    		 H5114
    AIBC3    		 B30-92
    C95500    		 AB2 JM3-15 Mid-load, mid-speed, Commonly used
    JDB-3Bronze ZCuSn12 G-CuSn12 CAC503B B30-92
    C90800    		 PB2 JM1-15 Mid-load, low speed, Commonly used
    JDB-5 ZCuZn25AI6 Fe3Mn3 GCuZn25AI6
    Fe3Mn3    		 DIN1709
    G-CuZn25AI5    		 H5102
    CAC304    		 B30-92
    C86300    		 HTB2 JM18-1 Over high load, low speed, High load used

    Solid Lubricant
    Lubricant Features Typical application
    SL1
    Graphite+add    		 Excellent resistance against chemical
    attacks and low friction, Temp limit 400℃    		 Suit for general machines and
    under atmosphere
    SL4
    PTFE+add    		 Lowest in friction and good of water Lubrication,Temp limit 300℃ Ship, hydraulic turbine, gas turbine, etc.
    SUBMIT

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About US

Zhejiang Mingxu Machinery Manufacturing Co., Ltd. Zhejiang Mingxu Machinery Manufacturing Co., Ltd., formerly known as Jiashan Mingxu Precision Machinery Factory, was founded in 2011. The company is located in the hinterland of the Yangtze River Delta Integrated Development Demonstration Zone, with location and convenient transportation. With more than ten years of manufacturing and R&D experience, the company has been deeply involved in the development and production of solid lubricating bearings, skateboards, slideways, and sliders. ODM Suppliers and Company of JOLP Wear Plate For Automotive Industry in China. The product manufacturing adopts modern automation equipment, strictly implements the ISO2000 quality management system standard, and the main processes are processed by high-precision CNC machines. The company's main products cover a series of products such as JDB solid inlaid self-lubricating bearings, steel-copper sintered bearings, SF-1 self-lubricating bearings, SF-2 boundary self-lubricating bearings, and FB090 copper bearings. Widely used in automobile industry, construction machinery, metallurgical equipment, mining machinery, injection molding, mold, textile, printing and many other machinery manufacturing fields; Till now, the company's products have spread all over China and exported to many foreign countries, and are deeply recognized and loved by domestic and foreign customers.

Mingxu Machinery adheres to the service tenet of "quality-oriented high-quality service", and strive to provide customers with professional products and services. Supply Wholesale MXB-JOLP Wear Plate For Automotive Industry. The company will continue to introduce talents, improve the management mechanism, integrity, development, innovation, and strive to build a world-class brand.

Zhejiang Mingxu Machinery Manufacturing Co., Ltd.

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Product knowledge

How does JOLP Wear Plate For Automotive Industry help reduce body weight while maintaining high strength and wear resistance?
JOLP (Just One Layer Plate) Wear Plate is a excessive-performance material used in the car industry to reduce frame weight even as keeping excessive power and wear resistance. Here's an in depth clarification of the way it achieves this:
Material Composition: JOLP Wear Plate consists of a mixture of advanced materials, including excessive-electricity metal, carbon fiber reinforced polymer (CFRP), and different lightweight composites. These substances are chosen for their precise traits, along with power, light-weight residences, and put on resistance.
Advanced Manufacturing Techniques: JOLP Wear Plate utilizes advanced manufacturing techniques, which include layered production and bonding methods, to combine extraordinary materials into a single plate. This permits for the optimization of each material's residences and creates a robust, lightweight, and wear-resistant put on plate.
High-Strength Steel: High-Strength steel is integrated into the wear and tear plate to provide the important structural electricity required for automobile programs. By the use of high-Strength metallic in strategic areas, the overall weight of the wear and tear plate may be decreased, whilst still maintaining the necessary strength to withstand effect and cargo-bearing requirements.
Carbon Fiber Reinforced Polymer (CFRP): Carbon fiber bolstered polymer, a light-weight and high-electricity material, is incorporated into the wear and tear plate to similarly reduce weight without compromising on electricity. CFRP has a excessive energy-to-weight ratio, making it a great cloth for weight loss programs. By using CFRP in unique regions of the damage plate wherein high power is required, the overall weight can be appreciably decreased.
Lightweight Composites: JOLP Wear Plate additionally includes various light-weight composites, which include aluminum alloys or other superior substances, which give weight loss blessings. These lightweight composites similarly contribute to the reduction of the overall weight of the wear plate, while still presenting the essential energy and put on resistance required for automotive programs.
Optimization of Material Distribution: The layout and format of the JOLP Wear Plate recollect the specified power and wear resistance in specific areas. By strategically placing materials in excessive-pressure zones and reducing fabric thickness in low-strain regions, the burden of the wear plate may be minimized with out compromising its standard overall performance. This optimization ensures that the wear plate maintains excessive strength and wear resistance where needed, even as reducing weight and enhancing gas efficiency.