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Company news about HIGHLY ENGINEERED BUSHES DUAL MASS FLYWHEELS BEARINGS DMFW BEARING SELF LUBRICATING BEARING IN AUTO APPLICATION | VIIPLUS MANUFACTURE

HIGHLY ENGINEERED BUSHES DUAL MASS FLYWHEELS BEARINGS DMFW BEARING SELF LUBRICATING BEARING IN AUTO APPLICATION | VIIPLUS MANUFACTURE

2018-10-06

VIIPLUS Custom Self-Lubricating Bearings: Powering Automotive Innovation with Dual Mass Flywheel Technology


The Automotive Shift to Self-Lubricating Bearings

The automotive industry is undergoing a silent revolution, driven by the demand for lighter, quieter, and maintenance-free components. VIIPLUS, a global leader in engineered self-lubricating bearings, is at the forefront of this transformation. With over 50 self-lubricating bushings now integrated into modern passenger cars—replacing traditional needle and sintered bearings—VIIPLUS solutions are redefining automotive efficiency.


Dual Mass Flywheel (DMFW): A Critical Application

At the heart of modern vehicle power transmission systems lies the Dual Mass Flywheel (DMFW), designed to reduce vibrations and enhance drivetrain smoothness. VIIPLUS’s self-lubricating bearings play a pivotal role here, ensuring seamless performance under extreme conditions.

How VIIPLUS Bearings Work in DMFW Systems

In a DMFW clutch system, two flywheels are connected by a flanged, oil-free sliding sleeve bearing. This bearing must accommodate:

  • Axial sliding: Absorbing engine torsional vibrations.

  • Radial movement: Compensating for misalignment during operation.

Traditional rolling bearings fail here due to high wear and lubrication demands. VIIPLUS’s DU Cylindrical Bushes, however, excel with:

  • Self-lubricating solid films: Eliminating the need for external grease.

  • High wear resistance: Extending component lifespan.

  • Lightweight design: Reducing rotational inertia for fuel efficiency.


DU Bushings vs. Rolling Bearings in DMFW: A Comparative Analysis

The superiority of VIIPLUS’s plain bearings over rolling bearings is evident in critical metrics:

Parameter DU Cylindrical Bushes (VIIPLUS) Traditional Rolling Bearings
Lubrication Self-lubricating (zero maintenance) Requires frequent greasing
Noise Levels Ultra-low vibration & noise Higher NVH (noise, vibration, harshness)
Durability Resists wear under high cyclic loads Prone to pitting and fatigue failure
Weight 30–40% lighter Bulkier design
Cost Efficiency Lower lifetime maintenance costs Higher servicing expenses

This contrast explains why automakers are rapidly adopting VIIPLUS bearings in DMFW systems, achieving up to 80% replacement rates in variable speed drives and compressors.


Beyond DMFW: Expanding Automotive Applications

VIIPLUS’s custom bearings are engineered for diverse automotive subsystems:

1. Transmission Systems

  • Gear Shift Bushings: Reduce friction in manual and automatic transmissions.

  • Torque Converter Bushings: Enhance durability in high-torque environments.

2. Suspension & Steering

  • Control Arm Bushings: Improve ride comfort with noise-dampening properties.

  • Steering Column Bearings: Ensure precise, low-maintenance operation.

3. Engine Components

  • Turbocharger Bushings: Withstand extreme temperatures and rotational speeds.

  • Throttle Valve Bushings: Provide smooth, reliable actuation.


Innovation Spotlight: Lead-Free & High-Performance Materials

VIIPLUS prioritizes sustainability without compromising performance. Their lead-free bearings, made from stainless steel woven fabric and textile fibers, address environmental concerns while delivering:

  • Toxicity-free operation: Compliant with global regulations (e.g., REACH, RoHS).

  • Enhanced corrosion resistance: Ideal for electric vehicles (EVs) and hybrid systems.


Why VIIPLUS Dominates Automotive Bearing Solutions

  1. Customization Expertise: Tailored material blends (e.g., bronze composites, polymer-coated steel) for specific load and temperature requirements.

  2. R&D-Driven Design: Advanced testing simulates real-world conditions, from -40°C to 300°C.

  3. Global Supply Chain: Rapid prototyping and scalable production from their Jiashan County hub.


Case Study: DMFW Bearing Performance in Heavy-Duty Trucks

A leading European truck manufacturer replaced traditional needle bearings with VIIPLUS’s DU bushings in their DMFW systems. Results included:

  • 40% reduction in maintenance costs.

  • 15% longer component lifespan.

  • 3% improvement in fuel efficiency due to reduced rotational mass.


The Future of Automotive Bearings

As electric vehicles (EVs) and autonomous driving technologies advance, the demand for lightweight, noise-free, and maintenance-free bearings will surge. VIIPLUS is already innovating for these markets, with:

  • Composite bushings for EV battery cooling systems.

  • Ultra-low friction bearings for autonomous vehicle actuators.


Partner with VIIPLUS for Engineered Solutions

VIIPLUS offers end-to-end support, from material selection to component geometry optimization. Their global export footprint, with 57% of production shipped overseas, underscores their reliability.

Contact VIIPLUS Today:


Engineered for Precision. Built for Tomorrow.


 

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