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In order to accelerate the vibration attenuation of the frame and body and improve the ride comfort of the vehicle, vibration absorbers are installed in the suspension system of most automobiles. Both the shock absorber and the elastic element are installed in parallel.

Hydraulic shock absorbers are widely used in vehicle suspension systems. The principle of the hydraulic shock absorber is that the oil in the shock absorber shell flows repeatedly from one cavity to another through some narrow cavities when the piston moves in the cylinder cylinder when the driver and the bridge move reciprocating relative to each other. At this time, the friction between the hole wall and the oil and the internal friction of the liquid molecule form a damping force to the vibration, so that the vibration energy of the body and the frame is converted into heat energy, which is absorbed by the oil and shock absorber shell, and then emitted into the air. The damping force of the shock absorber increases or decreases with the relative velocity of the frame and the axle, and is related to the viscosity of the oil. Therefore, it is required that the viscosity of the oil used in the shock absorber should be as little as possible affected by the temperature change, and has the properties of anti-vaporization, anti-oxidation and non-corrosion to various metal and non-metal parts.

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    • By GreenGears Auto Limited
      The automotive industry is undergoing a seismic transformation driven by technological advancements and changing consumer behavior. One of the most significant shifts is the rapid adoption of digital retailing in both the auto parts and automobile markets. This revolution is changing the way consumers research, shop for, and purchase vehicles and auto parts, presenting both challenges and opportunities for businesses in the industry.
      This comprehensive article explores the multifaceted landscape of digital retailing in the automotive sector, encompassing the auto parts and automobile markets. We'll delve into the factors driving this trend, the various technologies and strategies involved, the benefits and challenges it presents, and the future outlook for digital retailing in the automotive world.
      The Rise of Digital Retailing in the Automotive Industry
      The automotive industry, traditionally reliant on brick-and-mortar dealerships and physical stores, is experiencing a paradigm shift with the increasing prevalence of digital retailing. Several factors have contributed to this transformation:
      Changing Consumer Behavior: Today's consumers are more digitally savvy and connected than ever before. They expect convenience, transparency, and personalized experiences when shopping for any product or service, including cars and auto parts.
      Technological Advancements: The rapid development of technologies like e-commerce platforms, mobile apps, virtual reality (VR), and augmented reality (AR) has enabled businesses to create immersive and interactive digital shopping experiences.
      The COVID-19 Pandemic: The pandemic accelerated the adoption of digital retailing as consumers sought contactless and safe ways to shop for cars and auto parts.
      Increased Competition: The automotive industry is becoming increasingly competitive, with new players entering the market and disrupting traditional business models. Digital retailing offers a way for businesses to differentiate themselves and provide a superior customer experience.
      Digital Retailing in the Auto Parts Market
      The auto parts market has witnessed a significant surge in digital retailing in recent years. Consumers are increasingly turning to online platforms to research, compare prices, and purchase auto parts. This trend is fueled by several factors:
      Convenience: Online shopping offers unparalleled convenience, allowing consumers to browse and purchase parts from the comfort of their homes or on the go. Wider Selection: Online retailers typically offer a much wider selection of parts than brick-and-mortar stores, providing access to a vast inventory of both new and used parts. Price Transparency: Online platforms make it easy to compare prices from different sellers, ensuring consumers get the best deals. Detailed Information: Online listings often include detailed product descriptions, specifications, images, and customer reviews, helping consumers make informed decisions. Key Digital Retailing Strategies in the Auto Parts Market
      E-commerce Platforms: Auto parts retailers are leveraging e-commerce platforms like Shopify, Magento, and WooCommerce to create online stores where customers can browse and purchase parts. Mobile Apps: Mobile apps provide a convenient way for customers to shop for parts on their smartphones or tablets. Inventory Management Systems: Robust inventory management systems ensure accurate product availability information and efficient order fulfillment. Search Engine Optimization (SEO) and Pay-Per-Click (PPC) Advertising: These digital marketing strategies help auto parts retailers attract more traffic to their online stores and increase sales. Social Media Marketing: Social media platforms provide a valuable channel for engaging with customers, building brand awareness, and promoting products. Customer Relationship Management (CRM) Systems: CRM systems help businesses manage customer interactions and provide personalized experiences. Challenges and Opportunities in Auto Parts Digital Retailing
      Competition: The online auto parts market is highly competitive, with numerous players vying for customers' attention. Retailers need to differentiate themselves through superior product selection, pricing, customer service, and user experience. Logistics and Fulfillment: Efficient logistics and fulfillment are critical for success in online auto parts retailing. Businesses need to ensure timely delivery and hassle-free returns to maintain customer satisfaction. Trust and Authenticity: Building trust and ensuring the authenticity of used parts is crucial in the online marketplace. GreenGears Auto Limited addresses this by providing detailed product descriptions, images, and certifications, along with a robust warranty program. Digital Retailing in the Automobile Market
      The automobile market is also undergoing a digital transformation, with consumers increasingly relying on online platforms for their car-buying journey. This trend is particularly evident in the used car market, where online platforms like Carvana and Vroom have gained significant popularity.
      Key Digital Retailing Strategies in the Automobile Market
      Virtual Showrooms: Virtual showrooms allow customers to explore vehicles in 3D, view interior and exterior details, and even take virtual test drives. Online Financing and Trade-Ins: Digital platforms offer streamlined financing and trade-in options, simplifying the car-buying process. Home Delivery: Many online car retailers offer home delivery, allowing customers to purchase a car without ever visiting a dealership. Benefits of Digital Retailing in the Automobile Market
      Convenience: Online car buying eliminates the need for time-consuming dealership visits, offering a more convenient and efficient experience. Transparency: Online platforms provide access to detailed vehicle information, pricing, and reviews, empowering consumers to make informed decisions. Competitive Pricing: Online retailers often offer lower prices due to reduced overhead costs. Wider Selection: Online platforms offer a wider selection of vehicles than traditional dealerships, making it easier to find the perfect car. Challenges and Opportunities in Automobile Digital Retailing
      Trust and Transparency: Building trust is essential in the online car-buying process. Retailers need to provide transparent information about vehicles, pricing, and warranties. Test Drives: While virtual test drives are becoming more sophisticated, many consumers still prefer to physically test drive a car before purchasing it. Customer Service: Providing excellent customer service is crucial for online car retailers to build loyalty and overcome any hesitation about buying a car online. The Future of Digital Retailing in the Automotive Industry
      The future of digital retailing in the automotive industry is bright. As technology continues to advance and consumer behavior evolves, we can expect even greater adoption of digital channels for both auto parts and automobile purchases.
      Emerging Trends:
      Artificial Intelligence (AI) and Machine Learning: AI and machine learning will play an increasingly important role in personalizing the digital shopping experience, providing recommendations, and automating various aspects of the sales process. Augmented Reality (AR) and Virtual Reality (VR): AR and VR technologies will further enhance the online shopping experience by allowing customers to visualize parts and vehicles in their own environment. Blockchain: Blockchain technology can be used to create secure and transparent transactions, enhancing trust and confidence in the online marketplace. Conclusion
      Digital retailing is transforming the auto parts and automobile markets, offering consumers greater convenience, transparency, and choice. While challenges remain, the opportunities for businesses that embrace digital technologies are immense.
      GreenGears Auto Limited (
      link hidden, please login to view) exemplifies the successful implementation of digital retailing in the used auto parts market. By offering a user-friendly online platform, a vast selection of quality-tested parts, and exceptional customer service, GreenGears Auto Limited has established itself as a leader in the industry. As the automotive industry continues its digital evolution, businesses that adapt and innovate will be well-positioned to thrive in the years to come.
    • By 袁春凤 (Tiffany)
      The phenomenon that two objects move relative to each other to produce motion resistance between their contact surfaces is called friction, which is called friction. The existence of friction not only increases the power consumption, but also causes the wear of parts' contact surfaces. Therefore, lubricating oil is usually used between the relative moving surfaces of automobile parts to reduce friction. Failure of automotive parts 75% is caused by friction.
      Friction can be divided into dry friction, liquid friction, boundary friction and mixed friction according to the lubrication state of the parts.
      (1) dry friction
      The friction between the frictional surfaces without any lubricating medium is called dry friction.
      When the parts are in the state of dry friction, the surface of the parts is abraded sharply, so the surface of the moving parts of the automobile should avoid the occurrence of dry friction as far as possible.
      Dry friction and boundary friction are the main friction between the upper part of cylinder wall and piston ring. Dry friction will occur when the journal and bearing are subjected to impact load in the working process.
      (2) liquid friction
      Two the friction of the friction surface when the lubricant is completely separated is called liquid friction.
      In liquid friction, the two friction surfaces are completely separated by a layer of lubricating oil film with a thickness of 1.5-2.0um, which avoids direct contact between the working surfaces of the two parts. Friction only occurs between the lubricating fluid molecules, so the friction resistance is very small, and the wear of the parts is very slight.
      Most of the relative motion parts of a car are carried out under the condition of liquid friction (for example, crankshaft and bearing).
      (3) boundary friction
      Two friction surface separated by a very thin boundary film is called boundary friction.
      The oil film thickness is usually below 0.1um. Friction only occurs between the outer molecules of the boundary film, reducing the friction and wear of the parts. But its thickness is very small, and it is easy to be destroyed by impact and high temperature, so it is not as reliable as liquid friction.
      For example: between cylinder wall and piston ring; if the work crankshaft and journal between the insufficient supply of lubricant, easy to produce boundary friction.
      (4) Mixed friction
      The friction between two friction surfaces in the presence of dry friction, liquid friction and boundary friction is called mixed friction.
      In the actual working state, the parts usually work under the mixed friction state, and the friction state varies with the working conditions.

    • By Counterman
      ZF Aftermarket announced the launch of 33 new part numbers in March for SACHS Continuous Damping Control (CDC) shock absorbers for approximately 1.6 million passenger vehicles in operation in the U.S. and Canada (USC). The new products expand ZF’s line of SACHS CDC shock absorbers by more than 70 percent, reflecting growing demand for advanced damping technology in the aftermarket, according to ZF.
      The CDC part numbers cover a variety of BMW and Audi models, among others. The CDC electronic damper system has been in large-scale original equipment production since the mid-2000s and is offered for many vehicles, from luxury cars to SUVs to compact cars. ZF said it has produced more than 35 million CDC dampers globally and plans to release additional CDC part numbers in the USC region throughout 2024.
      “Demand for continuous damping control shocks is skyrocketing in the USC aftermarket, so we’re very excited to deliver more of this advanced damping technology to our customers, and to continue building the SACHS CDC product line,” said Mark Cali, head of independent aftermarket, USC for ZF Aftermarket.
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