What Is an Automotive Wholesaler?

An automotive wholesaler is a company that either sells full automobiles or automobile parts wholesale. Wholesale means that the sale of goods is usually restricted to other professional business users or to other wholesalers. In general, wholesale items are not usually sold to the end user but to another business entity who will sell them to the end consumer.

Automotive Wholesalers in particular usually deal in parts. So if your mechanic or auto body technician needs a part for your vehicle that is no longer made or unavailable or undesirable for another reason they could turn to a wholesaler to provide the part to them or they get them through a distributor who buys them from a wholesaler.

The chain of command has become a little more muddied since the internet started being used more often for search and find shopping. Many wholesalers now offer direct sales and drop shipping to end users and auto shops.

Wholesalers are usually exempt from charging sales tax because the product is going to be sold to a consumer later on in the buying process that will pay sales tax. However if you don’t have a state sale tax ID you will likely still have to pay sales tax to make a purchase directly through a wholesaler.

An automotive wholesaler usually specializes in something. Whether it be rims, tires, wiper blades, bed liners or oil filters most automotive wholesalers have a specialty of some kind. Many times wholesalers are also the manufacturers of the products. So they manufacture them and then sell them in bulk at a discounted price to standard retail leaving the person buying the parts some room to make a profit when they sell it.

There is another class of automotive wholesalers who deal in complete cars. These cars and sold at significantly less than retail to dealerships and other used car companies to then turn around and sell to consumers. Many times wholesale cars are sold at auctions and require you to have a dealers license to come in and view and bid on the wholesale vehicles available.

If you are in the market to buy parts in bulk or to try to get a significant discount trying to find a wholesaler may be a good idea for you although for the end consumer it’s usually going to be much quicker and convenient to buy from a retailer or auto shop.

The same is true with car auctions although you can save significant money you will have to either get a dealers license or get someone with a dealer’s license to get you in. So the same as with parts it’s much quicker and convenient to deal with a local dealer.

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Fundamentals of Plasma Treatment in the Automotive Industry

Plasma Treatment in the Automotive Industry

Today, the automotive industry is undergoing rapid growth in customization and automation. This trend requires robust preconditioning processes, including plasma treatment. This process improves the bonding properties of automobile parts. It has several advantages, including enhanced wettability and bonding strength. It also reduces production costs.

Improves Bonding

The plasma treatment of glass for automotive applications has been proven to improve bonding and wetting. This process is often performed on a ceramic frit surface or naked glass surface and is often used as a replacement for primer chemistry. It improves bonding by cleaning the surface and enhancing wetting. High-temperature plasma can reach 270 degrees, which has significantly enhanced adhesion. In addition, plasma treatment reduces non-bridging oxygen.

Plasma treatment improves bonding in the automotive sector by cleaning, activating, and depositing layers. The effects vary with the process parameters. In the automotive industry, plasma treatment, like the plasma treatments portland or, is used to improve the adhesion of headlamp assemblies, body parts, bumpers, paint, decals, and other decorative elements. Plasma treatment is also used to enhance bonding in other industries, including gaskets, dashboards, and more.

Reduces Production Costs

Plasma treatment is becoming a standard technology in the automotive industry, aiming to improve the bonding power of chemical adhesives. The technology is used for various applications, from bonding metal to plastic to silicone to glass. It is also being used for biological bond content and polymeric microtiter plates.

Plasma treatment reduces the time needed to clean and strengthen plastics, reducing production costs. It can also improve the adhesion of coatings and varnishes on automotive parts. This process also reduces wastage by around 10 percent.

Improves Wettability

Plasma treatment is a technique that improves wettability in polypropylene bumpers, a common material used in the automotive industry. The process improves the wettability and adhesive properties of polypropylene surfaces. It is an efficient, clean, and economical way to activate polymeric surfaces.

Plasma treatment can be used to improve the surface wettability of polyolefins. GFPA6 thermoplastic composites are promising but have low surface-free energy, resulting in poor adhesion. Plasma treatment, and melasma treatment, can improve the wettability of GFPA6 surfaces. It can also age hydrophobic recovery.

Increases Surface Energy

The automotive industry relies on the latest manufacturing techniques to create smooth surfaces and ensure their vehicles run smoothly. One of these methods is Plasmatreatment, which increases the surface energy of plastic and metal surfaces. This process is very safe and produces no toxic by-products. In addition, it is highly effective in increasing the adhesion of plastic and metal parts.

Plasma treatment works by changing the surface properties of a material on a molecular level. This allows the material to have chemically reactive bonding sites that facilitate strong adhesion of liquid coatings. Another benefit of plasma treatment is its long treatment life, ranging from hours to weeks or months. Furthermore, the treated material can be reused at a later time. Plasma treatment is also environmentally friendly, generating tiny amounts of non-toxic gasses.

Improves Surface Energy

Plasma treatment is an effective way to increase the surface energy of various materials. This treatment can also improve the bonding ability of different adhesives used in the automotive industry. It is also non-toxic, making it a suitable surface treatment for automotive parts. Furthermore, it can reduce production costs and emissions. These advantages make plasma treatment one of the most reliable surface treatment methods for automotive parts.

Plasma treatment improves surface energy by altering material characteristics at the molecular level. The surface energy is the sum of the intermolecular forces on a material. It is essential because it determines the attraction of one material to another. High surface energy promotes superior adhesion, while low surface energy makes it difficult to bond with other materials.

Increases Surface Tension

Plasma treatment is a safe and effective process that doesn’t create toxic by-products. It is beneficial for improving the adhesion of adhesives used in automobile manufacturing. Plasma treatment is used in the automotive industry to increase the surface tension of various materials.

Plasma treatment can reduce or eliminate the use of hazardous chemicals, allowing for increased efficiency and quality. This process increases surface tension on many plastics, including structural adhesives, gaskets, mirrors, and filters. Plasma treaters can integrate into existing production lines and can be used as part of highly efficient robotic work cells.

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Different Types Of Tractor Brands

10 most popular tractor brands in the UK - Farmers Weekly

There are many different tractor brands available on the market. Some of the most popular brands include John Deere, Kubota, Massey Ferguson Tractors, and New Holland. Each brand has its own unique features and benefits that make it ideal for different types of applications.

John Deere tractor brand 

John Deere is one of the most popular brands of tractors. Massey Ferguson is another brand of a tractor that is popular among farmers. Both brands have a long history dating back to the early days of farming. John Deere was founded in 1837, while Massey Ferguson was founded in 1847.

Today, both companies continue to produce high-quality tractors that are built to last. When it comes time to purchase a new tractor, many farmers find themselves torn between the two brands. However, there are some key differences that can help make the decision easier.

Massey Ferguson tractors are typically more affordable than John Deere tractors. They also offer a wide range of models to choose from, making it easy to find one that fits your specific needs.

New Holland tractor brand 

If you’re in the market for a new tractor, you may be wondering whether to go with a Massey Ferguson or a New Holland. Both brands have a long history of manufacturing quality tractors, and both have their pros and cons.

Here’s a look at some of the key differences between Massey Ferguson and New Holland tractors:

Massey Ferguson has been around since 1847, making it one of the oldest tractor brands in the world. This experience gives them an edge when it comes to innovation and manufacturing quality tractors. However, some models may be less technologically advanced than those from other brands.

New Holland was founded in 1895 and is now part of the Fiat Chrysler Automobiles family.

What makes Massey Ferguson tractors unique from other tractor brands? 

Since its establishment in 1958, Massey Ferguson has been one of the leading names in farm equipment. The company offers a wide range of products, from small tractors to large combines, that are designed to meet the needs of farmers around the world.

Massey Ferguson tractors are known for their durability and performance. The company offers a wide range of models that are suitable for a variety of farming applications. Whether you need a compact tractor for your small farm or a powerful combination for your large operation, Massey Ferguson has a machine that will meet your needs.

If you’re in the market for a new tractor, be sure to check out the selection of Massey Ferguson models at your local dealer. With a wide range of machines to choose from, you’re sure to find the perfect tractor for your farm.

When it comes to finding a tractor that can handle tough jobs and last for years, farmers turn to Massey Ferguson. Massey Ferguson tractors have a long-standing reputation for being durable and efficient, making them a popular choice among farmers.

What makes Massey Ferguson tractors unique from other brands is their attention to detail and commitment to quality. Every Massey Ferguson tractor is designed with the farmer in mind, ensuring that each one is built to withstand the rigors of farm life.

Final thoughts 

With a wide range of models to choose from, there’s a Massey Ferguson tractor that’s perfect for any farm job. From small farms to large agricultural operations, Massey Ferguson has the right tractor for the job. And with a network of dealers across the country, it’s easy to find the nearest Massey Ferguson dealer.

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How autonomous trucks will transform landscape of logistics industry

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The logistics industry is going through profound changes with
digitilisation and other technological advances that have the
potential to decrease substantially the cost of transporting goods
over land. Although autonomous passenger cars are receiving the
most attention, autonomous technology is expected to have a greater
impact on the global trucking and logistics industry. Autonomous
trucks are gaining a great deal of traction in the transportation
industries because of a growing shortage of drivers, improved
efficiency, and increased safety.

  • A truck driver shortage is adding to global supply chain
    challenges, preventing the trucking sector from fulfilling the
    increased demand driven by a boom in e-commerce. In the US,
    according to an October 2021 estimate by the American Trucking
    Associations, the shortage of truck drivers was at an all-time high
    of 80,000. The shortfall might increase to more than 160,000
    drivers by 2030, according to the industry body, due to an ageing
    workforce and an expected freight increase.
  • Another huge challenge in the logistics industry is
    underutilisation and inefficient load procurement; hence, these
    trucks will enable autonomous loading and unloading of containers
    in yards and ports, resulting in increased efficiency. The low
    utilisation rates not only reduce the efficiency of operations and
    distribution for the rest of the supply chain, but also increase
    the number of trucks on the road, resulting in increased greenhouse
    gas emissions. Managing truck loads is a big part of the shipping industry. To make sure that everything goes smoothly, companies need to manage the loads effectively.
  • One of the most promising aspects of autonomous truck
    technology is the potential to increase truck safety. Distracted
    drivers and impaired driving are considered the biggest causes of
    the increased number of fatalities, which autonomous trucking
    technology is expected to solve as the systems provide a 360-degree
    view of the surroundings, process more information, and react
    faster compared with a human driver.
  • Technology companies have been conducting a variety of
    autonomous truck pilots and currently these programmes deploy
    trucks in limited areas where their movement is confined within
    defined geographies. These pilots are undertaken with the
    expectation of validating an AV system, starting with line-haul,
    on-highway applications on simple interstate scenarios and in fair
    weather conditions. Then, the aim is to expand the pilots to
    more-challenging driving conditions, aimed at increasing the
    adoption of automated features in trucks from Level 1 to fully
    autonomous capabilities (Level 5).
  • As autonomous trucking becomes more popular, consumer
    perceptions of autonomous technology’s safety will have an impact
    on acceptance and adoption, acting as an accelerator or a
    deterrent. A strategic plan to accelerate the development and
    adoption of commercial AVs includes four dimensions: a legal
    framework, new regulations, appropriate road infrastructure, and
    collaboration with manufacturers.

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This article was published by S&P Global Mobility and not by S&P Global Ratings, which is a separately managed division of S&P Global.

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