Shrader Tire and Oil is celebrating 30 years of manufacturing retreads this year. The Toledo, Ohio-based company celebrated 75 years of being in business in 2023 and reached the new milestone in 2024.
“Getting into the retread manufacturing business has been a key to our growth”, said Shrader Tire and Oil President and CEO Joe Shrader. “Having our own retread facilities has allowed us to better serve and deliver high-quality tires to our customers.”
Shrader Tire and Oil purchased a 12,000-square-foot building just outside of the Village of Blissfield in 1993 and opened its first retread plant the following year with a staff of four – a manager and three employees.
The retread production plant soon outgrew its space and Shrader Tire and Oil added 16,000-square-feet to the plant, producing Oliver-brand retreads.
Oliver, which is owned by Michelin today, was America’s first retread rubber brand.
Truck tire retreads deliver huge savings to fleet managers and owner/operators and have a massive impact on the environment. It is estimated that nearly 300 million tires from cars and trucks are thrown away by Americans each year, but the use of retreads saves hundreds of millions of gallons of oil, and millions of tires continue a useful life rather than being consigned to a tire pile or landfill.
Simply put, retreading is recycling and conserving oil. The synthetic rubber components in a new medium truck tire require about 22 gallons of oil, but it takes only seven gallons to retread that same tire.
In 2005, Shrader Tire and Oil converted its retread operations to Michelin in Melvindale, Mich. A second Michelin manufacturing plant was purchased in 2017 in Pemberville, Ohio.
Today, Shrader Tire and Oil continues to utilize Michelin Retread Technology at those two locations, producing hundreds of thousands of retreads.
“We are proud to have been in business for 76 years and we are committed to manufacturing only the best retreads for our customers.”
Shrader Tire & Oil is the premier tire and lubricant distributor in the Midwest. With locations in Ohio, Michigan and Indiana, Shrader Tire and Oil has 14 truck tire and fleet service centers, two state-of-the-art Michelin retread plants, 4 bulk lubricant operations and a 24-hour emergency road service network.
The Commercial Vehicle Safety Alliance (CVSA) has announced May 16-18 as this year’s International Roadcheck.
International Roadcheck is a high-visibility, high-volume 72-hour inspection and enforcement event where CVSA-certified inspectors in Canada, Mexico and the U.S. conduct inspections of commercial motor vehicles and drivers at weigh/inspection stations, designated inspection areas and along roadways.
Data will be gathered from those three days and shared later this year, as a snapshot of the state of commercial motor vehicle and driver safety.
International Roadcheck also provides an opportunity to educate the motor carrier industry and general public about the importance of safe commercial motor vehicle operations and the North American Standard Inspection Program.
Vehicle safety – Inspectors will ensure the vehicle’s brake systems, cargo securement, coupling devices, driveline/driveshaft components, driver’s seat, fuel and exhaust systems, frames, lighting devices, steering mechanisms, suspensions, tires, wheels, rims, hubs and windshield wipers are compliant with regulations. Inspections of motorcoaches, passenger vans and other passenger-carrying vehicles also include emergency exits, seating, and electrical cables and systems in the engine and battery compartments.
Driver safety – Inspectors will check the driver’s operating credentials, hours-of-service documentation, status in the drug and alcohol clearinghouse, seat belt usage, and for alcohol and/or drug impairment.
Shrader Tire and Oil conducts DOT inspections at our fleet and tire centers.
Contact us today to have your truck inspected before International Road Check!
Shrader Tire and Oil will conduct on-site interviews and host a job fair at its Perrysburg fleet store at 3511 Genoa Rd., Perrysburg, Ohio, from 1 to 5 p.m. Thursday, May 11.
As is often pointed out, ensuring lubricant cleanliness and avoiding lubricant contamination are essential to maximizing equipment life. Microscopic particulates in lubricants can reduce the useful life of equipment components and, in the worst cases, lead to sudden equipment failure, unplanned downtime and even safety risks.
The problem for equipment operators is that even new lubricants can become contaminated in transit, and may not meet the equipment manufacturer’s recommended ISO cleanliness standard upon delivery. As a result, many industrial operators subject all new oils they receive to on-site lubricant filtration. However, as we detailed in a recent Technical Bulletin, Impacts of Filtration on New Lubricant Performance, figuring out the right filtration method for your operations – if there is one – can be a time-consuming, expensive process without assurance of success. There is no “standard” filtration method or medium that will ensure that all oils used in an industrial operation will meet the cleanliness standards of the equipment for which they are intended without compromising performance.
To understand why filtration can be problematic, it’s helpful to understand the make-up of finished lubricant formulations. Finished lubricants contain a variety of additives, such as dispersants and detergents, demulsifiers, corrosion and foam inhibitors, and more. Some additives are fully dissolved in the oil, while others are dispersed in the oil as solid matter measured in microns. Depending on their molecular size or chemical composition, some additives may be at risk of being removed from the oil during filtration. Filters can remove additives by mechanical blockage – meaning that the additive particles are larger than the filter pores – or by adherence to the filter element, which can remove particles smaller than the filter’s rating. Moreover, additives that may be dissolved in the oil or microscopically dispersed can have chemical reactions with contaminants, such as water or particulate matter, causing them to form agglomerates, salts or gels that do not pass through the filter.
A crucial watch point when filtering lubricants is foam performance. Modern foam inhibitors may be more stable in finished lubricants, as they are more finely dispersed in the oil, but still remain vulnerable to removal by filtration. Filtration can remove enough of the oil’s foam inhibitors to cause excessive foaming. Filtration can also adversely affect a lubricant’s ability to shed water when demulsifiers are removed. In either case, a heavily filtered oil may not perform as expected, putting the equipment at risk.
It’s tempting to select a low-micron, high-efficiency filter and perform the filtration under ambient conditions – for example, using a portable kidney loop on a bulk or day tank. This might allow operators to reach or even exceed cleanliness targets, but it might also deplete critical additives and have an adverse impact on post-filtration performance.
Particular care must be taken to avoid damaging the lubricant while it is being cleaned. In order to mitigate the risk of additive removal, operators need to understand the chemistry of the lubricant being filtered, along with filtration parameters such as operating conditions, process temperatures, filter media and flow rate. These parameters need to be standardized and tested thoroughly to ensure no harm is done to the lubricant. Since the results of filtration are highly application- and product-specific, it is important to develop an effective, repeatable process. A lack of process consistency can easily lead to unexpected results and damage the lubricant.
Our technical bulletin details a wide variety of tests that have been performed to determine the effectiveness of different filtration methods on specific lubricants under a range of conditions. It is essential information for anyone considering an investment in on-site filtration as a solution for lubricant cleanliness. A more efficient solution, however, is having your lubricant supplier perform the necessary testing and certify that each new, fully formulated oil meets the ISO cleanliness standards for its application upon delivery. Contact us to learn more about Chevron’s ISOCLEAN® certification program.
We are excited to introduce a redesigned, updated ISOCLEAN® Recommended ISO 4406 Specs quick links sheet for ISOCLEAN customers.
The one-page link sheet is easy to use and a gear oils spec sheet has been added. The category spec sheets are organized by industry and by component.
As equipment continues to evolve and customers become more aware of the effects contaminants are having on their equipment, it will be important for them to have this capability and evolve their business. Particle contamination is the No. 1 cause of lubricant related failure in equipment. It makes sense to solve this problem, starting with Chevron ISOCLEAN Certified Lubricants is the first step to maximizing equipment life.
The Chevron ISOCLEAN Certified Lubricants program is the industry-leading solution for customers to meet their equipment manufacture fluid cleanliness.
Get to the next level and be on the leading edge with Chevron ISOCLEAN Certified Lubricants!
