As the needs of many manufacturing industries have changed over the past few years, Parker Seals is ready to meet these demands. It has spent the past few years tooling up for these changes, and now it is ready to deliver.

The company's elastomeric, polymer, metal and composite sealing products are used in a wide variety of applications across the industrial and medical industries. Those seals are engineered to withstand tight tolerances, higher temperatures and aggressive chemistries.

1. Increased Efficiency

For over a century, Parker Seals has been making a positive impact on the manufacturing world. They have been able to achieve this by developing new and innovative products that can improve the efficiency of various industries.

One of the most important factors that determines how efficiently a company can manufacture is the type of sealing material that they use. These materials can be made of a variety of different materials, so it is important to choose the right one for the application.

Another factor that can influence the performance of a sealing material is its ability to withstand the low temperatures that occur during operation. This is known as resilience and it can help to prevent leaks.

This is why it is important to choose an O-ring that can withstand the lowest temperatures possible. O-rings that do not have this ability can potentially cause damage to the hardware that they are mated to.

Luckily, Parker has an extensive selection of O-rings that are designed to be durable and reliable in different environments. They offer an O-Ring Selector tool that will help customers find the O-ring that is best suited to their needs.

They also have an O-Ring eHandbook that can provide more information on the O-rings that they have to offer. They can also provide test reports for their O-Rings and they can even provide certifications if necessary.

In addition to offering O-rings, Parker has also developed an array of other sealing products that can help to increase the efficiency of your manufacturing process. These products can include piston seals, sanitary gaskets and more.

These seals can help to increase the efficiency of your manufacturing processes by ensuring that all of the components are working together properly. This can help to reduce downtime and ensure that you are able to produce as much product as possible.

Aside from increasing the efficiency of your manufacturing processes, these seals can also improve safety. They can help to prevent leaks and protect your equipment from contaminants. This can be crucial for protecting your equipment and your workers.

2. Increased Safety

While it may be easy to get swept up in the excitement of a new project or production run, safety should always be at the forefront. That is why manufacturers are turning to Parker Seals to increase the safety of their products and processes.

To do this, the company offers a variety of technologies that improve safety in manufacturing environments. Some of these include o-ring face seal tube fittings and adapters that provide leak-free connections in high-pressure, vibration and impulse applications; fire seals to prevent engine fires from spreading; and extreme force electromechanical actuators (EHA) that eliminate downtime, reduce maintenance costs and increase production uptime.

For many applications, o-rings are the primary sealing solution. This is because they offer a number of benefits: They are cost-effective, highly versatile and easy to manufacture.

Another important benefit is their ability to withstand high temperatures. In addition, they can be made with a wide range of chemical and physical properties.

Adding a lubricant to your O-rings can also make them more durable and easier to install. A lubricant helps to decrease the surface friction that can cause abrasion, pinching and cutting during installation. It can also help to seat the O-ring into the application, helping to speed up automated assembly processes.

In addition, a lubricant can decrease the amount of sizing that needs to be done during production. This is especially important when designing new o-rings for an application that has never had them before.

A lubricant can also prevent foreign particles from getting into the O-ring. This can be a big problem in some industries, such as aerospace and automotive.

The company also offers a patented Trap-Seal(tm) for ORFS tube fittings that help to ensure the O-ring stays in place, even under harsh conditions. This prevents potential hydraulic leaks, which improves the customer experience and reduces operational costs.

The company offers a wide range of O-rings and molded rubber compounds that can be customized to meet the specific needs of any application. These rubber compounds can be used in a variety of applications, including those with corrosive fluids or extreme environments.

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3. Reduced Maintenance

There's a lot going on behind the scenes of modern manufacturing, and the way it all comes together is changing a lot. One of the biggest changes is how sealing devices are becoming more highly engineered. Today's seals have a lot more durability, tensile strength and lubricity than they used to.

This means that they're able to work well in much more challenging conditions than ever before. This includes working in harsher chemistries, higher temperatures and tighter tolerances.

Parker is a leading manufacturer of hydraulic and pneumatic seals, as well as electromagnetic interference (EMI) shielding products. These are used by some of the world's largest and most well-known manufacturers in aerospace, automotive, medical, semiconductor and other industries.

These products are designed to work with a variety of fluids, including crude oil, water, acids, aromatic hydrocarbons, bromides, brines, and gases like hydrogen sulfide. Many of these can damage rubber sealing compounds.

However, there are a few specialized types of rubber that are compatible with these kinds of corrosive fluids. These include FF400, which has the broadest compatibility spectrum in the market, as well as other high-performance elastomers.

Another option is to choose a conductive elastomer seal. These can be made from a variety of materials, such as beryllium copper and stainless steel.

Additionally, these can be manufactured in a wide range of sizes and shapes. They're available in both extruded and spliced designs, so that you can easily find the best fit for your application.

This is a great way to reduce your maintenance costs in the long run. You'll also save a lot of time and energy because you won't have to re-torque or re-lubricate your seals as often.

If you're interested in learning more about how Parker can help you reduce your maintenance expenses, contact us today! Our engineers can help you design and choose the right seal for your specific application.

Aside from a wide variety of sealing products, Parker also offers a variety of other products that can help you reduce your manufacturing costs. These include o-rings, jam nuts, compression stops and more.

4. Increased Productivity

In addition to being a world leader in hydraulic and fluid connector technologies, Parker Seals is also a technology partner for OEMs. Whether a client needs assistance in developing systems solutions, enhancing system performance or ensuring product quality, the company’s experts can work collaboratively to help achieve the desired goals.

As a global supplier of motion and control pneumatic, electromechanical, drive and fluidic technologies, Parker provides products and services that improve productivity and profitability for industrial and mobile machinery applications. In a variety of industries, including power generation and renewable energy, Parker delivers precision-engineered solutions to meet the requirements of OEMs, distributors and end-users.

For example, Parker offers a wide range of sealing components and compounds for gas turbine and steam turbine equipment. These include UL-listed seal materials that simplify approval processes, as well as special seal materials for wind farms involving high-frequency micro-oscillations. The company’s extensive range of heat transfer and pressure materials, sealants and adhesives for solar-thermal and photovoltaic systems also features new sealing material formulations for applications that require extreme media resistance.

Additionally, the company’s newest PTFE-based perfluoroelastomer (FFKM) seal compound offers the highest operating temperature range, most comprehensive chemical compatibility and lowest off-gassing and extractable levels of any rubber material. This enables Parker Seals to provide superior performance for critical application such as semiconductor chip manufacturing, jet engines and chemical processing equipment.

Moreover, Parker’s TFP 2-Way Servo-Proportional Valve Series has been engineered to deliver short cycle times and stable process performance. This product combines the flow characteristics, precision and dynamics of the TDP and TEP series to improve efficiencies and decrease scrap rates.

The company’s broad line of thermal management components includes NSA, NSI and NSE series couplers as well as quick couplings that can be assembled without tools. They can be combined with Sensonodes (diagnosing, transmission and monitoring devices) and manifolds to build customised thermal management solutions that maintain optimum operating temperatures.

In addition to these solutions, the company also offers a range of other hose and piping components that enhance productivity and reduce development time and costs. These include heat-traced tubing bundles for electric and compressed air applications, non-welded hoses and piping for various gases and liquids, as well as PTFE and thermoplastic hose and tube fittings.

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