The Parker O Rings Division strives to produce superior products and innovative solutions. With a wide range of options, Parker is sure to meet any need. Its extensive product line includes many different types of O-Rings, from high-strength seals to o-rings for oil and water pumps. Below, we will discuss different types of materials and their benefits. These materials will help you determine the right one for your application.
Nitrile
The vast majority of Parker O Rings are made from nitrile compounds. However, they are not suitable for every application. While they are resistant to heat, oxygenated solvents, water, mild acids, and other chemicals, they are not appropriate for gasoline or other hydrocarbon environments. In these cases, many engineers recommend choosing a different compound. In some cases, a nitrile o-ring may be sufficient.
Nitrile is a synthetic rubber that exhibits good resistance to a wide range of chemicals and lubricants. It has a high elongation at break and is resistant to a wide variety of heat sources. While this material is often used in automotive applications, it is also suitable for use in aerospace and medical equipment. Nitrile o-rings are available in different durometers, so they can be selected according to your particular needs.
Polyurethane O-Rings are also available from Parker Seals. These elastomers are widely used in hydraulic systems. These materials are created by reacting polyol and diisocyanate. These materials are highly resistant to heat, chemicals, and oil. They are also readily available in standard sizes. If you need a more flexible O-ring, try Resilon polyurethane.
When looking for a material for a water-based application, you might want to consider nitrile-based materials. These are commonly known as Buna-N and NBR. Their excellent sealing properties make them ideal for many applications. You can also choose a Nitrile O-Ring with a high visibility feature that makes it easy to identify. These O-Rings have a neon green hue that is easily distinguished from other materials.
EPDM
Most Parker O-Rings are EPDM, which stands for ethylene propylene rubber. The compound is chemically resistant and is compatible with a variety of solvents and chemicals. EPDM o-rings are available in a wide range of sizes and are also available in different durometers. These o-rings are used in numerous applications that require excellent seal performance and high resistance.
EPDM o-rings have excellent resistance to ozone, sunlight, and weathering. This polymer also has good chemical and electrical insulating properties. They are black in color and are resistant to both high and low temperatures. EPDM o-rings are a versatile solution for many different applications.
O-rings are circular components with a round cross-section. They are extremely durable and maintain their shape even when they are put under tremendous pressure. As a result, they prevent fluids from escaping. O-rings are available in a wide range of materials depending on the application. Some of these materials are Nitrile, EPDM Rubber, and Fluorocarbon. O-rings are available in many sizes and are made according to international standards.
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Neoprene
If you’re in need of O-rings in a hurry, you should check out the huge inventory of Parker O-Rings at Sealing Devices. They carry thousands of products in a wide variety of sizes, materials, and their applications engineers can help you decide which one is best for your application. Sealing Devices is an Authorized Distributor of Parker O-Rings. Parker is a world-class manufacturer known for its quality and tight tolerances. Neoprene can stand up to high temperatures, aggressive chemistries, and even high pressures.
Neoprene O-Rings are made of a high-performance, general-purpose elastomer. They feature a low compression set, and high resilience, and are resistant to abrasion and flex cracking. Neoprene-type o-rings are also known as Viton, and they combine high-temperature resistance and neoprene’s abrasion and chemical resistance. This makes them a popular choice for industries like aerospace, automotive, and medical equipment. These elastomers can handle temperatures as low as -65°F, and some even withstand temperatures up to 450°F.
Neoprene o-rings are a popular material for industrial applications. They are resistant to weather, petroleum oils, and a number of chemicals. It is inexpensive and can last for 15 years, depending on its use. They also make an excellent choice for OEMs and other businesses. They can also be made to order for specific sizes and configurations. So if you’re in need of Neoprene o-rings, contact Ace Seal today!
O-rings are essential for sealing products, and this type of material can perform in harsh environments. It is resistant to chemicals and is compatible with a wide variety of metals. Its low-permeability property and low absorption properties make Neoprene o-rings an excellent choice for sealing applications, especially those that need to function well in both high and low-temperature environments. The Parker o-ring Handbook recommends Neoprene O-Rings for many industrial applications.
Viton
Parker O-Rings Viton is highly resistant to a wide range of chemicals and extreme temperatures and are a popular choice for automotive applications. These compounds are also resistant to abrasion and weathering. They are used in oil and gas pipelines and in the aerospace industry. This article will introduce you to the different types of Viton o-rings. Here are some of the benefits of each type of Viton o-ring.
Viton seals have excellent chemical resistance, making them ideal for pest control, disinfection, lawn care sprayers, and hydrocarbons. They are UV and sun-resistant and can withstand temperature extremes of up to 125 °F. Viton O-rings can withstand a wide range of temperatures, making them a good choice for outdoor applications. However, it is important to note that Viton O-Rings are more expensive than their Buna counterparts.
Nitrile O-Rings are available from many leading manufacturers, including Parker Seals. These polymers have good chemical and thermal resistance and are suitable for use in sealed systems. However, their flexibility can be compromised in high-temperature environments and prolonged exposure to UV light. Both Viton and Nitrile O-Rings can be used in hydraulic applications. You can choose one of them depending on the needs of your application.
A critical medical seal must be made of cleaner ingredients. In North America, Germany, and the United Kingdom, Parker’s O-Ring Division has developed several materials that meet these requirements. In addition, they are approved for use in medical instruments, surgical instruments, and food handling equipment. And they are available in a variety of FDA-approved materials. They are a great choice when it comes to ensuring your safety and the performance of your equipment.
Fluorocarbon
When it comes to critical medical seals, it is important to find materials that are free from substances that can be harmful to the patient. For example, the U.S. Pharmacopeia Class VI standard outlines requirements for system toxicity and intracutaneous toxicity. Furthermore, materials must meet stricter requirements for leachates. Fortunately, a wide variety of Parker materials meet the requirements.
Many applications call for O-rings made from Fluorocarbon, or FKM. Fluorocarbon has a variety of properties that make it a good choice for high-temperature applications, including oil and gas pipelines. Fluorocarbon O-Rings can withstand temperatures as high as 450°F. Depending on the application, fluorocarbon O-rings can be resistant to a variety of different chemicals.
It is highly desirable for its high strength, tear resistance, and permeation resistance. This material is ideal for applications that require high-temperature, high-pressure, and high-temperature resistance.
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