The quest for robust and long-lasting materials is ceaseless in the industrial landscape. Among these, industrial rubber stands out for its versatility and widespread use. However, just like any other material, it too has an Achilles’ heel–– that is, its durability under harsh conditions.

To make sure it stays strong and capable of withstanding the elements, manufacturers must make sure to modify their production process. Prepare to step into the fascinating world of material science and uncover how subtle changes in the manufacturing process can dramatically increase the durability of this ubiquitous material.

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The field of Heating, Ventilation, and Air Conditioning (HVAC) is always changing and moving quickly. Rubber insulation is a secret weapon you might have yet to hear about in this industry. This simple material is vital for making HVAC systems work well. It has special qualities that help save energy, make systems last longer, and keep everything running smoothly.

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Rubber is a versatile material that has found its way into various industries. However, one size does not fit all when it comes to rubber. Just as each business has unique demands and requirements, the type and quality of rubber used can significantly impact production and end product. Therefore, understanding the distinctions between natural and synthetic rubber is essential.

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Grommets are an often under-appreciated mechanical component. While you can find grommets in a wide range of applications across nearly every engineering discipline, the average person is unlikely to spend much time thinking about them. Despite their relative obscurity, these simple rubber components can be essential to the reliability of many machines, vehicles, and systems.

If your project requires grommets to protect wiring, seal exposed surfaces against moisture, or protect a cut edge from rubbing, choosing the wrong grommet can have serious implications. Your grommets must hold up to their intended application while remaining durable over your product’s expected lifespan. This guide will discuss three factors to help you choose the correct grommets for your needs.

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Die cutting is a manufacturing technique used to make a wide range of rubber parts. From gaskets and seals to bumper pads and barriers, die-cut parts can be produced in a highly efficient and cost-effective manner.

During die cutting, a substrate can be shaped, scored, or perforated into designs that fit customer preferences. This process is particularly useful when producing parts made from rubber. Discover five benefits of purchasing die-cut parts for your business applications.

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Rubber hoses are essential components of most industrial operations. These components are frequently used to transfer liquids, gases, and chemicals from one point to another, connecting pumps, valves, and other such equipment in a fluid system.

Additionally, rubber hoses come in various types with different properties that make them suitable for certain applications. This blog explains rubber hoses, their uses, and their benefits. Read More about Understanding Rubber Hoses »

A rubber gasket is a piece with a customized circular shape that can fit and fill any gap between two objects. Gaskets are the perfect way to seal spaces between two hard surfaces that can’t completely fuse together. Here is what you need to know about rubber gaskets.

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Vinyl caps, also known as vinyl end caps or plastic end caps, are small, flexible plastic caps used to protect and cover the ends of a wide range of products. You can use these caps on various surfaces, including pipes and tubes, furniture legs, and wires. They are available in multiple sizes and shapes and can be used indoors and outdoors.

Find out how vinyl caps are used and why they are so popular in industrial and commercial settings.

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Many different types of machinery depend on O-rings. Without them, your equipment may not work well and, in some cases, be unsafe. If you are an engineer, you will likely need to incorporate an O-ring in almost any mechanical design. Here is more information about O-rings, how they work, and what equipment needs them.

What Are O-Rings?

O-rings are essentially a specialized type of seal or gasket. They provide a seal between two parts to prevent air and fluid leaks. Like most gaskets, they fill in imperfections between the two parts. O-rings work very well with high-pressure applications and tend to be durable.

You can find O-rings made with a variety of materials and thicknesses. Rubber and soft plastics are some of the most commonly used materials, which means that most O-rings are soft and flexible. However, you can also find them made out of harder plastics.

There are two main different types of O-rings. The first is a static O-ring, which you would use between two parts that don’t move. For example, you would use a static O-ring to seal an oil or fluid drain plug. Static O-rings are widely used and very common.

A less common O-ring type is the dynamic O-ring. This O-ring needs to withstand movement and pressure changes, so they are made of more durable materials that are resistant to friction.

Where Are O-Rings Used?

Everything from industrial equipment to household appliances has O-rings. You might find O-rings in:

• Automotive applications such as your oil pan’s drain plugs or brake equipment
• Scuba gear as a seal to prevent air leaks
• Electronic products to keep dust out of components
• Industrial equipment to keep air and fluid contained and at the right pressure
• Medical equipment to keep out leaks in filters and connectors
• Aerospace applications as an important component for several different parts

How Do O-Rings Work?

O-rings are most commonly placed inside a machined groove on one of the two surfaces to be joined. The O-ring creates a typical seal when you put the parts together. The material is soft and pliable and molds itself into position. In most applications, this simple seal is sufficient.

However, O-rings work a bit differently at higher pressures. When you use an O-ring at higher pressure, the O-ring will distort and push itself onto the lower-pressure side of the groove. In some cases, this can cause a better seal.

Once the pressure resides, the seal goes back to its original shape. However, continuous high pressure can damage the seal, so be sure you choose the correct O-ring material.

What Are Signs of O-Ring Failure?

The main sign of O-ring failure is pressure loss or leaks. A good example is with a car’s oil pan drain plug seal. When the O-ring begins to fail, you will see drops of oil on your garage floor. You would see the same type of leak in other equipment under the same circumstances.

If you use the wrong size and type of O-ring, you will have a higher chance of problems. Not only do you need to know the diameter of the O-ring you need, but you also need to know the design, thickness, and type of material. If you choose an O-ring that is too thin or the wrong design, it will not last long and may be ineffective from the start.

Though they are small and seem insignificant, O-rings are important parts for many different pieces of equipment. And though O-rings are generally durable, they can wear out. Sometimes, you may need a new one after you repair a piece of equipment. If you need a new set of O-rings, contact Accurate Products Inc. We make several different O-ring sizes and thicknesses for a variety of needs. Check out our size charts and call us to see how we can be your supplier.