Manufacturers and Industrial companies alike frequently rely on proprietary machines to achieve their business goals. These machines are often custom designed to meet a specific need or function that only these companies can provide. As with all machinery, the machines also rely on gaskets and specific molded rubber parts to ensure their smooth functionality, and due to their unique construction, will require custom designed gaskets and molded rubber parts that can’t be bought as standard pieces. Here are some reasons why custom gaskets and custom molded rubber parts are critical for manufacturers and industrial companies.

Unique Manufacturing and Industrial needs

As mentioned above, many of the machines and systems used in manufacturing and industrial production require very specific and custom design gaskets and molded rubber parts to meet a specific need. These gaskets serve a specific purpose, and a single failure could result in loss of product and their financial bottom line. Custom gaskets and molded rubber parts allow proprietary machines to run as efficiently as possible due to their unique engineering.

Reduction in Downtime and Maintenance

Utilizing custom gaskets and molded rubber parts for manufacturing and industrial machinery can reduce overall downtime and maintenance. When these parts are specifically designed to meet the needs of the system, they will run more efficiently and require less overall maintenance than if they used gaskets that were less than ideal for the system. These gaskets and molded rubber parts are often precisely engineered to provide the most efficient function from the system they’re used in.

Regulatory Compliance

Some industries, like those that must meet FDA regulations, require custom gaskets and molded rubber parts made from specific approved materials. These materials may not always be available from standard gasket producers, so a custom solution can be provided. These types of gaskets help manufacturers and industrial producers meet the required material regulations and keep the systems running smoothly.

In short, custom gaskets and molded rubber parts are critical for manufacturers and industrial companies to ensure their systems continue to function efficiently, reduce overall downtime and maintenance, meet the unique manufacturing and industrial machinery needs, as well as keep within regulatory compliance. Expert Gasket and Seal can help you with your custom gaskets and molded rubber parts in all of the areas mentioned above.

To learn more about our custom gasket and molded rubber parts solutions, contact Expert Gasket & Seal today at (800) 956-8766

In the world of industrial manufacturing, precision and efficiency are paramount. This is especially true for gaskets and seals, which are critical for operating the machinery and production processes that maintain high throughput and minimize production downtime. Traditionally, replicating gaskets and rubber parts could be a time-consuming and labor-intensive process. However, with the advent of optical scanning technology, the game has changed.

At Expert Gasket & Seal, we are proud to utilize optical scanning technology. Find out why we love this technology so much below.

The Power of Optical Scanning Technology:

Optical scanning technology, also known as 3D scanning, has gained significant traction in recent years due to its ability to capture highly accurate 3D representations of physical objects. This technology utilizes lasers to create a detailed digital model of the object being scanned.

Benefits of Optical Scanning for Gasket Replication:

• Precision: Optical scanning technology offers incredible precision. It captures even the tiniest details of gaskets and rubber parts, ensuring that the replicated parts are an exact match.
• Time Efficiency: Traditional methods of gasket replication often involve manual measurements and tedious trial-and-error processes. Optical scanning drastically reduces the time required to create an accurate replica.
• Replicate Parts That Have No Tooling, Drawings, or Files: Manufacturers no longer need to fret about replacing gaskets and parts that are missing CAD or other design files. Optical scanning measures the size without needing computer files, making the entire process easier.
• Cost Savings: By minimizing errors and reducing the need for multiple iterations, optical scanning can lead to significant cost savings in the replication process.

How the Optical Scanning Process Works to Produce Replica Gaskets and Rubber Parts

Scan: First, we take the gasket or rubber part that needs to be replicated and scan it. The original part is placed in the scanning area. The optical scanner emits lasers, creating a detailed 3D model of the object’s surface.

Prototyping: The digital model is saved as a CAD file, which can then be used by our prototyping machinery such as our flashcut system to create a prototype part.

Replication: Once the prototype is evaluated, larger production runs can begin, which allows for mass replication of critical components.

Choose a Gasket Supplier that Uses the Latest Technology

Optical scanning technology has ushered in a new era of precision and efficiency in the replication of gaskets and rubber parts. At Expert Gasket & Seal, we embrace these advancements to provide our customers with the highest-quality gasket solutions.

If you’re looking to replicate gaskets or rubber parts with unbeatable accuracy and speed, consider the power of optical scanning technology. Contact us today to learn more about how we can meet your gasket replication needs and take your industrial processes to the next level.

Boilers play a crucial role in many industries, providing the necessary heat and steam for various processes. Within these high-pressure boiler systems, gaskets are vital components that ensure proper sealing and prevent leaks

The Role of Gaskets in Boiler Systems

It goes without saying that the seals that prevent the immense pressure and heat in a boiler system from escaping are outright critical not only to the function of the system, but to everyone’s safety as well.

Gaskets in boiler systems serve a critical function by creating a secure seal between different components, such as boiler sections, flanges, and manhole covers. The primary role of these gaskets is to prevent the leakage of steam, gases, or fluids, which could compromise the efficiency and safety of the system. By providing a reliable seal, gaskets help maintain the desired pressure, temperature, and flow within the boiler system, ensuring optimal performance. In a boiler system, gaskets need to be designed to withstand the extreme conditions and stresses they are constantly exposed to without corroding or leaking. As a result, it’s critical to have high quality gaskets that use the appropriate materials.

Types of gaskets used in boiler systems

Various types of gaskets are used in boiler systems, each designed to withstand the specific conditions and requirements of the system. Here are some commonly used gasket types for boiler systems:

• EPDM and SBR coated Fiberglass MH and HH gaskets: These gaskets utilize SBR or EPDM material alongside Fiberglass to provide durability that can also maintain an excellent seal with strong resistance to corrosion.
• Spiral Wound metallic gaskets: Flexible metal gaskets, also known as spiral wound gaskets are made by winding metal and filler materials together. They provide an effective seal against high temperatures and pressure fluctuations, making them suitable for boiler systems operating under demanding conditions.
• Non-asbestos fiber gaskets: Asbestos-free gaskets are a safer alternative to traditional asbestos-based gaskets. These gaskets are made from synthetic fibers and elastomers, offering excellent resistance to heat, chemicals, and compression. They are commonly used in boiler systems that require a non-toxic sealing solution.

Expert Gasket: Your reliable source for replacement gaskets

It’s essential to rely on a trusted supplier like Expert Gasket & Seal when replacing boiler gaskets. We provide high-quality replacement gaskets tailored to specific boiler system requirements, which we draw on our extensive knowledge and experience in gasket manufacturing to deliver quickly and effectively. Expert Gasket & Seal offers a wide range of options to meet the many different needs of manufacturers, including custom-fabricated and designed gaskets of all batch sizes. 

To learn more about gasket solutions, contact Expert Gasket & Seal today at (800) 956-8766

There are a variety of materials that can be used to make gaskets. When preventing leaks is the objective, it’s very important for these materials to be reliable and long-lasting. But before determining the right material for your project, you must first consider how your gasket will be used. Here are some things to think about before deciding what material to use:

• What application will the gasket be used in?
• What temperature range will the gasket be used in?
• Are there any potential chemicals that may come in contact with the gasket?
• What type of system pressure will the gasket need to endure?

Once you have determined the use for your gasket, the next step is figuring out the type of material that will best serve this purpose.

There are many types of materials we use at Expert Gasket & Seal to make gaskets. Here are a few popular materials to consider for your next project.

Rubber Gasket Materials

• Silicone rubber is a versatile material that is effective in high and low-temperature environments. A silicone rubber gasket will prevent oxygen from penetrating as well as resist a lot of potential problems, like ozone, UV rays and inclement weather.
• Viton rubber has an exceptionally broad range of chemical resistance making Viton a perfect option for most applications involving oils, fuels, acids, this material boast excellent resistance to oxidation, ozone, and UV exposure.
• Propylene Diene Monomer (EPDM) rubber is used in hot water and steam conditions. EPDM rubber is also used with glycol-based brake fluids and is known for great resistance to ozone, aging and a range of weather conditions.

For compressed gasket materials, here are a couple of frequently used materials in this gasket category.

Durlon Gaskets

• Durlon^® 8500 is a green colored NBR binder/Aramid-Inorganic fiber compressed sheet. This would be a great choice for steam, natural gas and a number of petroleum-based fluids. It will perform in temperatures as low as -100 degrees Fahrenheit and as high as 700 degrees Fahrenheit. The continuous max temperature is 548 degrees Fahrenheit.
• Durlon^® 8400 is a gold colored NBR binder/Phenolic fiber sheet. This type of material is a popular choice when a wide pH range is needed. It’s an excellent choice in chemical, pulp and paper and other industrial applications. This material will perform in temperatures as low as -100 degrees Fahrenheit and as high as 800 degrees Fahrenheit. The continuous max temperature is 554 degrees Fahrenheit.
• Durlon 9000 is extensively used in chemical, pulp and paper, food and beverage, and the railroad tanker industry.

There are many considerations to make when determining which material to use to make a gasket. Once you settle on the type of material you need, Expert Gasket & Seal’s sealing professionals will provide you with the precise gasket you need from our state-of-the-art facility using a traditional die-cutting process or a computer-controlled, die-less, Flashcut process.

To learn more about gasket materials, contact Expert Gasket & Seal today at (330) 468-0066.

The Food and Drug Administration (FDA) regulates products that come into contact with food during processing, packaging and manufacturing. This is important to prevent toxic chemicals or potentially harmful allergens from contaminating food supplies. Since this is such an important component of food processing, there is a clear need for gaskets used in these types of processing plants to maintain compliance with FDA standards.

For the most part, FDA-compliant gaskets come in either rubber or plastic PTFE varieties.

Materials that are FDA Compliant for Gaskets

Types of PTFE FDA Food-Grade Gaskets

• Durlon^® 9000 Filled PTFE – Durlon^® 9000 is used for process piping, chemical, pulp, food and beverage, and pharmaceutical applications where resistance to highly aggressive chemicals is required.
• Durlon^® 9200/9200W Filled PTFE – Durlon^® 9200 gaskets are designed for use in aggressive chemicals and heavy acids, but also acceptable in pharmaceutical FDA applications.
• Durlon^® 9600 Expanded PTFE – Durlon^® 9600 is made with only pure PTFE resins and is used in process piping and equipment, chemical, pull and paper, and food and beverage applications.
• Virgin PTFE Sheet — FDA-approved and chemically inert.

Types of Rubber FDA Food-Grade Compliant Gaskets

• Silicone – Silicone is often used in food processing where high heat is involved due to its ability to withstand a wide range of heat without deforming or degrading.
• Nitrile – Nitrile gaskets are resistant to oil and are often used when oily foods are involved.
• Neoprene – Neoprene rubber is a high-performance material that offers high wear-resistance, especially when placed under tensile stress.
• EPDM – EPDM rubber is particularly useful in situations that involve exposure to outdoors or when a rugged gasket is needed.

Contact Us Today for More Information on FDA Gaskets!

If you’re looking for gaskets for food-based applications, contact us today. We provide quick turnaround, prototyping, and custom gasket design to fit the many needs of manufacturers.