Accurate specifications help commercial fleets avoid repeat leaks, unsuitable material substitutions and delays caused by incomplete gasket enquiries.

What are custom marine gaskets?

Custom marine gaskets are sealing components cut or manufactured to suit a vessel application where standard dimensions or materials may not fit. They may be considered for fuel, cooling, water, exhaust or ancillary systems, but the word “marine” does not define the correct compound. The operating conditions and equipment specification do.

Gasket selection must account for the contained medium, temperature range, internal pressure, flange material, surface condition, bolt loading and required dimensions. A material that performs well in one vessel system may deteriorate rapidly in another.

Marine Gasket Materials for Fuel, Cooling and Water Systems

The following materials have different strengths and limits. These are screening considerations, not final specifications:

• Viton: often considered where resistance to fuels, oils, chemicals and elevated temperatures is required.
• Expanded PTFE: offers broad chemical resistance and conformability for suitable flange conditions.
• Nitrile: commonly assessed for oil and fuel resistance, subject to grade and service temperature.
• Neoprene: may suit weathering, water and selected oil exposures, depending on the compound.
• Silicone: provides flexibility across a broad temperature range but requires careful review for mechanical and fluid compatibility.

Gasketech lists these options within its industrial gasket materials, alongside graphite, CNAF and other sealing products. Its custom gasket manufacturing capability serves local and imported machinery across multiple industries.

Commercial Fleet Gasket Specification Checklist

Start with the equipment manufacturer’s data and the original gasket specification where available. Supply a drawing, sample or verified dimensions, then document the fluid concentration, normal and maximum temperature, normal and maximum pressure, flange type and any history of leakage or material degradation.

Do not request “the strongest rubber”. Hardness, compressibility and recovery must suit the joint. An excessively hard or thick gasket can perform poorly where available bolt load and flange stiffness cannot create an effective seal.

Marine Gaskets and Australian Vessel Requirements

No. A gasket is one component within a larger machinery or fluid system. The AMSA commercial-vessel machinery standard covers vessel machinery, fuel, fluid and ancillary systems, but selecting a material from a supplier does not by itself certify the vessel or installation.

Compliance responsibilities, survey requirements and approval of substitutions should be confirmed with the vessel designer, equipment manufacturer, surveyor or other competent adviser. Avoid claims that a gasket will eliminate leakage, prevent pollution or guarantee regulatory acceptance.

Requesting a Custom Marine Gasket Quote

Provide the quantity, dimensions, drawing or sample, material currently fitted, service medium, operating limits and delivery deadline. If traceability or certification is required, state it in the enquiry so availability can be confirmed rather than assumed.

Where the original gasket failed, retain it and photograph the joint before cleaning. Uneven compression, blow-out direction, chemical attack or local overheating can provide useful evidence. Also report flange damage, bolt changes and repeated retightening. A newly cut gasket will not correct distorted flanges, insufficient bolt load or a joint operating beyond its design limits. Those conditions require separate engineering or maintenance attention before the vessel returns to service.

Need a gasket manufactured for a commercial-vessel application? Contact Gasketech with the technical details for a practical material and manufacturing discussion. A complete brief reduces incorrect substitutions, speeds quotation and helps confirm whether the requested gasket can be produced for the intended service.

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Understanding Industrial Food Processing Standards

Sanitary environments demand sealing materials that resist bacterial growth and withstand rigorous wash-down cycles. These components must retain their physical properties when exposed to high-pressure steam and aggressive sanitising agents. Consistency in material performance prevents premature seal failure and costly unscheduled downtime in the production line.

Food-grade requirements often dictate the use of FDA-compliant gaskets to meet international safety benchmarks. Refined food-grade gasket selection involves verifying that the compound does not leach harmful substances into the product stream.

Essential Criteria for Material Compatibility

Choosing the right sealing material involves more than just checking for regulatory approvals. Precise mechanical properties are required to handle the thermal and chemical stresses found in modern manufacturing facilities.

Consider these common food-grade materials:

• Silicone Seals: This material offers excellent thermal stability and flexibility across a wide temperature range, making it ideal for baking and freezing applications.
• EPDM Compounds: High resistance to animal fats and vegetable oils makes this elastomer a preferred choice for dairy and beverage processing environments.
• Nitrile (NBR): These seals provide superior resistance to abrasion and oily substances, ensuring a long service life in heavy-duty mechanical equipment.
• PTFE Gaskets: Chemically inert properties allow this material to perform reliably when exposed to highly acidic or alkaline cleaning solutions without degrading.
• Viton (FKM): Specialist high-temperature applications benefit from the exceptional chemical resistance and durability of this premium fluoroelastomer.

Technical Performance in Food Grade Gasket Selection

Process temperatures and internal pressures significantly influence the longevity of a mechanical seal. Standard food-grade elastomers must maintain a tight seal without undergoing permanent deformation under constant compression.

Chemical interactions between the food product and the sealing interface can lead to swelling or embrittlement if the wrong material is used. At Gasketech, we prioritise material compatibility to ensure our designs handle diverse ingredients like citrus juices or fatty oils without risking particulate shedding.

Refined engineering practices involve matching the gasket profile to the specific hygienic coupling used in the piping system. Modern manufacturing techniques ensure these seals provide a flush fit to eliminate dead spaces where bio-films could potentially develop.

Securing Operational Excellence

Investing in high-quality sealing solutions protects the reputation of a production facility and ensures long-term operational efficiency. Dedicated food-grade gasket selection remains a fundamental step in achieving a sustainable and compliant manufacturing process.

Gasketech provides a comprehensive range of sealing products designed to meet the rigorous demands of the Australian food and beverage sector. The inventory includes various certified elastomers tailored for specific thermal and chemical requirements.

Contact us to source reliable sealing components for your facility.

Related Blog Article: Food-Grade Silicone Gaskets: Surviving Extreme Temperatures in Food Processing

The post Selecting Food-Grade Gaskets for Material Compatibility first appeared on Gasketech/Tucks Industrial Packings & Seals Pty Ltd.

Refer to the definition of Compressed Fibre Gasket here: Compressed Synthetic Fibre Gasket

Top Applications of Compressed Fibre Gaskets Across Industries

The industrial transition in Melbourne has evolved from traditional product-based manufacturing to more sophisticated, experience-driven solutions, necessitating advanced sealing technologies. Compressed fibre gaskets and similar high-integrity sealing products have become indispensable in several key areas, including:

• Oil and gas sector: Critical in preventing leakage and ensuring safety within pipelines, valves, and pressure vessels.
• Water treatment and utilities: Trusted for maintaining the integrity of water distribution systems and preventing contamination.
• Food processing and pharmaceuticals: Ensuring compliance with hygiene standards and protecting sensitive production processes from unwanted ingress or egress.
• Power generation and heavy machinery: Essential for maintaining operational reliability in turbines, pumps, and heat exchangers.
• Automotive and transport manufacturing: Providing durable sealing in engines, transmissions, and exhaust systems where performance and longevity are paramount.

These applications illustrate the versatility and reliability of advanced fibre-based gaskets, often referred to as reinforced fibre seals or industrial sheet gaskets, depending on the context.

Why Local Manufacturers Rely on These Solutions

Melbourne’s top manufacturers demand quality, compliance, and reliability in every component. Here’s why they choose locally produced fibre sheet gaskets from Gasketech:

• Australian-Made Quality: Our compressed fibre gaskets are manufactured using traceable materials, ensuring every product meets stringent Australian and international standards for quality, safety, and performance.
• Consistent Supply: Count on reliable delivery and dedicated technical support from our Melbourne-based team. We keep your operations moving with fast turnaround and expert local assistance.
• Custom Solutions: Whether you need standard workshop gasket packs or precision custom-cut gaskets, we provide sealing solutions tailored to your exact industry requirements and unique project specifications.

We ensure that every gasket meets the strict performance and safety standards critical for Melbourne’s diverse industries.

Selecting the Best Sealing Material for Your Needs

We understand that selecting the right compressed fibre gasket is essential for maximising equipment reliability and minimising maintenance costs. The right gasket reduces unplanned downtime and keeps your operations running efficiently.

Here’s what to consider:

• Material Composition: Choose the right blend for chemical and temperature resistance.
• Thickness & Dimensions: Custom or standard sizing based on your application.
• Compliance & Performance: Ensure the product meets your industry’s regulations.

Gasketech—Melbourne’s Trusted Partner in Sealing Technology

Gasketech is Melbourne’s leading supplier of compressed fibre gaskets, sealing washers, extrusions, and mouldings. Our workshop material packs and custom solutions are engineered for every industrial requirement, delivering both cost-effectiveness and top-tier performance.

Ready to enhance your operations with trusted sealing solutions?

Contact us today to discuss your needs or request a quote.

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Designed for Heat: Food-Grade Silicone Gaskets in High-Temperature Processing

High-temperature food processing demands materials that can endure extreme conditions without compromising performance. Designed for such challenges, silicone gaskets retain their integrity and provide reliable sealing under prolonged heat exposure. Their exceptional design ensures consistent performance in high-temperature applications:

• Thermal Stability: Silicone gaskets are designed to endure continuous exposure to temperatures exceeding 200°C. Their ability to maintain shape and functionality under intense heat makes them ideal for industrial food processing.
• Durable Sealing: These gaskets form secure, leak-proof seals even in prolonged high-temperature applications. This reliability ensures that food products remain uncontaminated and equipment operates without interruption.
• Safe for Food Applications: Crafted from FDA-compliant, non-toxic materials, silicone gaskets meet stringent food safety standards. They help maintain the purity of food products, even in high-temperature processes.
• Versatility in Equipment Compatibility: Silicone gaskets are suitable for ovens, steam systems, and other heat-intensive food processing machines. Their adaptability ensures they can be customised for various industrial applications.
• Resistance to Thermal Shock: These gaskets can handle sudden temperature fluctuations without cracking or degrading. This capability minimises downtime and reduces the risk of equipment failure during operations.
• Enhancement of Equipment Lifespan:The operating life of machinery is increased by silicone gaskets, which consistently defend against heat-induced wear. Their longevity lowers replacement frequency and maintenance expenses.
• Easy Maintenance: Silicone gaskets resist food residue build-up and are easy to clean after high-temperature exposure. This simplifies equipment maintenance and reduces operational delays.

Cold-Resistant Sealing: How Food-Grade Silicone Gaskets Excel in Freezing Conditions

Engineered to withstand the demands of extreme cold, food-grade silicone gaskets preserve their flexibility and sealing integrity even in freezing environments. Their exceptional performance in sub-zero conditions ensures airtight seals are maintained, critical for the efficiency of refrigeration and cold storage systems. Such durability under harsh temperatures makes these gaskets a preferred solution for industries requiring reliable, long-term sealing in cold storage applications.

These gaskets exhibit a range of exceptional attributes, such as:

• Elasticity in Cold: Retains pliability and sealing efficiency even in the harshest freezing temperatures, ensuring reliable performance.
• Seamless Airtight Sealing: Effectively prevents air leakage, preserving the quality and safety of stored products by maintaining a tight seal.
• Resistance to Frost Build-Up: Withstands prolonged exposure to frost, maintaining structural integrity without cracking or degradation.
• Hygienic Material: The non-porous nature of silicone resists bacterial growth, making it ideal for strict hygiene standards in food storage.
• Energy Efficiency: Enhances insulation within freezing systems, supporting energy savings while maintaining optimal storage conditions.
• Versatile Applications: Adaptable to various refrigeration and freezing equipment designs, ensuring compatibility across a wide range of setups.
• Longevity in Cold Settings: Delivers consistent performance over extended use, reducing the need for frequent replacements and minimising system downtime.

Gasketech manufactures and supplies high-quality gaskets, sealing washers, extrusions, and mouldings for various industries. Our expertise ensures reliable machinery solutions for sealing challenges, tailored to both imported and locally operating custom services. Maximise your equipment's lifespan and reliability by choosing our top-tier gaskets, crafted for superior performance.

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Common Gasket Types in the Food and Beverage Industry

Gaskets play a critical role in ensuring sanitary and safe operations in the Australian food and beverage industry. Common types of gaskets used in this industry include:

• Silicone Gaskets: Known for their excellent temperature resistance and flexibility, silicone gaskets are widely used in food processing due to their ability to maintain a tight seal and their non-reactivity with food products.
• EPDM (Ethylene Propylene Diene Monomer) Gaskets: These gaskets are popular due to their resistance to heat, ozone, and a wide range of chemicals. They are ideal for applications involving hot water and steam, which are common in food and beverage processing.
• PTFE (Polytetrafluoroethylene) Gaskets: PTFE, commonly known as Teflon, is highly resistant to chemicals and can withstand extreme temperatures. It is non-reactive and has a very low friction coefficient, making it suitable for applications where cleanliness and non-contamination are critical.
• Nitrile (Buna-N) Gaskets: Nitrile gaskets are known for their excellent resistance to oils and fats, making them suitable for applications involving dairy products and oily food substances. They also provide good resistance to abrasion and tearing.
• Viton (Fluorocarbon) Gaskets: Viton gaskets are used in applications that require high resistance to aggressive chemicals, high temperatures, and oils. They are particularly useful in sealing systems where food products may come into contact with harsh cleaning agents.
• Neoprene Gaskets: Neoprene is resistant to oils, heat, and weathering, making it suitable for certain food processing applications. It provides good overall performance in terms of flexibility, durability, and chemical resistance.
• Compressed Non-Asbestos fibre (CNAF) Gaskets: These gaskets are made from synthetic fibres bonded with elastomers, offering good resistance to a range of chemicals and temperatures. They are often used in applications where asbestos gaskets were previously employed, providing a safer alternative.
• Metal-Detectable Gaskets: These gaskets are designed with embedded metal particles that can be detected by metal detectors used in food processing lines, helping to prevent contamination by gasket material.

Why Choose Gasketech as Your Gasket Supplier?

Choosing the right gasket supplier is crucial for the success of your food and beverage operations. At Gasketech, we offer a comprehensive range of products and services designed to meet the specific needs of the Australian food and beverage industry. With our commitment to quality, safety, and customer satisfaction, we are the ideal choice for your gasket and sealing requirements.

Contact Gasketech today to discuss your specific requirements and discover how our gasket solutions can help you achieve optimal production efficiency and maintain the highest hygiene standards.

The post Gasket Supplier: Choose Gasketech for the Australian Food & Beverage Industry first appeared on Gasketech/Tucks Industrial Packings & Seals Pty Ltd.

Gaskets help create a tight seal between two or more surfaces, preventing the leakage of fluids or gases. They also ensure the efficient and safe operation of machinery. While many materials can be used to fabricate gaskets, those intended for the food and pharmaceutical industries must be made from graphite/stainless steel due to the following reasons.

High Degree of Purity

Graphite/stainless steel gaskets exhibit a high degree of purity. Gaskets made from graphite and stainless steel do not introduce impurities or contaminants into the systems they are sealing, which makes them suitable for food processing, pharmaceuticals, and biotech manufacturing.

Ensured Cleanliness

The smooth and non-porous surface of graphite/stainless steel materials contributes to the cleanliness of the gaskets. They lack surface irregularities or microscopic pores, which helps minimise the likelihood of trapping particles or fostering bacterial growth. This quality makes these gaskets an effective sealing solution without compromising cleanliness standards.

Chemical Resistance

Graphite/stainless steel gaskets are known for their excellent resistance to a wide range of chemicals. The inherent chemical inertness of graphite and stainless steel allows these gaskets to withstand exposure to corrosive substances, acids, and bases.

Steam Resistance

Aside from being resistant to chemicals, graphite/stainless steel gaskets also exhibit impressive resistance to steam, making them compatible with applications that involve high-temperature and high-pressure steam conditions. The robust nature of these materials allows them to maintain their structural integrity and sealing properties even when exposed to steam.

High-Temperature Stability

Food, pharmaceutical, and biotech manufacturing industries often carry out their operations at high temperatures. Graphite and stainless steel, fortunately, have a high melting point and excellent thermal stability. This property allows gaskets made from the said materials to maintain their integrity and sealing effectiveness at elevated temperatures.

Conformability and Sealing Efficiency

Graphite and stainless steel have the ability to conform to irregular surfaces, enhancing the sealing efficiency of gaskets made from these materials. Even under varying pressures and temperature fluctuations, these gaskets can maintain a tight seal, preventing leaks and ensuring the integrity of the equipment and tools.

Anti-Stick Characteristics

Graphite and stainless steel gaskets have anti-stick characteristics that make their installation and removal smoother. This property reduces the risk of damage during maintenance or replacement of parts and components.

All properties of graphite/stainless steel gaskets make them a preferred choice in industries where maintaining a sterile environment, chemical resistance, and reliable sealing performance are significant. Whether used in pharmaceutical manufacturing, food processing, or high-temperature applications, graphite/stainless steel gaskets from Gasketech offer a combination of properties that contribute to their effectiveness and versatility across various settings.

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If your business is part of one of these industries, you already know how relevant gaskets are to your main application. Without using quality gaskets, your parts and components may fail or get contaminated due to leaks. Safety and environmental hazards may likewise develop, harming the environment and the people on your worksite. Your property may also violate regulations and standards due to the lack of quality gaskets.

To make sure you only maximise quality gaskets, you must work with the best supplier for your application. Here are some tips on how to find and pick one.

Know Your Gasket Requirements

Before looking for a gasket supplier, you must know your gasket needs first. It means that you must understand the specifications required for your application, which include the size, shape, material, temperature, and pressure requirements. Knowing these things helps you narrow down your search to suppliers who can give you gaskets that meet your specific needs.

Look for Experience and Expertise

The next tip you must do when looking for a gasket supplier is to look for a company with enough experience and expertise in the industry. Gasket suppliers who have been in business for a long time can often provide high-quality products and services. Hence, you must go for one that has been in the industry for numerous years. You must also pick one who has experience working with your specific industry or application to avoid any issues.

Consider Product Quality

The quality of the gasket you will be using on your application can have a significant impact on the longevity and performance of your equipment. Therefore, you must select a gasket supplier that utilises high-quality materials in making gaskets. They should also have strict quality control processes to avoid faulty gaskets in the long run.

Check Relevant Certifications

Choosing a gasket supplier who is certified and compliant with industry standards can help you receive high-quality products that meet regulatory requirements. Suppliers who are certified to quality management standards for gaskets can help you obtain gaskets that can match your needs without expecting any issues. When looking for a gasket supplier, you must consider those who are compliant with ASME B16.21, AS/NZS 4020, ISO 3601, AS 1935, and AS 1210.

Assess Customer Service and Support

Another tip you can do when choosing a gasket supplier for your application is to assess their customer service and support. You must choose one that provides excellent customer service and support so they can respond to your needs and provide technical support when necessary. They must also offer value-added services like custom gasket design and manufacturing, inventory management, and delivery services.

Selecting the right gasket supplier ensures that your equipment operates smoothly and reliably. By considering these factors and doing your research, you can find and pick the best gasket supplier for your needs. You can contact us at Gasketech if you want access to quality gaskets.

The post How to Find and Pick the Best Gasket Supplier for Your Application first appeared on Gasketech/Tucks Industrial Packings & Seals Pty Ltd.

Many materials can be used to produce gaskets. Natural rubber, for instance, is utilised for gaskets since it is resistant to water, shock, and vibration. It can also work effectively with metal surfaces, making natural rubber gaskets excellent for water pumps and pipes. Silicone rubber is another material that can be used for gaskets. Silicone rubber gaskets are flexible and weather resistant. They can also perform effectively at extreme temperatures, making them suitable for pharmaceutical and food processing applications.

Some more materials often maximised for producing gaskets are neoprene rubber and cork. But one material that can be useful in specific applications and projects is vulcanised fibre.

Properties of Vulcanised Fibre

Vulcanised fibre is a material that combines heat-treated fibrous materials and additives to generate a hard rubber. This material is said to be one of the first plastics to be developed by industries. And even after decades of using vulcanised fibre, it is still utilised by many for sealing hardware such as washers and gaskets.

Many fibres can be integrated into the vulcanised fibre. These fibres include wood pulp, cotton, paper, and many more materials. The integration of these things helps vulcanised fibre attain added strength and toughness without compromising flexibility.

As mentioned earlier, vulcanised fibres also take advantage of chemical additives. Once the fibres used for this material are exposed to chemical additives, the former intends to dissolve until they generate a slurry. The slurry will then be compressed by a press or a roll at high temperatures, establishing a solid bond between the materials without chemical agents. The resulting vulcanised fibre can be further shaped through forming, cutting, punching, turning, milling, sawing, and shearing.

Vulcanised Fibre Key Benefits

Vulcanised fibre gaskets can provide tons of benefits for industries that will be using them. If your business will be maximising these gaskets, you can expect to gain the following benefits.

• Chemical Resistant: One of the benefits of vulcanised fibre gaskets is they are chemical resistant. Even with prolonged exposure to chemical solvents, oils, and grease, these gaskets will not obtain damages that other gaskets often receive. They will also not deteriorate despite being exposed to these elements.
• Strong: Vulcanised fibre gaskets do not only resist chemicals, but they can also resist forces as they have a high strength-to-weight ratio. Once installed on your equipment or system, you can expect these gaskets to last for a long time. They will not break, tear, or obtain any more damages in a long time, making them a great investment for your business.
• Cost-Effective: Vulcanised fibre gaskets are likewise cost-effective. These gaskets do not require tons of resources just to be manufactured and distributed to clients like you. They do not even generate tons of waste during their processing, which makes their overall value more affordable than other types of gaskets.
• Eco-Friendly: One more benefit of vulcanised fibre gaskets is they are eco-friendly. They do not maximise artificial binding agents, which can already make these gaskets environmentally friendly. And as mentioned earlier, they do not generate tons of waste and consume too much energy, making these gaskets a great way to conserve resources.

To obtain vulcanised fibre gaskets, feel free to contact us at Gasketech.

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The intricate nature of food products makes food-related industries wary about processing them. Fortunately, numerous guidelines have been established and set so that any food-related businesses can conduct their operations accordingly. One element of these guidelines that they should strictly follow is the utilisation of the right sealing products.

Sealing products for food grade applications must possess numerous qualities so they can be useful and last for a long time. They must also possess the right material for them to be effective.

Recommended Qualities of Sealing Products

When choosing the sealing products for your food grade applications, you must ensure that they boast certain qualities for them to be useful and cost-effective.

Two qualities that your sealing products should possess include tasteless and odourless. Food products already have unique tastes and odours. If your sealing products have strong chemicals, they might end up altering the qualities of the foods. Worse, the food items may become spoiled very quickly.

Other qualities that your sealing products must have include resistance to bacteria, compatibility with specific chemicals, and impervious to extreme temperatures. Food products, as already mentioned, are delicate and sensitive. Once they are exposed to bacteria and extreme temperatures, their quality may be affected. Opting for sealing products that can resist these elements can preserve the quality of the items.

Select the Right Material for Sealing Products

Sealing products for food grade applications can be made out of various materials. While most of them can be effective in your application, they possess qualities that make them different from one another. Here are some of the most popular materials for sealing products.

• Nitrile: Nitrile is a synthetic rubber that is comprised of acrylonitrile and butadiene. Nitrile sealing products boast resistance to water, silicone grease, fuel, petroleum-based oils, hydraulic fuels, and alcohol. They likewise have a low compression set, high abrasion resistance, and reputable strength. These qualities allow them to be very useful in most food grade applications.
• Polytetrafluoroethylene: Polytetrafluoroethylene or PTFE, alternatively, is a synthetic fluoropolymer of tetrafluoroethylene. Sealing products out of PTFE can resist chemical products as well as fluctuating temperatures. These products can be very useful in pumps, valves, and food mixers.
• Silicone: Silicone is another material for sealing products that can be useful for food grade applications. Silicone sealing products are effective in applications with fluctuating temperatures and are exposed to various chemicals. These products also possess resistance to bacteria, making them safe for most food grade applications.

When selecting the sealing products for your application, you should ensure that they can meet strict health and safety standards. They must also be stable, neutral, and cleanable. To obtain your sealing products, you can contact us at Gasketch.

The post How to Pick the Right Sealing Material for Your Food Grade Application? first appeared on Gasketech/Tucks Industrial Packings & Seals Pty Ltd.

A gasket is a sealing product that can fill the space between two or more surfaces, ensuring that any leaks will be prevented on their connection points even when under compression. Without the installation of a gasket, the mating surfaces will easily allow external materials to enter and infiltrate them, which can damage them along the way. The lack of this sealing product can likewise lead to energy wastes, high expenses, and failure of the tools or components.

Many industries use gaskets due to their effective sealing capabilities. However, their applications differ from each other, which is why manufacturers have come up with various types of gaskets. Here are some of the industries that use gaskets and the best gasket types for their applications.

Food Processing

Temperature is a key factor when it comes to processing food products. And since a lot of food products are processed in various temperatures, the gaskets used for the tools and other equipment pieces should be able to sustain their qualities. One gasket type that can be effective in the food processing industry is silicone since it can remain stable despite being exposed to high temperatures. Gaskets out of graphite and non-asbestos can also be used in high-pressure environments.

Automotive

The number of cars that are being manufactured nowadays has been increasing exponentially thanks to the automation of manufacturing processes. However, to ensure that these vehicles can be effective and safe, they must maximise gaskets that can resist high temperatures, fuel, and oil. Gaskets with these qualities are often made from silicone, nitrile, and Viton. EPDM gaskets, on the other hand, are used in creating door seals and plastic foams for car seats. Graphite and non-asbestos gaskets, ultimately, are installed within the combustion areas of the engines as they can withstand high temperatures.

Oil and Gas

The oil and gas industry is another industry that maximises high temperatures in its applications. With the right gasket materials, the industry can easily process oil, gas, and other elements necessary to provide power. Gaskets made from graphite, for instance, can be effective in the oil and gas industry as they can work effectively in high temperature, high-pressure environments. The industry can likewise utilise gaskets made from non-asbestos materials.

Pharmaceutical

The processes involved in the pharmaceutical industry can be delicate at times. And to prevent any accidents from happening, the industry should opt for materials that can handle chemicals and their respective reactions. They must also go for materials that do not allow bacteria to grow significantly. Fortunately, PTFE gaskets are effective in handling chemicals and preventing bacteria from growing. Silicone gaskets can also be maximised in this industry thanks to their durable composition.

Some more industries that use gaskets are aerospace, electrical, petrochemical, and transportation industries. To obtain quality gaskets for your applications, you can call us at Gasketech.

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