SAATI PEEK
17Pages

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Catalog excerpts

SAATI PEEK - 1

SAATI PEEK Precision Fabrics & Components Made With PEEK for Demanding Applications

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SAATI PEEK - 2

SAATI PEEK Brochure Company Information Customer Focus Contact Information PEEK Characteristics PEEK Applications Automotive Engage with SAATI SAATI S.p.A. Via Milano, 14-22070 Appiano Gentile (CO), Italy | www.saati.com

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SAATI PEEK - 3

SAATI PEEK Brochure SAATI produces many products for all types of markets that find their way into the daily life of billions of people. We are leaders in both process and microfiltration, screen printing, and personal and vehicular multithreat protection products. SAATI SpA www.saati.com | email info.IT@saati.com Over Eighty Years of Innovative Action SAATI is a multinational group with corporate headquarters that have been situated in northern Italy since 1935. Today SAATI is a leading force in the development, manufacturing and commercialization of high tech filter media & chemicals....

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SAATI PEEK - 4

SAATI PEEK Brochure Customer Driven Innovation Thanks to a direct presence in many countries, it is easy for customers to reach out, wherever they are located, and the response is always prompt. SAATI staff has a high level of technical expertise and dedication, and is always aiming to find the best solution for the customer’s requirements. SAATI sales representatives and engineers understand their customers’ applications, working closely with staff in both the production and R&D departments to offer the customized solutions that best meets their needs. The quality of SAATI’s products is...

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SAATI PEEK - 5

PEEK Performance Poly Ether Ether Ketone (PEEK) is a member of the Polyaryletherketone (PAEK) family of thermoplastic, semi-crystalline polymers renowned for their exceptional properties, which remain unaltered even under high temperatures. PEEK is widely used in various engineering applications due to its excellent mechanical and chemical resistance properties.

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SAATI PEEK - 6

SAATI PEEK Brochure Thermal Properties Chemical Properties PEEK exhibits a high melting point of approximately 340-345°C and a glass transition temperature of around 145150°C, making it a promising substitute for wire mesh in high-temperature applications where conventional synthetic fabrics fall short. PEEK is particularly advantageous in cases where process temperatures exceed the limitations of typical PA, PET, and PP fabrics, and a metallic media replacement is necessary. PEEK’s low coefficient of thermal expansion also means it is less likely to experience dimensional changes due to...

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SAATI PEEK Brochure Mechanical Properties PEEK is characterized by exceptional mechanical properties, particularly in terms of wear and friction resistance. The semi-crystalline structure of PEEK allows it to maintain its mechanical properties at temperatures beyond its glass transition temperature, providing a unique advantage over other thermoplastics. PEEK polymers have high tensile strength and low density compared to metals, making them an ideal material for use in a range of demanding applications. PEEK is highly also resistant to fatigue and can withstand repetitive stress cycles...

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SAATI PEEK Brochure Applications In addition to its superior mechanical properties, PEEK is well-suited for injection molding with plastics that possess high thermal properties. PEEK’s exceptional thermal stability enables it to maintain its mechanical and chemical properties even at elevated temperatures, unlike traditional filter media made from polyethylene terephthalate (PET), which may suffer from thermal degradation under such conditions. As a result, PEEK filter media offer a valuable solution for applications requiring high thermal stability, especially in the automotive and...

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SAATI PEEK Brochure In the automotive industry, there is a growing demand for materials that can meet environmental and safety standards, offer extended durability for warranty and production cost savings, and provide improved fuel economy without sacrificing performance or comfort. PEEK is a high-performance thermoplastic polymer, therefore it is an ideal solution for meeting these requirements. PEEK has consistent mechanical properties even at high temperatures, exceeding 150°C (302°F), making it suitable for automotive applications that demand high temperature resistance, durability, and...

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SAATI PEEK Brochure Intake Resonators Suggested Items • SAATIfil PEEK 36/24 PEEK woven monofilament mesh is replacing traditional polyamide and wire mesh injector filters; wire mesh has poor fatigue resistance and requires expensive tooling while PA mesh swells and is not resistant to certain biofuel blends Filter fabrics made from PEEK offer superior filtration efficiency, high temperature and chemical resistance The dimensional stability of PEEK, wear and abrasion resistance help maintain filtration performance over time PEEK is versatile and can withstand exposure to a wide range of...

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SAATI PEEK Brochure Electrochemical Systems SAATI Monofilament woven fabric Membrane Manufacturing Reinforced Membrane Membrane Reinforcement Suggested Items PEEK woven monofilament mesh is utilized as a feed spacer or flow channel in membrane systems that operate in challenging chemical environments It facilitates mass transfer by promoting turbulence and providing a passage for the fluid, making it suitable for spiral wound membranes, reverse osmosis (RO) membrane systems and electrochemical stacks PEEK’s chemical resistance and high mechanical strength make it suitable for the harsh...

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SAATI PEEK Brochure Aerospace Suggested Items • Customized Acoustic PEEK Material Aerospace sound suppression is important to reduce the noise generated by aircraft during takeoff and landing. These sound suppression systems employ a range of technologies, materials, and designs to absorb, dampen, or redirect sound waves One method used to achieve sound suppression is the use of woven fabrics as sounddampening elements, either alone or in combination with other structural components in noise-reducing devices. As these structures may be exposed to considerable variations in temperature,...

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