There are many types of materials that are effective in electrical and maintenance applications. At Ai Engineering Plastics and laminates, we are able to offer the widest range of engineering plastics and laminates in the UK.
At Ai Engineering Plastics and Laminates we have a wide range of extensive services that we can offer our customers so they receive their material in the exact shape and condition required.
In the last year Epoxy 4W/EP which also covers the specification for G10, has become a popular material to be used as a 3D printing base board.
Throughout the plastic industry, PEEK is known as a high-performance polymer. It is used in a variety of applications including automotive, aerospace, food & technology, oil & gas and medical equipment.
At Ai Engineering Plastics and Laminates, we have a variety of engineering plastics that can suit your projects. From different grades, sheet forms, and rods along with our processing services we can ensure that your material is exactly as your customer requires. Additionally, if you place an order with us online before 1:30pm then you qualify for next day delivery.
Within the plastic family, Ertacetal (Acetal) is a common name given to a family of thermoplastics. Its chemical name is known to be: "PolyOxyMethylene", or POM. Ertacetal is usually available in two resins: Copolymer acetal (POM-C), and homopolymer acetal (POM-H); commonly called Delrin® and Acetal. At Ai Plastics, we offer both grades, in different sizes, cut to size.
Nylon can be used as a replacement for bronze, aluminum, steel and other metals, especially in bearing and wear applications. As a grade, nylon offers excellent wear resistance, high tensile strength as well as a high heat distortion temperature.
This blog will cover the various similarities and differences found between Nylon GS and Nylon GSM.
Industrial laminates are usually constructed from layers of fibrous reinforcement bonded together with high quality thermosetting resins.
AC-300 also known as the anti-static acrylic sheet, is a product that has been designed to control static electricity in many applications and range of end uses
At its most basic level, PTFE is a synthetic fluoropolymer of tetrafluoroethylene (TFE). It’s a fluorocarbon solid with a high molecular weight compound that is composed solely of carbon and fluorine atoms. PTFE is corrosion resistant, incredibly versatile and can be used in virtually everything from aerospace shuttles and computer cables to pharmaceuticals, telecommunications and even the food and beverage industry!
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