Phenolic Sheet & Rod

Phenolic plastics are a type of thermoset plastic known for their exceptionally high heat resistance, electrical insulation, and dimensional stability. Phenolic plastics are widely used in applications such as electrical switchgear, electrical insulation, medical instrument components, and aircraft components. They are also used for components that require high-temperature resistance, such as electrical connectors and high-temperature fasteners. Phenolic is commonly known by the brand names Bakelite, Micarta, and Resinox.

Canvas phenolic plastics are composed of a base cloth, usually cotton, impregnated with a phenolic resin. Linen phenolic plastics comprise a base cloth impregnated with a phenolic resin. Paper phenolic plastics are composed of a base paper, usually kraft paper, impregnated with a phenolic resin. All three types of phenolic plastics are known for their high heat and electrical insulation, as well as dimensional stability. The main differences between them are the base material used and the performance characteristics they offer. Canvas phenolic plastics are the strongest and most durable, while paper phenolic plastics are the least expensive.

Glass-filled phenolic is a type of phenolic plastic that has been reinforced with glass fibers, increasing strength, stiffness, temperature resistance, and chemical resistance. Glass-filled phenolic is widely used in applications such as electrical insulation, medical instrument components, and aircraft components. It is also used for components that require high-temperature resistance, such as electrical connectors and high-temperature fasteners.

• [G-3 Datasheet]
• [G-7 Datasheet]
• [G-9 Datasheet]
• [Canvas/CE Datasheet]
• [GPO-3 Datasheet]

Paper-based phenolic laminate sheet is used as punch parts, terminal boards, spacers, and other components in low voltage electrical applications. This material is best used in dry conditions and is not suitable for applications in high humidity environments.

Phenolic is a hard and durable plastic with good impact and abrasion resistance. Phenolic plastics can withstand a wide range of temperatures and chemicals, making them ideal for molded parts.

Phenolic composite materials are laminates made from layers of canvas, paper, linen, or glass cloth combined with a phenolic resin. Heat and pressure are applied to compress the layers and the resin into a single laminated material. Phenolic laminates are thermoset, but generally have high strength and stiffness and are more cost-effective than thermoplastics in similar applications.

Bakelite is a brand name of phenolic plastic that is enhanced with wood filler for better performance. Phenolic can be strengthened with reinforcement materials such as glass fibers, cellulose, minerals, or other additives. Bakelite is a type of phenolic material, but not all phenolic is Bakelite.

• Phenolic Composites Provide Strength, Stiffness, and Electrical Properties Necessary For Semiconductor Applications
• Glass Epoxy Laminates Provide Strength, Consistency for Semiconductor & Electronics Manufacturing