Polyimide Circuit Board

33n is a flame retardant ul 94 vo polyimide laminate and prepreg system where the excellent high performance properties of polyimide need to be combined with flame retardance.

Polyimide circuit board.

The military or defense pcbs use polyimide as a substrate. Polyimide material is most commonly used in the flexible printed circuit boards. Amber high temperature polyimide with an ultra durable adhesive withstands the extreme wash protocol and cleaning chemicals used in printed circuit board manufacturing. The thermal conductivity of this material is far better than that of the fr4 material.

Polyimide occurs naturally in nature but can also be prepared synthetically. Flexible and rigid flex circuit boards are typically made out of polyimide and are generally preferred in applications where mobility and frequency of use are a primary concern. The polyimides that are used in the flex pcbs are generally imide monomer polyimides. Polyimide isola offers a product line of polyimide based no flow prepreg materials for high temperature printed circuit applications these products consist of a flame resistant polyimide resin system suitable for military commercial or industrial electronic applications requiring superior performance and the utmost in thermal properties.

If you are planning to use your pcb in a high heat setting an fr4 board is probably not the best choice. High tg 250 c results in low overall processing and minimizes risk of latent pth defects in service. Consumer electronics are not the same thing as computer electronics. Polyimides also found in flexible printed circuit boards are imide monomer polyimides.

Withstands multiple cycles of harsh condition washes for printed circuit boards and electronic component preprocess labeling. High temperature polyimide b 727 withstands wave solder environments and multiple harsh washes for printed circuit board and electronic component preprocess labeling. Isola is a leading global material sciences company that designs develops and manufactures laminate materials used to fabricate advanced multilayer printed circuit boards which provide the physical platforms for the semiconductors passive components and connection circuitry that power and control virtually all modern. This is particularly true with the increasing popularity of electronic and smart cars where a polyimide circuit board may be the only practical choice.

This is a broader category that includes many consumer focused goods that require circuit boards and. Resists high temperatures up to 572 f 300 c. Ultra durable adhesive is designed for use with extreme wash protocol and cleaning chemicals and is ideal for use in auto apply equipment. In addition to their flexibility polyimide products are in high demand due to their tremendous heat resistance which results in their being used in everything from fuel cells to military applications as well as printed circuit boards.

Tg greater than 250 c.