Products

35N is a pure polyimide laminate and prepreg system for applications requiring high temperature performance. High Tg (250°C) results in low Z-direction expansion for resistance to PTH failure during PWB processing, and minimizes risk of latent PTH defects in-service. Reduced temperature and time to cure offers improved throughput compared to traditional polyimide cycles.

85N is the ultimate polyimide and laminate prepreg system fo PWB's requiring resistance to high temperature, both in process and in end-use applications. Bromine-free chemistry provides Bestin-Class thermal stability for applications with sustained high in-use temperatures as well as for use in lead-free soldering applications.

37N is a polyimide low-flow prepreg suitable for bonding multilayer polyimide rigid-flex, attaching heat sinks to polyimide MLBs, or other applications where minimal and uniform resin flow is required.

33N is a flame retardant (UL94 V-O) polyimide laminate and prepreg system where the excellent high performance properties of polyimide need to be combined with flame retardance. High Tg (250°C) results in low overall z-axis expansion, and minimizes risk of latent PTH defects in-service.

38N is an improved polyimide low-flow prepreg suitable for bonding multilayer polyimide rigid-flex, attaching heat sinks to polyimide MLBs, or other applications where minimal and uniform resin flow is required.

84N is a high performance ceramic-filled polyimide prepreg based on Arlon’s 85N pure polyimide system, designed for use in filling etched areas in polyimide multilayers that contain thick copper layers and for filling clearance holes in metal cores. The ceramic filler in the resin serves to reduce shrinkage and inhibit crack formulation during through-hole drilling in filled clearance areas.

35NQ is a pure polyimide laminate and prepreg system. Reinforced with woven Quartz fabric, combining the advantages of a reduced cure cycle, high temperature polyimide system (Tg >/=250°C), with low dielectric constant and loss tangent (DK = 3.5, loss 0.009 at 1 MHz) for applications requiring operation at RF/Microwave frequencies. Polyimide Quartz materials also exhibit reduced in-plane CTE for expansion matched SMT applications.