ACP Composites

ACP Composites .187" Cell Aramid Honeycomb Core - Standard Cell exhibits high strength-to-weight ratio, exceptional stiffness and are very bondable. These are ideal for use in any structure which requires corrosion resistance and thermal insulation. We have a full-service manufacturing process which allows us to create custom panels for you, if you would like to find out if this would be a good option for your project or just want to find out more about a suitable core give us a call to discuss your project needs. ACP offers various sizes of commercial and aerospace grade Nomex honeycomb core and a commercial grade over-expanded honeycomb core.

ACP Composites Carbon Fiber Plain Weave Veneers are an outstanding decorative laminate with a deep, glossy, three-dimensional finish. Manufactured with a clear, resin-rich carbon-fiber prepreg these veneers deliver a smooth, low porosity laminate with a mirror-like finish without the need for a clear coat to enhance the appearance. As the thinnest of our carbon fiber sheets, these veneers are easy to trim and cut. The single layer of 3K plain weave carbon fiber prepreg allow the sheets to be semi-flexible yet remain stiff like cardstock. They can bend in only one direction at a time making it suitable for either flat surfaces or pipes. Once cured, these sheets cannot be re-shaped. Therefore they will not lie flat on compound curves, convex or concave surfaces.Our proprietary Autoclave curing process produces the most consistent and highest quality gloss carbon fiber veneers possible. Manufactured using 100% real carbon fiber fabric pre-impregnated with high quality epoxy resin, these sheets are cured at high temperatures and pressure to ensure a strong, rigid product that cannot be re-shaped after cured. Unlike other manufacturing methods, our Autoclave curing process consistently yields flat, lightweight sheets with minimal voids, waves or buildups. These 1st quality sheets are manufactured with a clear, resin-rich carbon fiber prepreg which results in a smooth, low porosity laminate with a mirror-like finish. Our special blend of high strength epoxy resin guarantees a durable, stronger, longer lasting finish. The built in UV inhibitor in the 2x2 twill prepreg resists UV rays in outdoor applications. There is no need for fillers, gel coats or surface treatments to enhance the surface appearance of our sheets.

ACP Composites Aramid Honeycomb Core -Over-Expanded Cell is a lightweight, high strength, nonmetallic honeycomb core material manufactured from aramid fiber paper with a 3/16" rectangular cell and a density of 3 pounds per cubic foot (PCF). The overexpanded cell shape allows the core to flex in one direction easily, making it suitable for forming simple curves. After the honeycomb is formed, it is coated with a heat resistant phenolic resin to increase its strength and thermal properties. Aramid Honeycomb exhibits high strength-to-weight ratio, exceptional stiffness and is very bondable.

ACP Composites Fiberglass Sheets - Natural are solid, high strength laminates consisting of fiberglass prepreg reinforced with high strength epoxy resin. They are FR4 grade fire retardant and can be safely substituted where G10 is called for. Fiberglass Sheets are Autoclave cured at high temperatures and pressure to ensure a strong, rigid product that cannot be re-shaped after cured. Unlike with a wet layup, Autoclave curing consistently yields flat, lighter weight sheets with minimal voids, waves or buildups.

ACP Composites 5.9 oz. Carbon Fiber 2x2 Twill Weave RTS Prepreg is a twill weave fabric woven from 3K carbon fibers and impregnated with a thermosetting epoxy resin system. It is storable at room temperatures and does not require freezer storage. With the long out life of the resin matrix, the carbon fiber prepreg can be shipped and handled at room temperatures. It is ideal for use when a long shelf life is desired, high-temperature capabilities are not required and controlled resin content is wanted.

ACP offers various sizes of commercial and aerospace grade Nomex honeycomb core and a commercial grade over-expanded honeycomb core. They exhibit high strength-to-weight ratio, exceptional stiffness and are very bondable. These are ideal for use in any structure which requires corrosion resistance and thermal insulation. We have a full-service manufacturing process which allows us to create custom panels for you, if you would like to find out if this would be a good option for your project or just want to find out more about a suitable core give us a call to discuss your project needs.

ACP Composites Carbon Fiber Unidirectional Sheets offer maximum tensile and bending stiffness along a single axis. All of the fibers run in the zero direction or parallel to the length of the part. Our proprietary Autoclave curing process produces the most consistent carbon fiber sheets possible. Manufactured using 100% real carbon fiber fabric preimpregnated with high quality epoxy resin, these sheets are cured at high temperatures and pressure to ensure a strong, rigid product that cannot be reshaped after cured. Unlike a wet layup, our Autoclave curing process consistently yields flat, lightweight sheets with minimal voids, waves or buildups.

ACP Composites Carbon Fiber Twill Weave Veneers are an outstanding decorative laminate with a deep, glossy, three-dimensional finish ideally used in high-end decorative projects. Manufactured with a clear, resin-rich carbon-fiber prepreg these veneers deliver a smooth, low porosity laminate with a mirror-like finish without the need for a clear coat to enhance the appearance.

ACP Composites 8.8 oz Fiberglass 8-Harness Satin Weave RTS Prepreg is a Satin Weave EGlass fabric impregnated with a thermosetting epoxy resin system. . It is storable at room temperatures and does not require freezer storage. With the long out life of the resin matrix, the carbon fiber prepreg can be shipped and handled at room temperatures. It is ideal for use when a long shelf life is desired, high-temperature capabilities are not required and controlled resin content is wanted.