Abstract: A heterogeneous composite has a first layer which includes a fiber layer, a metal layer, a plastic layer or a combination thereof, a second layer which includes a fiber layer with a plastic layer, or a fiber layer with a non-woven cloth layer, and a base layer which is a thermoplastic layer. The first layer and the second layer are respectively mounted on the base layer by a glue layer, and the compressive strength value between the first layer and the second layer is less than 20%. The base layer enhances strength of the whole composite, and the heterogeneous composite provides a beautiful and competitive product.

Abstract: The present invention is related to a heterogeneous composite having a first layer which includes a fiber layer, a metal layer, a plastic layer or its combination thereof, a second layer which includes a fiber layer with a plastic layer, or a fiber layer with a non-woven cloth layer, and a base layer which is a thermoplastic layer. The first layer and the second layer are respectively mounted on the base layer by a glue layer, and the compressive strength value between the first layer and the second layer is less than 20%. The base layer enhances strength of whole composite and the heterogeneous composite provides a beautiful and competitive product.

Abstract: A method of manufacturing a vehicle wheel is provided with the steps of forming a wheel rim preform by injection molding a material made of alloy wherein the wheel rim preform includes a holed center, a grooved rim, a plurality of spokes interconnecting the holed center and an inner surface of the grooved rim, and a plurality of openings each formed in the spoke; preparing an endless CFRP work piece; cutting the CFRP work piece into a plurality of CFRP members; placing the CFRP members in the openings of the spokes; and heating the wheel rim perform at a predetermined temperature for a predetermined period of time to melt the CFRP members, thereby forming a finished wheel.

Abstract: A process of manufacturing a plastic product includes selecting natural or synthetic fiber as a material; adhering a thermoplastic resin onto surfaces of the material to form a thin film thereon by soaking or heating; heating the thin film; forming two releasable films on upper and lower surfaces of the thin film respectively; cutting the thin film into thin film units; heating and pressing the thin film units to form cured thin film units; applying one of the cured thin film units onto an inner surface of a first mold; further heating and pressing the cured thin film unit to form a thin film structure; placing the thin film structure inside a second mold; and injecting a thermoplastic material into the second mold to adhere onto an outer surface of the thin film structure to produce the finished plastic product.

Abstract: A fibrous article having a fabric-like surface and process of manufacturing same are provided. The fibrous article includes an outer fabric substrate; an intermediate fiber substrate; and an inner thermoplastic resin layer. A first thermoplastic resin is formed between the fabric substrate and the fiber substrate. The first thermoplastic resin is further formed between the fiber substrate and the thermoplastic resin layer. The thermoplastic resin layer is formed by injection molding by causing a second thermoplastic resin to react with the first thermoplastic resin. A person may have the feeling of touching fabric when touches the fibrous article.

Abstract: A reinforced fiber blank and process of manufacturing same are provided. The process includes passing a continuous fiber sheet through a bath of thermoplastic resin so that the thermoplastic resin permeates the continuous fiber sheet to form a continuous fiber substrate permeated with the thermoplastic resin; stacking at least one fiber substrate and at least one thermoplastic resin layer to form a stack; and heating and pressing the stack at a temperature between about 60° C. and 150° C. to produce the finished reinforced fiber blank.

Abstract: A process of manufacturing a plastic product includes selecting natural or synthetic fiber as a material; adhering a thermoplastic resin onto surfaces of the material to form a thin film thereon by soaking or heating; heating the thin film; forming two releasable films on upper and lower surfaces of the thin film respectively; cutting the thin film into thin film units; heating and pressing the thin film units to form cured thin film units; applying one of the cured thin film units onto an inner surface of a first mold; further heating and pressing the cured thin film unit to form a thin film structure; placing the thin film structure inside a second mold; and injecting a thermoplastic material into the second mold to adhere onto an outer surface of the thin film structure to produce the finished plastic product.