Abstract: An electric lamp/reflector unit has a molded reflector body which has a hollow neck-shaped portion. The electric lamp has a lamp vessel, enclosing a space in which an electric element is arranged. The lamp vessel has a first and a second, opposed end portion and is fixed with its first end portion within the neck-shaped portion. The molded reflector body is made of a temperature shock resistant glass-ceramic material with low coefficient of expansion.

Abstract: An electric lamp/reflector unit has a molded reflector body that includes a hollow neck-shaped portion. The electric lamp further includes a lamp vessel, having a space in which an electric element is arranged, and is provided with a first and a second, opposed end portion which is fixed at its end portion within-the neck-shaped portion. Outer current conductors extending from the electric element are connected each to a respective contact member provided on the outer surface of the molded reflector body.

Abstract: The electric lamp/reflector unit has a molded reflector body (1) comprising a hollow neck-shaped portion (5). An electric lamp (10) having a lamp vessel (11), having a space (12) in which an electric element (13) is arranged, and provided with a first (14) and a second, opposed end portion (15) is fixed with its first end portion (14) within the neck-shaped portion (5). The molded reflector body (1) is made of a temperature shock resistant glass-ceramic material and offers the advantages that the reflector body (1) is better resistant to a possible explosion of the lamp (10) and that an improved positioning of the electric element (13) in the reflector body (1) is obtained.

Abstract: The electric lamp/reflector unit has a molded reflector body (1) comprising a hollow neck-shaped portion (5). An electric lamp (10) having a lamp vessel (1), having a space (12) in which an electric element (13) is arranged, and provided with a first (14) and a second, opposed end portion (15) is fixed at its end portion (14) within the neck-shaped portion (5). Outer current conductors (16, 17) extending from the electric element (13) are connected each to a respective contact member (9, 29) provided on the outer surface (23) of the molded reflector body (1).