Abstract: A heat shield and heat shield assembly for protecting components exposed to heat are disclosed. The heat shield includes a shroud shaped to cover the component, the shroud having heat reflective layers and a heat insulating layer. The shroud is attached to a clip for removable attachment to the component. A flexible, resilient tab extends from the shroud, the tab providing a means for attaching the heat shield to a wiring harness to form an assembly connectable to the component. The tab is bendable for relative movement of the shroud from a position spaced from the component to a position in which the shroud covers the component upon connection of the wiring harness to the component.

Abstract: A heat shield adapted to protect an engine mount is disclosed. The heat shield has a substrate positionable substantially surrounding the engine mount. The substrate has a heat reflecting surface facing outwardly away from the engine mount to block radiant heat transfer to the mount. An attachment member is attached to the substrate. The attachment member is positionable between the engine and the engine mount to fix the substrate in position. The invention further concerns a method including providing a heat shield formed of a flexible substrate, forming the substrate so as to surround the engine mount with the heat reflecting surface facing outwardly from the engine mount and attaching the substrate to the engine mount.