An insulating substrate (1) comprises a first insulating substrate (1a) and a second insulating substrate (1b) stacked on the first insulating substrate (1a).
An insulating body (3) has a first insulating body (4, 5), a second insulating body (6), and a third insulating body (7).
The first insulating film comprises an inorganic insulating material.
The second insulating film comprises an organic insulating material.
The third insulating film comprises an inorganic insulating material.
A heat insulator is cubic, and the heat insulator comprises an upper heat insulator (8) and a lower heat insulator (4).
The first insulator (4) and the second insulator (5) are continuously formed, and the first insulator (4) is formed thicker than the second insulator (5).
Therefore, the composition can be applied to a passivation insulator, a gate insulator, and a plate insulator in various displays.
The test loop includes a first isolating switch device (21), a second isolating switch device (22), a first isolating pipe sleeve (23), and a second isolating pipe sleeve (24).
One of the first electrically insulative material and the second electrically insulative material includes an electrically insulative, polymeric material.
The first isolation pad is then replaced with the second isolation pad if it is determined that the first isolation pad should be replaced with the second isolation pad.
The insulating side panels and floor provide a cavity formed of fire insulating material for enclosing combustible material.
The insulating film 1 is formed of an insulative inorganic material as a main material, the insulative inorganic material containing silicon and oxygen.
The insulating polymer material composition is produced by heating an insulating material comprising at least an insulating polymer component to three-dimensionally crosslink the insulating material.