In　order　to　investigate　the　fire　resistance　behavior　of　the　point-supported　tempered　glass　panels　under　fire　conditions,　six　loading　tests　were　conducted　on　three　groups　of　tempered　glass　panels,　including　single,　insulating,　and　laminated　point-supported　tempered　glass　panels,　under　the　same　fire　conditions.　The　failure　mechanism,　failure　time,　and　displacement-temperature　curves　were　investigated.　The　results　indicate　that　bolt　holes　significantly　reduce　the　fire　resistance　of　the　point-supported　tempered　glass　panels.　The　ultimate　temperature　and　failure　time　of　the　point-supported　tempered　glass　panels　were　obviously　lower　than　those　of　the　tempered　glass　panels　without　holes.　Furthermore,　the　central　displacement　of　the　point-supported　tempered　glass　panels　developed　faster　under　the　same　fire　condition.　Therefore,　when　using　point-supported　glass　panels,　more　attention　should　be　paid　to　its　fire　resistance　design.