This　paper　described　three　methods　for　measuring　high　temperature　resistivity　of　glass　including　their　basic　principles,　advantages　and　disadvantages　so　as　to　provide　a　reference　for　measurement.　The　effects　of　electrode　and　voltage　on　high　temperature　resistivity　were　studied.　Accuracy　of　measurement　results　of　plate　electrodes　is　better　than　wire　electrodes.　The　resistivity　of　molten　glass　decreased　with　increasing　AC　voltage.　Measurement　results　are　stable　when　the　voltage　is　less　than　10　V,　but　when　the　voltage　exceeds　than　40　V,　Joule　heating　effect　will　be　generated　resulting　in　smaller　measurement　values.　In　addition,　high　alkali　aluminosilicate　glass　as　object　is　used　to　introduce　test　procedure　of　temperature　resistivity　and　explore　the　relationship　between　high　temperature　resistivity　and　alkali　metal.　Results　show　that　high　alkali　aluminosilicate　glass　resistivity　decreases　with　increasing　temperature,　and　the　effect　of　K2O　on　high　tempearature　resistivity　is　more　pronounced.　©　2016　Trans　Tech　Publications,　Switzerland.