In　this　paper,　Ti-Zr28-Cu15-Ni15(1#)　and　Ti-Zr21-Cu20-Ni15(2#)　amorphous　filler　metals　were　prepared　by　rapidly-cooled　equipment　in　order　to　join　the　TA15　titanium　alloy　honeycomb　sandwich　panel　structures.　The　joint　microstructure　and　tensile　strength　was　investigated　by　means　of　SEM,　EDS　and　XRD　etc.　The　results　indicated　that　both　of　the　fillers　perform　good　forming　property.　Compared　with　the　conventional　fillers,　the　quenching　fillers　have　lower　melting　temperature　and　narrow　melting　temperature　range.　Filler　metal　2#　performs　higher　wettability　and　glass　forming　ability　than　filler　metal　1#　due　to　its　high　percent　of　eutectic　composition.　The　tensile　strength　of　the　brazed　joint　reached　325　MPa　at　970°C　for　30　min　with　filler　metal　1#,　while　the　tensile　strength　of　the　brazed　joint　reached　359MPa　at　950°C　for　30　min　with　filler　metal　2#,　and　the　mechanical　stability　of　the　joints　is　excellent.　α+β　lamellar　structure　formed　in　both　joints　brazed　in　the　same　condition,　and　smaller　amount　of　Ti-Cu　and　Ti-Ni　intermetallic　compounds　in　the　joints　brazed　with　filler　metal　2#.