Concrete-filled　FRP-PVC　tubes　are　made　up　of　PVC　tubes　convolved　with　FRP　and　filled　with　concrete,　which　are　characterized　by　construction　conveniently　and　strong　corrosion　resistance.　Seven　concrete-filled　FRP-PVC　stub　columns　subjected　to　axial　compressive　load　were　tested　and　analyzed　in　this　paper.　The　parameters,　the　FRP　layer　and　the　strength　of　concrete　were　discussed　in　details.　The　testing　results　showed　that　the　destruction　of　FRP　strip　and　the　crush　of　concrete　mark　the　break　of　the　specimens.　The　FRP　convolved　outside　of　PVC　tubes　can　improve　the　yielding　strength,　the　strengthen　modulus,　ultimate　compressive　strength　and　limit　strain.　In　addition,　the　more　the　FRP　layer,　the　more　the　improvements　are.　With　the　increase　of　the　strength　of　concrete,　the　yield　strength　and　the　ultimate　strength　increase　slightly.　However,　the　strengthen　modulus　and　limit　strain　decrease　obviously.