The aim of this work was to study straw fiber pallet that could be used for industrial packaging. After modeling and finite element analysis of the 1/4 pallet, trial production was carried out using a certain proportion of straw fiber pulp by the semi-wet compression process. The maximum pressure and bursting strength tests were also performed. It was found that the test results were relatively close to the results of the software analysis. The maximum pressure of the pallet was 7424 N, and the breaking resistance limit of the material reached 2.833 MPa. The finite element analysis and experimental verification demonstrated that the pallet designed in this paper could meet the operating requirements, and it could support a weight of 750 kg. The design scheme was feasible.