Insect infestations continually endanger stored goods, underscoring the significance of discoveringeco-friendly insecticidesfor pest management. Essential oils (EOs) from differentparts of Toddalia asiatica(leaf, fruitand branch) were extracted by hydrodistillation and analyzed by GC-MS. Carvene,p-cymene and muurolene are the principal compounds of T. asiaticaleaf (TAL), T. asiaticafruit (TAF) and T. asiaticabranch (TAB) EOrespectively. Ourwork aimed to assess the contact toxicity and repellent effects of EOs on two storage pests, Tribolium castaneumand Lasioderma serricorne.All tested EOsexhibited obvious contact toxicity,especially,TAL EO against T.castaneum(33.48 μg/adult) and TAF EO against L. serricorne(16.42 μg/adult). Repellency tests revealed that TAL and TAF EOs,at a concentration of 78.63 nL/cm2, achievednearing 100% efficiency against T. castaneum. Theseresults suggestthatEOs ofT. asiaticacould be used as effective botanical insecticides for managing stored-product insects.