The electron, muon, and the electron and muon neutrinos are examples. Hadrons are particles which interact via the strong force. The proton and neutron are well known examples. The neutral lambda particle is another. Mesons are hadrons with integral spin, mainly 0 and 1.
Examples are the pions and kaons.
Strange particles are baryons and mesons which are unstable, but have much longer half-lives than other particles of similar mass and spin. This is interpreted to mean that such particles possess a property called strangeness which is conserved by strong processes, thus making strange particles stable against strong decay into non-strange particles. However, strangeness is not conserved by weak processes, allowing strange particles to decay via the weak interaction. This explains their anomalously long half-lives. Strange particles are always created in pairs by strong processes in such a way that the total strangeness remains zero.