The invention relates to a carbon allotrope field-effect composite fabric, belonging to the field of functional materials. The composite fabric comprises a fabric and cross-linked carbon allotrope graphene films formed among macromolecules on the fiber surface layers of the fabric; under the action of weak energy, abnormal energy can be obtained through tunneling and inversion of high-energy particles so as to generate a field emission plasma electromagnetic resonance effect in a certain range. The composite fabric has the nano-material surface functions of dewatering, oleophobicity, antibiosis, deodorization, dust removal, static electricity resistance, radiation resistance and the like, simultaneously has field effect functions of generating anions, actively oxidizing and reducing high-energy particles, purifying air and accelerating of metabolism human body and further has excellent physicochemical functions of electric conduction, ultraviolet light catalysis, electronic multiplication, electromagnetic wave energy absorption and the like. The composite fabric is suitable for manufacturing various daily articles such as garments, beddings, sofas, mattresses and furniture as well as the products such as catalysts, superbattery electrodes, electromagnetic stealth and solar cells in the fields of electrons, energy source and chemical engineering.