the softened contact surface of the underlying layer 12 because the foaming paste 11 and the underlying layer 12 are made of the same material they can be fused together while clamping the braid 10 thereinbetween to form a sandwich structure in the cooling completing step e of this method the transportation device 4 further transports the combined sandwich structure to the cooling device 8 to perform the cooling to change from the fused state to a compacted solid state the cooled semi facture 14 formed after the final cooling completing step e can be retracted by a retractor in practice the required suitable size can be cut according to the usage and the requirements for different applications such as bedding place mat scarf and the like comparing the invention with the prior art the anti slipping pad of the invention and the structure of the anti slipping pad of the prior art have different structures and manufacturing methods the conventional method produces the anti slip net by way of foaming process and then utilizes the heating adhering process to adhere the printed sheet to the anti slip net while the invention directly finishes the facture with the same functionality using one foaming process so the prior art uses two processes while the invention uses only one process so the manufacturing method of the invention improves the drawback of the prior art in the aspect of energy saving and carbon reduction regarding the anti slipping pad 1 of the invention the prepared density of the foaming paste 11 relates to the used amount so that different anti slipping pads with different anti slip abilities can be produced if the low anti.