The invention discloses an electromagnetic 
relay which resists electric 
repulsion force. When a 
relay contact is closed and the electromagnetic 
relay works, the relay is loaded, and a coil is provided with a setting 
signal. The current direction of a second leading-out sheet is opposite to the current direction of a movable spring, thus producing a 
magnetic field through the interaction. The 
magnetic field enables the movable spring to produce electromagnetic force. The produced electromagnetic force is in the same direction as the pushing force produced by a pushing card, thus increasing the 
contact pressure of a contact which is enough to 
resist the destruction of the electric 
repulsion force. The invention completely eliminates the technical problem that the electric 
repulsion force causes the contact to return easily in prior art. The invention further has the advantages of large 
resultant force of the electromagnetic force and the pushing force, small 
contact pressure of the contact, small 
contact resistance, reliable and stable electrical contact of the contact, capability of resisting short-circuit current, preventing the functional relay from being damaged, large 
switching power of the contact, capability of working under large load for long term, compact conformation, 
shock resistance, high 
impact capability, high capability of carrying load, low price, high manufacturability. In addition, the 
switching frequency of the invention shall not be too high, and the invention is applicable for streamlined production in large quantity.