A refrigerant container comprising: a cap portion ; a closed-bottomed tubular tank with an upper-face opening hermetically closed by the cap portion including a gas/liquid inlet port , a liquid-phase outlet port , and a gas-phase outlet port ; a gas-liquid separator disposed in the tank at a position below the cap portion, the gas-liquid separator facing the gas/liquid inlet port ; an outlet pipe portion for a receiver, the outlet pipe portion for the receiver including a liquid-phase refrigerant drawing port and being adapted to guide only a liquid-phase refrigerant separated by the gas-liquid separator to a side of an expansion valve via the liquid-phase outlet port ; an outlet pipe portion for an accumulator, the outlet pipe portion for the accumulator including an oil return hole and being adapted to guide a gas-phase refrigerant separated by the gas-liquid separator to a suction side of a compressor via the gas-phase outlet port together with oil contained in the liquid-phase refrigerant; and a strainer for trapping foreign matter contained in a refrigerant, wherein: the strainer includes a tubular case portion adapted to be placed at a bottom of the tank , a baffle plate portion partially covering an upper-face opening of the tubular case portion , and a mesh filter covering at least a portion of the upper-face opening of the tubular case portion not covered with the baffle plate portion , and the outlet pipe portion for the receiver and the outlet pipe portion for the accumulator are arranged side by side on the baffle plate portion . a closed-bottomed tubular tank with an upper-face opening hermetically closed by the cap portion including a gas/liquid inlet port , a liquid-phase outlet port , and a gas-phase outlet port ; a gas-liquid separator disposed in the tank at a position below the cap portion, the gas-liquid separator facing the gas/liquid inlet port ; an outlet pipe portion for a receiver, the outlet pipe portion for the receiver including a liquid-phase refrigerant drawing port and being adapted to guide only a liquid-phase refrigerant separated by the gas-liquid separator to a side of an expansion valve via the liquid-phase outlet port ; an outlet pipe portion for an accumulator, the outlet pipe portion for the accumulator including an oil return hole and being adapted to guide a gas-phase refrigerant separated by the gas-liquid separator to a suction side of a compressor via the gas-phase outlet port together with oil contained in the liquid-phase refrigerant; and a strainer for trapping foreign matter contained in a refrigerant, wherein: the strainer includes a tubular case portion adapted to be placed at a bottom of the tank , a baffle plate portion partially covering an upper-face opening of the tubular case portion , and a mesh filter covering at least a portion of the upper-face opening of the tubular case portion not covered with the baffle plate portion , and the outlet pipe portion for the receiver and the outlet pipe portion for the accumulator are arranged side by side on the baffle plate portion . the strainer includes a tubular case portion adapted to be placed at a bottom of the tank , a baffle plate portion partially covering an upper-face opening of the tubular case portion , and a mesh filter covering at least a portion of the upper-face opening of the tubular case portion not covered with the baffle plate portion , and a tubular case portion adapted to be placed at a bottom of the tank , a baffle plate portion partially covering an upper-face opening of the tubular case portion , and a mesh filter covering at least a portion of the upper-face opening of the tubular case portion not covered with the baffle plate portion , and the outlet pipe portion for the receiver and the outlet pipe portion for the accumulator are arranged side by side on the baffle plate portion . <EOS>