China News Network, February 10 -- The WeChat public account of the Chinese Embassy in the Republic of Korea published an article on the 10th, and the spokesman of the embassy congratulated South Korean player Huang Daxian on winning the first gold medal for the Beijing Winter Olympics.
On February 9, the men's 1500m final of the short track speed skating event at the Beijing 2022 Winter Olympics was held at the Capital Gymnasium. South Korea's Hwang Dae-hyun won the championship. This is the first gold medal won by the South Korean delegation at the Beijing Winter Olympics. The picture shows South Korea's Hwang Dae-hyun celebrating after the game. Photo by Mao Jianjun, reporter of China News Service
The article said that on February 9, South Korea's Huang Daxian won the championship in the men's 1500 meters of short track speed skating at the Beijing Winter Olympics, winning the first gold medal for the South Korean team. On behalf of the Chinese Embassy in the Republic of Korea, I would like to convey Ambassador Xing Haiming's heartfelt congratulations to Hwang Daehyun and the Rok-rok team.
The Chinese people have also positively evaluated the outstanding performance of Huang Daxian' players, reflecting the sincere friendship between the Chinese and South Korean peoples. The Olympic Games are fascinating not only because of its faster, higher and stronger level of competitive sports, but also because of the "more united" sportsmanship it carries.
Image source: WeChat public account of the Chinese Embassy in South Korea
It is hoped that the Chinese and ROK athletes will do something, gain and gain at the Beijing Winter Olympics, achieve good results, win glory for the two countries and the two peoples, and add color to the friendly feelings between the Chinese and ROK peoples. It is expected that with the Beijing Winter Olympics and the 30th anniversary of the establishment of diplomatic relations between China and the ROK as an opportunity, the friendly and cooperative relations between China and the ROK in various fields will achieve greater development.