Song Wei Long | Actor Biography
Song Weilong is a Chinese actor and model who became interested in the entertainment industry and Martial Arts after watching a Jet Li movie 'The New Legend of Shaolin'. He was born on 25 March 1999 in Dalian, Liaoning, China.
Weilong signed with an agency at the age of 16 and appeared on the variety show "Run for Time" and the talk show "Day Day Up" who noticed by photographers and management companies when he made a video with his friend.
Basic Profile Details of Song Weilong
- Full Name: Song Weilong
- Other Names: Song Shi, Weilong
- Nationality: Chinese (China)
- Date of Birth: March 25, 1999
- Birthplace: Dalian, Liaoning, China
- Occupation/Profession: Actor, Model
- Active Year: 2015-present
- Gender: Male
- Sexuality: Straight
- Blood Type: O
- Star Sign: Aries
- Height: 183 cm
- Weight: 62 kg
Girlfriend & Relationship of Song Weilong
Looking for information related to Song Weilong's current girlfriend and relationship then read this article here we going to explain his girlfriend and relationship. He is currently just a very young and handsome actor in the Chinese entertainment industry that's why maybe he is in a relationship with someone but officially he did not share any details. So, according to our data record, he is currently single, and not dating anyone right now.
Fan Following of Song Weilong on Instagram
Song Weilong is a popular celebrity on Instagram's social media platform. He has an official account with the username "@songsongswl" where he has over 1 million fan followers with a total number of 19 posts. The last update according to his account update on October 27th.
Song won the Best New Actor award at the China Movie Channel Media Awards in 2019, and the same year, he was cast in the historical romance drama "In A Class of Her Own" alongside Ju Jing Yi, after that in the family drama "Go Ahead". He has also listed Forbes China under their 30 Under 30 Asia in 2019 list, which consisted of 30 influential people under 30 years old who have had a substantial effect in their fields.