CHENNAI, India — Pakistan avenged its shocking loss to the United States from two years ago at the T20 World Cup on Tuesday, and New Zealand openers Tim Seifert and Finn Allen shared the highest-ever partnership for any wicket at the tournament.
The U.S., which gave co-host India a scare in its opening game before going down by 29 runs in Mumbai, struggled against Pakistan's spinners and lost by 32 runs in Colombo. It gave Pakistan its second successive win in Group A ahead of its huge showdown with archrival India on Sunday, a match that will go ahead after Pakistan reversed its decision to boycott.
Opener Sahibzada Farhan (73) and the experienced Babar Azam (46) gave Pakistan a strong total of 190-9 despite fast bowler Shadley van Schalwyk snaring his second four-wicket haul of the tournament.
The U.S. entered the game with happy memories of its stunning win over Pakistan in Texas in 2024, but its batters couldn't get momentum against mystery spinner Usman Tariq (3-27) and leg-spinner Shadab Khan (2-26). The other two spinners, Mohammad Nawaz and Abrar Ahmed, shared two wickets.
The U.S. batters looked more at ease against the pace of Shaheen Shah Afridi, who returned 1-42 before Pakistan's tactic of deploying five spinners for the rest of the game worked well under the lights at Sinhalese Sports Club.
Shubham Ranjane posted 51 off 30 balls and opener Shayan Jahangir showed some aggression in the power play with 49 from 34 deliveries, but couldn't force the acceleration against spin-heavy Pakistan.
Tariq, who has an unusual side bowling action and takes a long pause just before delivering the ball, deceived the U.S. batters with his unique bowling style as he grabbed the wickets of Harmeet Singh and then Mohsin Ali off successive deliveries.
After being put into bat, Farhan hit five sixes and six boundaries and Babar got over another slow start and scored at a reasonable strike rate of 143.75. Babar, who is often criticized for his slow strike rate and is pushed down to No. 4, scored just 15 off 18 balls before accelerating with four boundaries and a six.