Maple Leafs, William Nylander
Squaring off with nearly identical records entering Wednesday’s contest, the Toronto Maple Leafs were presented with a key opportunity to get out of a rut against a quality Minnesota Wild team, with a four-game road trip on the horizon before the 4 Nations Face-Off break.
Among the NHL teammates who will be on opposite benches during the 4-Nations Face-Off include Toronto Maple Leafs stars Auston Matthews and William Nylander. Matthews, who grew up in Scottsdale, Ariz., will be representing the USA while Nylander will be representing his native Sweden.
The Maple Leafs are pushing through a rough stretch of games. Posting a 4-6 record in their last 10 games, the Leafs have dropped three in a row and fallen from first place in the
Auston Matthews and William Nylander have been Toronto Maple Leafs teammates for nine seasons. They've displayed elite chemistry throughout their time together.
Jared Spurgeon and Marat Khusnutdinov scored in the first period, Filip Gustavsson stopped 31 shots, and the Minnesota Wild beat the Toronto Maple Leafs 3-1.
Matthews and Nylander both scored two goals as Toronto battled back from 2-1 and 3-2 deficits in the third period to beat New Jersey 4-3.
Copyright 2025 The Associated Press. All Rights Reserved. Toronto Maple Leafs’ William Nylander, right, celebrates after his winning goal against the New Jersey ...
The Wild have struggled since the injuries to these two occurred, winning just four of the 10 games since Brodin was injured, allowing 31.3 shots per game, and ranking 30th in GAA while allowing four or more goals in seven of the 10 outings.
Leafs answered our poll. In part 1, we reveal the teammates most Leafs would like to be stuck with in an elevator, and more.
William Nylander scored his second goal of the game at 1:10 of overtime and the Toronto Maple Leafs defeated the visiting New Jersey Devils 4-3 on Thursday night.
Filip Gustavsson made 31 saves as the Minnesota Wild edged Toronto 3-1 on Wednesday, sending the Maple Leafs to a third straight regulation loss.