Ceiling system

1. A method for mounting a spring clip on a ceiling grid support member, the method comprising:

providing a grid support member defining a longitudinal axis;

providing a spring clip including a body defining a downwardly open receptacle, a pair of opposing lateral flanges, and a pair of locking tabs;

inserting the grid support member into the receptacle;

slideably engaging the locking tabs with a top surface of the grid support member;

displacing the locking tabs outward in laterally opposing directions from an inward position to an outward position;

returning the locking tabs to the inward position; and

locking the spring clip to the grid support member with the locking tabs,

wherein a snap-fit is created between the spring clip and grid support member, and wherein at least one of the lateral flanges includes a slot configured to engage a torsion spring.

2. The method of claim 1 , wherein the locking step includes engaging each locking tab with a bottom surface disposed on the grid support member.

3. The method of according to claim 1 , wherein the bottom surface on the grid support member is formed on a bulbous top stiffening channel.

4. The method according to claim 1 , wherein the top surface comprises two opposing slanted surfaces, each slanted surface being engaged by one of the locking tabs.

5. A spring clip for mounting ceiling panels equipped with torsion springs to a ceiling support grid, the clip comprising:

a body including a mounting portion defining a downwardly open receptacle configured for attachment to a ceiling grid support member;

a pair of lateral flanges extending outwards from the mounting portion, at least one of the flanges including a slot configured to engage a torsion spring;

a pair locking tabs disposed on the spring clip, the locking tabs configured to engage opposing sides of the grid support member.

6. The spring clip of claim 5 , wherein the spring clip is slidable when locked onto the grid support member.

7. The spring clip according to claim 5 , wherein the body of the spring clip is formed of an elastically deformable resilient material.

8. The spring clip according to claim 5 , wherein one of the locking tabs are each disposed on one of the lateral flanges.

9. The spring clip according to claim 5 , wherein the locking tabs project inwards into the receptacle from opposite lateral directions.

10. The spring clip according to claim 5 , wherein the locking tabs are arranged in opposing relationship to each other.

11. The spring clip according to claim 5 , wherein the receptacle is defined by a pair of laterally spaced apart sidewalls and a top wall extending between the sidewalls.

12. A spring clip for mounting ceiling panels equipped with torsion springs to a ceiling support grid, the clip comprising:

a body including a mounting portion defining a downwardly open receptacle that is defined by a pair of laterally spaced apart sidewalls and a top wall extending between the sidewalls;

a pair of lateral flanges extending outwards from the mounting portion, at least one of the flanges including a slot configured to engage a torsion spring;

a pair of locking tabs disposed on the spring clip, wherein each of the locking tabs project inwards into the receptacle from opposite lateral directions.

13. The spring clip according to claim 12 , wherein the locking tabs are arranged in opposing relationship to each other.

14. The spring clip according to claim 12 , where a first distance spans between the laterally spaced apart sidewalls and a second distance spans between ends of each of the pair locking tabs, wherein the second distance is less than the first distance.