Correll LR2448-06 High Pressure Library Table 24 x 48 x 29 in. - Medium Oak

Description

Half-inch wrench required to attach Legs. Edges are Black T-Mold with safety rounded corners to match the leg contour. Legs have Plastic Feet to protect all floor surfaces. 29" standard table height for most comfortable work position. Tops are High-Pressure Laminate, (the same material used on kitchen counter tops) on a 1 1/8" thick High Density Core with Backer Sheet. Correll Library Tables 24"W x 48"L x 29"H - Medium Oak These rock solid Library Tables have 2" Diameter Steel Legs bolted into corner socket in the 3" Steel Apron with over 3,000 pounds of clamping force. Legs have Plastic Feet to protect all floor surfaces. Correll Library Tables 24"W x 48"L x 29"H - Medium Oak These rock solid Library Tables have 2" Diameter Steel Legs bolted into corner socket in the 3" Steel Apron with over 3,000 pounds of clamping force. Tops are High-Pressure Laminate, (the same material used on kitchen counter tops) on a 1 1/8" thick High Density Core with Backer Sheet. Edges are Black T-Mold with safety rounded corners to match the leg contour. Legs have Plastic Feet to protect all floor surfaces. 29" standard table height for most comfortable work position. Some assembly required, half-inch wrench required to attach Legs. Half-inch wrench required to attach Legs. Some assembly required, half-inch wrench required to attach Legs.

Key Features

• 29" standard table height for most comfortable work position.
• Edges are Black T-Mold with safety rounded corners to match the leg contour.
• Tops are High-Pressure Laminate, (the same material used on kitchen counter tops) on a 1 1/8" thick High Density Core with Backer Sheet.
• Correll Library Tables 24"W x 48"L x 29"H - Medium Oak These rock solid Library Tables have 2" Diameter Steel Legs bolted into corner socket in the 3" Steel Apron with over 3,000 pounds of clamping force.
• Some assembly required, half-inch wrench required to attach Legs.
• Legs have Plastic Feet to protect all floor surfaces.