Cafe Base – Round Bar Height
Call for Price
- Café base- Round Bar Height base is cast iron 41.5”h
- Black wrinkle finish
- Barricks offers top options from which to choose
- Café tops – three options:
- 1 ¼” HPL top surface, particleboard core, t-mold edge
- 1 ¼” HPL top surface, particleboard core, 3mm edge
- 1“ 3DL seamless top surface/edge, MDF core
- Available in HPL laminates and a limited number of 3DL finishes.
- Customizable finishes and sizes
Café base round bar height features domed shaped base in cast iron material. Overall height is 41.5”h. Add one of Barricks custom top to complete your table- 30 HPL and 10 3DL choices. HPL top is 1 1/8” particleboard core with high pressure laminate (HPL) top surface and moisture resistant bottom surface with a protective T-mold edge. 3DL top is 1”th MDF core, 14 mil vinyl film heat pressured glued sealing top and edge surface; bottom surface is sealed TFL. Edge is seamless, part of top Barricks stocks 30 HPL and 10 3DL options to create your customized design or size.
Café Base Series- Round Bar Height
Specification & Materials
HPL Particle Board Core- 1 1/8″ th particleboard core with high pressure laminate (HPL) top surface, moisture resistant backer bottom surface finished with a protective edge option- t-mold or 3mm.
3DL MDF Core- 1″ th MDF core with 14 mil vinyl film heat pressured glued sealing MDF top and edge surface- no seams; bottom surface is sealed TFL.
T-mold- an extruded plastic edging in the shape of a “T”. The stem part is barbed and inserted into a slot in the core board. The friction barbs prevent the t-mold from coming out of the core. T-mold external surface is slightly rounded and provides protection against impacts to side. T-mold is an economical edge.
3mm- An extruded 3mm (1/8”) plastic that is machine glued to panel sides sealing edge, then machine trimmed to fit panel thickness. Edging provides protection against impact to sides. 3mm corners are square and more expensive than using T-mold.
3DL- Incorporated as part of top, seamless.
Secures to base using its instructions/hardware.