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Ulti-MATE Garage 2.0 Series Black Metallic 17-Piece Super-System
Item Number: UG22172B
MSRP: $8,179.99
Sale Price: $3,649.99
Usually ships in 1-3 Business Days
Ulti-MATE Garage 2.0 Series takes the back-to-back Consumers Digest awarded “Best Buy” cabinet line features to the next level. This "Super System" provides seventeen (17) pieces and nearly 36-ft of infinite modular design options for single or multi-wall designs (23.67-ft pictured), just add a comfy stool. Metallic gloss car-like color facing, industrial strength 1-inch thick shelves, smooth operating ball bearing drawer glides, soft-close hinges and contemporary style are a few features that will exceed the most discerning garage or workshop demands.
Features:
• Ulti-MATE Garage 2.0 Series
• Strong 3/4" MDF and PB cabinet construction with durable textured PVC laminate
• Strong 3/4" MDF facing with durable gloss metallic PVC laminate
• Custom shop style full radius profile
• Industrial strength 1-inch shelves with 200 lb. weight load
• Full extension smooth operating ball bearing drawer glides with 100 lb. load rating
• Near silent soft-close fully adjustable hinges
• Jumbo 3/4" thick brushed chrome pulls
• Designer style 6" adjustable aluminum feet keep cabinet from ground moisture and level
• Wall mounting cleat included for multiple installation options on base cabinets*
• Upgraded solid Bamboo worktops
• Locks secures items
• Wire management system on tall and door base cabinets
• Modular design for infinite and expandable design options
• CARB (California Air Resources Board) approved to help environment
• Brand logo badge included in hardware pack
• Color: Midnight Black Metallic over Peppercorn Grey textured cabinet. Images are renderings, and or, may depict color variance to actual item received.
• Assembly Required
• 10-year limited manufacturer parts warranty
• Maximum Dimensions: 426" W x 21" D x 82" H
• Minimum Dimensions: 248" W x 21" D x 80" H
• Curbside delivery lower 48-states
* Consult local cabinet professional on wall mounting cabinet and reduce content weight-load for safety.
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