Aker OV-4272 AcrylX Drop-in End Drain Bodywrap Bath in Sterling Silver
SKU: 141114-057-006
$3,839.00
- Product Type Drop In Whirlpool Bathtub
- Length 72" Width 42" Height 21.5" Weight 91 lbs.
- View Complete Specs
- Finish Sterling Silver
- 3 Finish Options
Select a finish option
141114-057-015 - Black - $3,839.00
141114-057-006 - Sterling Silver - $3,839.00
141114-057-019 - Thunder Gray - $3,839.00Search options by finish color groupings
Questions About Aker 141114-057-006?
Oasis Kitchen & Bath Showrooms by APR Supply Co. has plumbing professionals available to assist you with your selection from Aker.
Email an Expert
More Like This
Product Details
Aker 141114-057-006
OV-4272 WHIRLPOOL / BODYWRAP STERLING SILVER
- Finish Sterling Silver
- Online Product ID 5290903
- Length 72"
- Width 42"
- Height 21.5"
- Weight 91 lbs.
- Oversized yes
- Mounting Drop-in
- Material AcrylX™
- Shape Oval
- Capacity (gal.) 96
- Bottom Bathing Well Length 49
- Bottom Bathing Well Width 31
- Configuration End Drain
- Deck Width 3
- Deep Sump Height 20
- Massage System Bodywrap
- Minimum Us Gallons 61
Additional information
- Textured Floor
- Deck Space for Faucet
- Maximized Bathing Well
Resources
Online Tools
About This Brand
Aker
Oasis Kitchen & Bath Showrooms by APR Supply Co. is proud to present this Sterling Silver Drop In Whirlpool Bathtub, by Aker. The 141114-057-006 is made from premium materials, this Drop In Whirlpool Bathtub offers great function and value for your home. This fixture is part of Aker's Collection, so make sure to check out other fixtures to accessorize your room.
For more than 40 years, AKER has specialized in building high-performance, long-lasting bathware that has a history of satisfying even the most demanding contractor, as well as their customers.
Getting it right the first time is just how we work. As part of MAAX, AKER is even better equipped to continue its heritage. Industry-leading manufacturing standards, a damage-free promise, and the best customer service practices in the industry - that’s our Full-Strength approach.