Textured Shower Grab Bar in Oyster Bisque with 304 Stainless Steel Construction and Underside Finger Grips
This textured shower grab bar provides a handhold for the bath or shower, pairing a hammered oyster bisque finish with underside finger engagements for a more tactile grip. Its softly colored finish brings a decorative touch to practical bathroom support.
The bar is made from 304 stainless steel with a powder-coated finish. Silicone seal technology helps resist moisture, while the nine-hole flange design offers multiple anchoring locations for installation. Seven lengths let you choose a bar to suit your planned bathroom layout.
Features
- Hammered oyster bisque texture enhances the gripping surface.
- Underside finger engagements provide additional places for your fingers to grip.
- 304 stainless steel body with a powder-coated finish.
- Silicone seal technology helps resist moisture in bath and shower environments.
- Nine-hole flanges provide multiple anchoring locations.
- Seven selectable lengths from 12 to 42 inches.
Specifications
- Product type: Grab bar
- Material: 304 stainless steel
- Finish: Powder-coated hammered oyster bisque texture
- Grip design: Underside finger engagements
- Flange design: Nine-hole design
- Moisture resistance: Silicone seal technology
- Selectable lengths: 12, 16, 18, 24, 32, 36 and 42 inches
Frequently Asked Questions
Can this grab bar be used in a shower?
Yes, this grab bar is designed for bath and shower environments, with silicone seal technology to help resist moisture.
What makes the gripping surface textured?
This grab bar combines a hammered oyster bisque finish with finger engagements on the underside, giving your hand additional texture and contact points.
Which lengths can I choose?
This grab bar comes in 12, 16, 18, 24, 32, 36 and 42-inch lengths. Choose the length that suits your intended position and available mounting space.
How does the flange design help with installation?
The grab bar's nine-hole flange design provides multiple anchoring locations, offering flexibility when positioning the mounting points.