Schluter-Reno-U Transition Profile 3/8in. in Satin Anodized Aluminum

Name: Schluter-Reno-U Transition Profile 3/8in. in Satin Anodized Aluminum
Brand: Schluter Systems
SKU: 951500205
Price: 18.34 USD
Availability: InStock

Leesburg’s everyday low price!

$18.34 / piece Size: 3/8in. Color: Satin Aluminum

SKU: 951500205

View Specifications

Size: 3/8in.

Quantity

Quantity of pieces

$18.34 / piece

Limit of 9,999

We have adjusted the number of products entered as the maximum quantity threshold is 9,999. If you need to purchase a higher quantity, please contact Customer Care at 877-675-0002

In-Store Pickup

This item will be SHIPPED TO STORE and can be picked up in 5—10 days

You will be notified by email when the item arrives.

Shipping charges may apply.

Leesburg - 31 pieces

Check Other Stores

This item can be picked up TOMORROW for FREE

Home Delivery

This item will be SHIPPED and should arrive in 7—14 days

Shipping charges may apply. Items may arrive in multiple shipments.

Calculate Estimated Shipping + Handling Cost

Enter Destination Zip Code

Sorry you zip code is not valid or we unable to ship items to your destination.

Consider in-store pickup or contact Customer Care at 770-421-3705 for home delivery pricing.

Estimated Shipping + Handling Cost $16.23

We’re unable to ship this item to AK, GU, HI, PR, VI or foreign countries.

FREE In-Store Returns Learn More

Please select all options

Specifications

Dimensions

Size 3/8in.

Product Length 98.50

Product Width 1.50

Product Thickness 10mm

Item Weight (lbs) 0.94

Details

Project Metal Trims & Transitions

Vendor Part Number AEU100

Color Satin Aluminum

Color/Finish Family Silver

Finish Anodized Aluminum

Installation & Warranty

Warranty

Commercial and/or Residential manufacturer product guarantee to give you peace of mind.

5 Year Limited

Commercial / Residential Use Residential/Commercial

Product Details

Reno-U Is Designed To Protect Tile Edges And Provide A Smooth Transition Between Tile Coverings And Floor Coverings At Lower Elevations By Abutting Both Surfaces.