Hansen Oval Spring Rod, White, 5/8 X 36 To 60 In.

Introducing the Hansen oval spring rod, adjustable from 36 inches to 60 inches, available now at Penns Valley Building Supply in Spring mills, PA. This versatile and practical window rod offers a simple and effective solution for hanging curtains or drapes in dorms, apartments, or any room where ease and convenience are a priority. Designed with a white finish and a 5/8 inch diameter, this rod blends seamlessly with various interior styles while providing reliable support.

• Adjustable length: Extends from 36 inches to 60 inches, allowing for a perfect fit on a wide range of window sizes in your Spring mills home or apartment.


• Hansen oval spring design: Ensures a secure and stable hold without the need for additional hardware or tools.


• Easy installation: Quick to set up with no tools required, making it ideal for renters or anyone seeking a hassle-free window treatment solution.


• Simple adjustment: Effortlessly change the rod position on the window to suit your curtain style or lighting preferences.


• Neutral white finish: Complements a variety of décor styles, making it suitable for dorm rooms, apartments, or any living space in Spring mills.

This adjustable spring rod is perfect for residents of Spring mills who want a straightforward and efficient way to hang curtains without damaging walls or window frames. Whether you’re decorating a dorm room, setting up an apartment, or refreshing a bedroom or living room, this rod provides a flexible and user-friendly option. Its quick installation and easy adjustability make it especially appealing for those who move frequently or like to change their window treatments often.



In summary, the Hansen oval spring rod, adjustable from 36 inches to 60 inches is an essential accessory for anyone in Spring mills, PA looking for a reliable, easy-to-use curtain rod solution. Available at Penns Valley Building Supply, this rod combines practicality with simplicity, making it a smart choice for enhancing your living space with minimal effort.