4081-SP – 3 x 46″ Square to Round Stabilizer Newel

Description

4081-SP Square to Round Stabilizer Newel by FMD Distributor

Key Features:

• Elegant Square-to-Round Design: The 4081-SP features a Red Oak finish with a smooth square-to-round transition, adding sophistication to stair railings.
• Durable Red Oak Construction: Crafted from high-quality Red Oak, free of knots and defects, ensuring long-lasting strength and a premium look.
• Ideal Dimensions: Measuring 3″ wide and 46″ tall, this stabilizer newel provides robust support for mid-stair or long railing runs.
• Easy Installation: Pre-drilled with a 1/2″ x 2-1/8″ hole and included 7/16″ x 3″ dowel, ensuring quick and secure setup.
• Versatile Application: Perfect for contemporary or traditional staircases, enhancing stability without requiring a cap.

Description:

The 4081-SP Square to Round Stabilizer Newel by FMD Distributor elevates staircase designs with its refined Red Oak finish and elegant square-to-round transition. Ideal for both residential and commercial spaces, this newel post blends seamlessly with various interior styles, from modern to classic. Its smooth, knot-free surface is ready for staining, offering a polished look that enhances any stair railing system.

Constructed from durable Red Oak, the 4081-SP measures 3″ wide and 46″ tall, providing sturdy support for mid-stair applications or long railing runs. Pre-drilled with a 1/2″ x 2-1/8″ hole and equipped with a 7/16″ x 3″ dowel, it ensures easy and secure installation. Designed to strengthen handrail systems without needing a cap, this stabilizer newel combines functionality and aesthetic appeal, making it a top choice for staircase remodels.

Why Choose 4081-SP Square to Round Stabilizer Newel:

The 4081-SP Square to Round Stabilizer Newel by FMD Distributor offers timeless style and reliable support. Its durable Red Oak construction and easy installation make it ideal for contractors and homeowners. Backed by FMD’s ready inventory, this newel ensures quality and stability for any stair project.