Made in America Slat Depot Bottom Locking Privacy Slat for 7ft Chain

In this review the Ridged Slats single wall bottom locking slat is evaluated for homeowners and property managers seeking a durable, higher-privacy solution for 7ft chain link fences. The biggest reason to consider these slats is straightforward: they deliver substantial visual blockage and a neat, permanent finish without weaving tools or complex installation. The review focuses on fit for 7ft, 11 or 9 gauge chain link with a 2in diamond, real-world privacy performance, and the practical details that determine whether these inserts meet common outdoor privacy needs.

Key Features

• Made in USA construction: Manufactured from domestically sourced HDPE with UV inhibitors for long-lasting resistance to sun and weathering.
• Length and fit: Slats are cut to about 80.5in long and are intended for 7ft chain link, fitting 11 or 9 gauge fabric with a 2in diamond for optimal coverage.
• High privacy: Bottom-locking Ridged Slats provide approximately 85 percent blockage in 2in diamond mesh for a significant reduction in sight lines.
• Packaged components: Each box contains 82 W shaped slats and three 42in pieces of Viper Channel, covering about 10 linear ft of standard 2in diamond chain link.
• Durable profile: The single wall, wider extrusion balances material use and durability to offer a more affordable, long-lasting alternative to wind screen or privacy tape.
• Simple installation: Designed for vertical insertion and bottom-locking without weaving, making it easier for a homeowner to upgrade fence privacy.

Who It's For

These slats are best for homeowners, schools, small business owners, and facilities with existing 7ft chain link fences built with 11 or 9 gauge fabric who want a permanent privacy upgrade. They suit anyone who wants roughly 75 to 85 percent visual blockage depending on diamond size and prefers a UV-stable HDPE product manufactured in the USA.

Those who should look elsewhere include owners of steeply sloped fences, anyone who needs to increase fence height, and customers using nonstandard mesh where the slats cannot be fully inserted; the product is not intended as a height extender and requires correct installation to meet expectations.

Pros & Cons

Pros

• Easy installation without weaving, making the upgrade accessible to DIYers.
• Strong privacy performance in 2in diamond mesh, delivering about 85 percent blockage.
• Durable HDPE construction with UV inhibitors and a 30-year tube slat warranty backing longevity.
• Boxed quantity and included Viper Channel provide a ready package for about 10 linear ft of standard fence.

Cons

• Reduced privacy on economy or larger diamond mesh (about 75 to 80 percent) and may require extra slats or different channel for those meshes.
• Not suitable for steep slopes or for raising fence height; must be fully inserted to perform as advertised.

Specifications

Brand	Ridged Slats
Intended fence height	7ft
Slat length	about 80.5in
Slat width	1.25in
Coverage (2in diamond)	approx. 85 percent blockage
Contents per box	82 W slats + three 42in Viper Channel
Material	HDPE with UV inhibitors (Made in USA)

Our Verdict

For anyone with a standard 7ft chain link fence who wants a durable, high-privacy solution without the fuss of weaving, these bottom-locking Ridged Slats are a practical, cost-effective choice. They balance good visual blockage, long-term UV protection, and simpler installation; just be mindful of mesh size limits and slope restrictions before purchasing.

Frequently Asked Questions

Will these slats work on a 2-1/4in diamond mesh?
Yes. Expect about 80 percent coverage when installed in 2-1/4in diamond chain link fabric.

How much fence does one box cover?
Each box contains 82 slats and provides about 10 linear ft of coverage on standard 2in diamond chain link; larger diamonds use slightly fewer slats per 10 ft.

Can these slats raise the height of my fence or be used on steep slopes?
No. They cannot be used to extend fence height and are not recommended for steep slopes; slats must be fully inserted into mesh for proper performance.