Plastic Landscape Edging, Redwood Benda Board 1" x 4" x 20' | 100036729_alt

The Epic Plastics Redwood Benda Board Plastic Landscape Edging provides an attractive alternative to the wooden edging that is durable and strong. Durable in terms of its performance, it combines the rustic style of natural redwood with the strength and sustainability of 100% recycled plastic.

Natural Aesthetics

The Redwood Benda Board is a blend of plastic and the beauty of wood. It will not rot, splinter, or warp as opposed to traditional timber, so it can be relied upon in projects that require a bit of elegance and strength. It has such a realistic look of a redwood that it can easily blend in with gardens, borders, and paths.

Applications

This edging does not have a single purpose. It may be modified to fit a wide variety of landscaping applications, both in design and function.

• Garden Bed Definition: Redwood Benda Board is always employed in the separation of the mulch, soil, and turf. This enhances cleanliness, and materials do not end up mixing to form a disorganized look, hence a clean, well-organized landscape.
• Pathway and Walkway Edging: This edging would be utilized as a border on the gravel, stone, or paved paths, holding the material in place to stop erosion or spreading of the material. It has a practical support as well as an appearance of beauty.
• Curved and Decorative Designs: Due to the flexibility, the board can be curved into elegant curved contours and flowing shapes. Landscapers usually apply it in order to make raised beds, curved corners, or even designs that introduce creativity in outdoor areas.
• Cement and Paver Form: The board is robust enough to serve as a mold for poured concrete or paver installation. This renders it a viable choice when contractors are in need of a flexible edging material.
• Play Areas and Synthetic Turf: Non-structural boundaries (e.g., patios, play areas, artificial grass applications, etc.) can be neatly completed with Benda Board, which will offer safety and stability.

Installation Tips

The installation of the Redwood Benda Board is aimed at being easy, not only for professionals but also for the do-it-yourself enthusiasts.

1. Shaping: The board is bent to the required curves and can be made as long as it can be cut using ordinary tools.
2. Anchoring: It is cemented with equal stakes or with kits that come with stakes and galvanized screws.
3. Tool Resistance: The material resists any accidental contact with the string trimmers or lawn edgers.
4. Expansion Space: The Installer would be advised to leave a small spacing between sections to accommodate expansion as necessitated by temperature.
5. Stability: Stakes, J-pins, or hairpin fasteners give strong and long-lasting support.

Built to Withstand the Elements

The Redwood Benda Board has been designed to last long in the outdoor conditions that can be very harsh.

• Weather Resistance: HDPE with UV-stabilizers provides long life in the sun, rainy, or changing temperatures.
• Long-Term Value: Natural wood needs to be replaced because of rot or splintering, which is not the case with this product.
• Manufacturer Assurance: Some of the kits have warranties that give the purchasers confidence.

Sustainable

The design of the Redwood Benda Board is based on sustainability. Every work is created out of 100 percent recycled plastic, which saves on the usage of new materials and eliminates a plastic waste stream to landfills. 

Since 1997, Epic Plastics, the manufacturer, has diverted millions of pounds of plastic, making this product a very viable solution as well as a solution that is environmentally friendly.

Summary

The Plastic Landscape Edging, Redwood Benda Board (1" × 4" × 20') is the best in terms of beauty, power, and durability. Its realistic redwood appearance blends well with the outdoors. The recycled plastic material used to build it means unparalleled durability and eco-friendliness. It is a reliable option in residential and commercial landscaping projects. It can be installed easily, requires minimal maintenance, and has a long-term value.