High-concerned chemical : none
Set Type : no
is_d : Yes
Origin : Mainland China
Material : Carbon Steel
Highlight description:
【 Strong Holding 】These U shape ground stakes feature a silver colored galvanized finish and anchor firmly into the ground , allowing them to be buried deeply in soil or lawns . They are designed to secure cover weed barrier fabric and horticultural non woven fabric , effectively preventing the fabric from shifting or slipping and ensuring a stable landscaping result
【 Easy Installation 】The ground stakes feature incisive tip , allowing them to penetrate the soil easily even when installed near water pipes or electrical wires . Once positioned , simply press down by hand or tap lightly with a rubber mallet to secure them , quickly locking in place irrigation pipes , fences , and various types of gardening fabrics
【 Versatile Applications 】Includes 100 ground stakes . In addition to weed control and protection in gardening , they can also secure lawns , tents , pet fences , drip irrigation lines , garden edging strips , and outdoor wires , making them suitable for a variety of outdoor yard projects such as flower beds and walkways
【 Ample Quantity 】The 100 piece pack is ideal for both large scale landscaping projects and small scale daily repairs . It’s convenient to stock up on , ensuring you have what you need for year round yard maintenance and outdoor securing tasks
【 Rust Resistant 】The 150mm/6 inch length provides a firm grip and is not easy to come loose during outdoor use . The galvanized design resists water and rust , preventing damage even in damp soil . The slim design ensures secure fastening without taking up too much ground space
Detailed description:
Product Name: Landscape Fabric Staple
Composition: Carbon Steel
Color: Silver
Size: 3x40x150mm/0.12x1.6x6 inch
Parts List:
100 x Landscape Fabric Staple
Note:
1.There may be slight differences between the picture and the actual color of the commodity. We will try our best to show you the exact color.
2.Please allow 3-5mm dimension difference due to manual measurement.