Agrocollar for fabric 100pcs

Product detailed description

Installers and technicians working in landscaping, agriculture, and construction frequently require a reliable method to secure geotextiles, woven and non-woven fabrics, and protective nets to the ground. These materials are commonly used for soil stabilisation, weed control, and pest prevention in various outdoor environments. The Agrocollar for fabric provides a durable and environmentally friendly solution for such applications. The pegs are suitable for use in gardens, agricultural fields, and construction sites where long-term ground coverage is required.

The product is designed to be driven directly into the ground, ensuring the materials remain in place under normal environmental conditions. It is particularly useful in projects involving erosion control, garden bed preparation, and underground pest barriers. The pegs are made from solid recycled plastic, which ensures durability and resistance to weathering. The pack size of 100 pieces allows for efficient installation of large areas without frequent resupply.

Technical parameters

Installation and connection

Installation involves driving the Agrocollar pegs directly into the ground at regular intervals along the edges and intersections of the fabric or net. The spacing should be adjusted based on the weight of the material and the expected environmental conditions. Installers should ensure the pegs are driven firmly enough to prevent movement but not so deep that they become difficult to remove later. Common installation mistakes include insufficient spacing, which can lead to material displacement, and over-driving, which may damage the pegs or surrounding ground.

Compatibility and accessories

This product is compatible with a wide range of woven and non-woven fabrics, geotextiles, and pest nets commonly used in landscaping and agricultural applications. No additional accessories are required for installation. The product is designed for direct use without the need for supplementary tools or components.

Technical background for designers

The Agrocollar pegs operate on a simple mechanical principle, using their pointed end to anchor into the ground and hold the fabric or net in place. The use of solid recycled plastic ensures resistance to UV degradation and chemical exposure, making the product suitable for long-term outdoor use. The material's properties also allow for repeated installation and removal without significant wear. The design of the peg ensures it can be used in a variety of soil types and ground conditions. The service life is influenced by the quality of the installation and the environmental exposure, particularly in areas with high wind or heavy rainfall.

Service and operation

Regular inspection is recommended to ensure the pegs remain securely in place and that the attached materials are not damaged. No specific service intervals are provided in the brief. If the pegs become loose or damaged, they should be replaced to maintain the integrity of the installation. The product does not require lubrication or other maintenance procedures.

Frequently asked questions

Can the Agrocollar for fabric be used in wet soil conditions?
Yes, the pegs are suitable for use in wet soil conditions. The solid recycled plastic construction provides resistance to moisture and does not degrade under normal exposure.

Is it possible to remove the pegs without damaging the ground?
Yes, the pegs can be removed without causing significant damage to the ground. Care should be taken to avoid excessive force during removal to prevent tearing or displacement of the surrounding soil.

Can this product be used with both woven and non-woven fabrics?
Yes, the Agrocollar for fabric is compatible with both woven and non-woven fabrics, as well as geotextiles and mole nets. The design allows for secure fixation without damaging the material.

What is the recommended spacing between pegs?
The recommended spacing depends on the weight and type of material being secured. A general guideline is to place the pegs at intervals that ensure the material remains taut and does not shift under normal conditions.