Flo 88832 staples

Replacement staples designed for use with the Tapener TOYA FLO model 88832 tying tool. These staples provide a practical fastening method for securing plant stems, vines and shoots to supports and trellises. Supplied as a pack, they are intended for repeated tying operations in gardens, greenhouses and orchards where fast, consistent closures are required.

Advantages

These staples offer reliable hold and consistent performance with the Tapener TOYA FLO tying tool. They simplify repetitive tying tasks by fitting the tool’s mechanism precisely, ensuring uniform fastenings and reducing manual effort. The staples are suitable for a range of horticultural uses and support rapid work pace during planting and maintenance.

Suitable for

• Attaching vines and fruiting shoots to wires and trellises
• Securing young trees and nursery plants during training
• Routine tying in greenhouses and open-field vegetable plots
• Vineyard and orchard maintenance tasks

Key specifications

• Compatibility: designed for use with Tapener tying tools of the corresponding model range
• Pack format: multiple staples supplied together for repeated use
• Function: mechanical fastening of plant material to supports
• Application environment: suitable for outdoor and greenhouse use in horticulture and viticulture

How to use

Load the staples into the Tapener TOYA FLO tool according to the tool manufacturer’s instructions and prepare the plant and support for fastening. Position the plant stem against the support, align the tool over the stem and trigger the mechanism to insert a staple and wrap the tape. Repeat the process along the row or around the plant as required. Inspect each fastening to ensure the staple secures the stem without excessive compression.

Usage recommendations

Verify compatibility with your specific Tapener tool before purchase. Use staples suitable for the stem diameter and growth stage of the plants to avoid constriction and to allow safe development. Store unopened packs in a dry place to prevent moisture exposure.