CULTIVICO

Reusable PETG Plant Support Clips for Trellises & Vines

$19.90 USD

~~$19.90 USD~~ $19.90 USD

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Pack Size 12 Pack 24 Pack 48 Pack

Description

Attach climbing stems to cage wire or trellis cord with reusable PETG clips. The smaller loop grips the support while the larger loop guides the stem. Choose a 12-, 24-, or 48-pack and check the sizing below before ordering.

Features

Dual-Snap Architecture

Features a small loop to grip cage wire or cordage, paired with a flexible larger loop to guide delicate plant stems.

Durable PETG Material

Crafted from garden-green PETG for indoor and outdoor exposure, offering high flexibility and long-term reusability.

Stem-Safe Design

Smooth, rounded inner contact surfaces prevent chafing or tight clamping on growing stems as plants expand.

Fast Tool-Free Application

Snaps on and off effortlessly without tools, permitting easy repositioning as plants develop through the season.

How They Work

1. Secure to Support: Snap the smaller 6mm loop securely around your wire cage structure or trellis cordage.

2. Guide the Stem: Gently position the plant stem inside the larger 14mm loop opening without tight clamping.

3. Adjust & Reuse: Shift or add clips higher along the plant stem as vertical growth progresses throughout the season.

Specifications & Dimensions

Small Support Loop ID 6 mm / 0.24 inside diameter

Large Plant Loop ID 14 mm / 0.55 inside diameter (resting size)

Overall Dimensions 32 x 17.5 x 12 mm (2 mm wall thickness)

Recommended Wire Fit 3–5 mm diameter cage wire or cordage

Recommended Stem Fit 6–16 mm flexible plant stems

Material & Weight Garden-Green PETG (~1.5 g per clip)

What's Included

Reusable PETG Plant Support Clips Set

Sizing & Manufacturing Notes

Compatibility Note: Please measure your support frame prior to ordering. Designed for standard thin cage wire and cordage; not intended for thick bamboo stakes or large timber supports.

Appearance Note: Each clip is 3D printed in PETG. Subtle surface layer lines or cosmetic variations are inherent to the additive process and do not impact mechanical functionality.