LSRVNM 100 PCS Garden Plant Clips, Reusable Adjusting Support Plant Clip, for Support Vine Vegetables Tomatoes Climbing Plants (50 Large + 50 Small)

• 🥒【Reusable Material】Plant clips are made of high-quality plastic and steel, the plant clips for climbing plants are strong and durable, reusable and weather-resistant.
• 🥒【Fastening and Support Function】Plant clips support plants on bamboo poles, wires or plant stems so that the plant stems can move in the removable openings of the plant clips and also support branches laden with fruit and prevent them from falling to the ground.
• 🥒【Ease of Use】Flower clips are often used to support climbing plants such as tomatoes. When using, choose the appropriate plant position, quickly and easily fix plant stems and stakes in plant clips so that plants can grow upright.
• 🥒【Scope of Delivery】We offer 2 different sizes of plant clips, 50 large plant clips (4.5 x 6 cm) and 50 small plant clips (3 x 4.5 cm). The wide shape and the free space in the middle offer the plant space, light and air for healthy, stable growth.
• 🥒【Widely Used】Our plant clips for climbing plants are suitable for every garden. Clips for plant fastening can be used to attach vegetables and fruits, flowers, plant stems, small trees, etc., orchids, cucumbers, monstera, tomatoes, anchoring aids, peppers.

Product: Material: Plastic Size: Large clips ( 4.5 x 6cm) / Small clips ( 3 x 4.5cm) Features: The stable and durable plant clips are weatherproof and can be used again and again! The practical clips can be easily attached to plants and removed again without damaging them! The plant clamps are ideal for giving orchids, tomato, cucumber, pepper plants and other plants more support! Product list: 50 × Large plant clips 50 × Small plant clips Note: If you have any questions during the purchase process, do not hesitate to contact us! Due to the difference between different monitors, the picture may not reflect the actual color of the item. We guarantee the style is consistent with the picture. Please allow 1-3mm deviation due to different measurement methods.