Plant Hook

Plant Hook

Plant Hook

Plant Hook is used to hang on trellising wire and support plant vine to thread, also save the labour coast. Its also known as Capsicum hanger, J-hook, Trellising Hook etc. in polyhouse.


This hook is used to hang on trellising wire and support plant vine to the thread and thread life is also long because the extra thread is tied to hook, according to the need it can be used by untying is also known as Tomato hanger, H-hook, Trellising Hook etc.
100 % version.

Planthook is a use for trellising wire support for cucumber, capsicum, tometo to use for rope upside. J-hook is use for portable rope set in poly house / green house, net house , low cost net house, Wire rope net house. it is use for one to more crop on 1 -2 time of  crop life cycle.

his clip used to support the vegetable tall plants in Greenhouse and Net house. Availble 5000 pcs/ 7500 pcs/ 10000 pcs in a Box.
100 % Version. PP Material. 23 mm diameter.


  • Unit Weight: 2 gm
  • Color: Black/white
  • Unit per Packing: 500Nos
  • Unit Per Box: 8000 Nos
  • Box Size: none
  • Box Weight:none
  • Length:none
  • Multi Season use: Yes
  • Delivery Time: Immediately after order


Importance of Plant Hooks in Polyhouse Cultivation

I. Enhanced Vertical Growth and Space Optimization

  • Efficient utilization of vertical space
  • Increased plant density and yield per unit area
  • Optimal use of available sunlight

II. Improved Air Circulation and Disease Prevention

  • Facilitates better airflow around plants
  • Reduces the risk of fungal diseases
  • Minimizes humidity-related issues

III. Easy Maintenance and Harvesting

  • Convenient access to plants for pruning and maintenance
  • Simplifies the process of harvesting fruits and vegetables
  • Reduces physical strain on workers

IV. Training and Support for Plant Growth

  • Promotes proper plant growth and development
  • Enables training of plants for desired shape and structure
  • Helps prevent breakage and damage to plants

V. Enhanced Pest and Disease Management

  • Enables easier monitoring and management of pests
  • Facilitates the application of protective measures
  • Provides better visibility for early detection of issues

VI. Increased Efficiency and Productivity

  • Streamlines cultivation processes and operations
  • Reduces labor requirements and costs
  • Improves overall productivity and profitability

VII. Flexibility and Adaptability

  • Allows for adjustments in plant height and spacing
  • Accommodates different crop varieties and growth stages
  • Facilitates crop rotation and seasonal changes

VIII. Aesthetic Appeal and Presentation

  • Creates a visually appealing and organized growing environment
  • Facilitates orderly arrangement of plants
  • Enhances the overall appearance of the polyhouse

IX. Sustainable and Eco-friendly Cultivation

  • Reduces the need for excessive use of chemical inputs
  • Promotes eco-friendly and sustainable farming practices
  • Supports resource efficiency and conservation

X. Cost-effectiveness and Long-term Investment

  • Provides a durable and reusable solution
  • Offers long-term benefits and cost savings
  • Represents a valuable investment for polyhouse growers.

Different Types of Plant Hooks Used in Polyhouse Systems

  1. S-Hooks: These hooks have a curved shape resembling the letter “S.” They are commonly used for hanging and supporting plants from overhead structures in polyhouses. S-hooks are versatile and can be easily adjusted or moved as needed.
  2. J-Hooks: J-hooks are shaped like the letter “J” and are designed to hang plants from a horizontal support structure. They provide stability and prevent plants from sliding off. J-hooks are ideal for supporting hanging baskets or pots in polyhouse cultivation.
  3. Twist Hooks: Twist hooks feature a twisted design that provides a secure grip on the plant stems or support wires. They are often used for training and supporting climbing or vining plants in polyhouses. Twist hooks can be twisted onto support wires or trellises, providing reliable plant support.
  4. Clip Hooks:  

    These hooks consist of a clip mechanism that clamps onto plant stems or support wires. They are commonly used for attaching plants to vertical or horizontal trellis systems in polyhouses. Clip hooks provide a firm grip and allow for easy adjustment or removal of plants.

  5. Coil Hooks: Coil hooks are made of flexible wire coils and can be wrapped around plant stems or support structures. They are versatile and can accommodate plants of various sizes and growth stages. Coil hooks are useful for securing and training plants in polyhouse cultivation.
  6. Adjustable Hooks: These hooks offer adjustable features such as height or angle adjustments. They are designed to accommodate the changing growth patterns of plants in polyhouses. Adjustable hooks provide flexibility and allow growers to customize the support for different plant varieties.
  7. Plant Hangers: Plant hangers are pre-formed hooks or hangers that can be directly attached to overhead supports. They often come with adjustable lengths or hanging options, making them suitable for suspending plants at different heights in a polyhouse.
  8. Rope or Wire Hooks: These hooks involve using ropes or wires to create loops or hooks for hanging plants. They are versatile and can be easily adjusted or modified to suit the specific needs of plants in a polyhouse. Rope or wire hooks provide flexibility and can be easily customized.
  9. Adhesive Hooks: Adhesive hooks use adhesive backing to stick to the polyhouse walls or other surfaces. They are suitable for hanging lightweight plants or for supporting small hanging baskets. Adhesive hooks offer a non-permanent solution and can be easily removed or repositioned.
  10. Specialized Hooks: Some polyhouse systems may require specialized hooks based on the specific requirements of the crops being cultivated. These hooks could include unique designs, materials, or features tailored to accommodate the particular needs of certain plant species or growth habits.

Remember to consider the specific needs of your plants and the structural design of your polyhouse when selecting the appropriate type of plant hooks.

Installation Techniques for Plant Hooks in a Polyhouse

  1. Selecting the Right Location: Choose the optimal location for installing plant hooks based on the specific crop requirements, sunlight exposure, and structure of your polyhouse. Consider factors such as access, spacing, and plant height to ensure proper installation.
  2. Determine the Hanging Method: Decide on the hanging method based on the type of plant hooks and the support structure in your polyhouse. Common options include overhead wires, trellis systems, or support beams. Ensure that the chosen method is suitable for the weight and growth habit of the plants.
  3. Prepare the Surface: Clean the surface or structure where the hooks will be installed. Ensure it is free from dust, debris, or any obstacles that may hinder the installation process.
  4. Mark the Installation Points:

    Use a marker or pencil to mark the specific spots where the plant hooks will be installed. Ensure accurate spacing and alignment based on the desired plant arrangement and growth patterns.

  5. Pre-drilling Holes (if necessary): If the structure requires pre-drilled holes for installing the hooks, use an appropriate drill bit to create holes at the marked locations. Ensure the size of the holes matches the hooks or screws you will be using.
  6. Attach the Hooks or Mounting Hardware: Depending on the type of hooks, follow the manufacturer’s instructions to attach the hooks or mounting hardware to the polyhouse structure. Use screws, nails, or appropriate fasteners that provide secure and stable installation.
  7. Check Stability and Alignment: Ensure that the hooks are securely attached and aligned properly. Test their stability by gently pulling or applying pressure. Adjust and tighten the hooks as needed to ensure a stable and reliable support system.
  8. Repeat the Process: Repeat the installation process for each plant hook, following the marked locations and maintaining consistent spacing between the hooks. Ensure that the overall installation is symmetrical and well-distributed across the polyhouse space.
  9. Verify Load Capacity: Before hanging plants, ensure that the hooks can bear the weight of the plants. Consider the anticipated growth and weight of the plants throughout their lifecycle to avoid overloading the hooks.
  10. Hang and Adjust Plants: Once the hooks are securely installed, hang the plants by suspending them from the hooks. Adjust the height or position of the hooks as necessary to accommodate the growth and training needs of the plants.
  11. Regular Maintenance: Regularly inspect the plant hooks to ensure they remain secure and intact. Make any necessary adjustments or repairs to maintain the stability and effectiveness of the support system.

Remember to follow the manufacturer’s instructions and adhere to safety guidelines during the installation process. Proper installation of plant hooks is crucial to provide reliable support for your plants and ensure successful cultivation in the polyhouse.

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