• 288 Cells OEM Plastic Nursery Tray&Lids Plastic Nursery Seed Plug Trays for Propagation System 1
  • 288 Cells OEM Plastic Nursery Tray&Lids Plastic Nursery Seed Plug Trays for Propagation System 2
  • 288 Cells OEM Plastic Nursery Tray&Lids Plastic Nursery Seed Plug Trays for Propagation System 3
  • 288 Cells OEM Plastic Nursery Tray&Lids Plastic Nursery Seed Plug Trays for Propagation System 4
288 Cells OEM Plastic Nursery Tray&Lids Plastic Nursery Seed Plug Trays for Propagation

288 Cells OEM Plastic Nursery Tray&Lids Plastic Nursery Seed Plug Trays for Propagation

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Loading Port:
China main port
Payment Terms:
TT OR LC
Min Order Qty:
3000 pc
Supply Capability:
2000000 pc/month

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 Specification of Plug Trays HIPS Made Plastic Plug Tray  for Greenhouse (Growing and Seedling):

288 Cells OEM Plastic Nursery Tray&Lids Plastic Nursery Seed Plug Trays for Propagation

 

Features of Plug Trays HIPS Made Plastic Plug Tray  for Greenhouse (Growing and Seedling):

 ·         Material:      HIPS

·         Thickness:  0.5mm-1.5mm, Standard:1mm

·         Weight:       80g(±5)g-230g(±5)g, Standard weight:155g(±5)g

·         Size:            length:490mm-540mm, width:190mm-345mm,depth:25mm-150mm

·                             Standard:540mmX280mm

·         Cell count:  18-512

·         Package:     In Carton

·         Warrenty:    8-10 times

 

Packaging & Delivery

Packing Detail: export standard carton or large bags

Delivery time: 4 million per momth after receipt of deposit

 

 Advantage:

Waterproof, UV-resistant, extrusion-resistant

Easy carry for young seeding plant and grow

 

Service:

 

1. Quick, efficient and professional response within 24 hours, 14 hours online services

 2. 10 years manufacturing and exporting experience in agriculture field.

 3. Technical support and solution by chief engineer.

 4. Strict quality control system & team, high reputation in the market.

 5. Full range of irrigation products for choice

 6. OEM/ODM services

 7. Accept sample order before Mass Order

 

 

Picture of Plug Trays HIPS Made Plastic Plug Tray  for Greenhouse (Growing and Seedling):

 

288 Cells OEM Plastic Nursery Tray&Lids Plastic Nursery Seed Plug Trays for Propagation

288 Cells OEM Plastic Nursery Tray&Lids Plastic Nursery Seed Plug Trays for Propagation

 

 

FAQ of Plug Trays HIPS Made Plastic Plug Tray  for Greenhouse (Growing and Seedling):

Q: 1.How long is the production time?

A: Usually one to two weeks.

 

Q: 2.How is the seed tray being packaged?

A: They can be packaged in carton or pallets. Carton size is 1375px*725px*1250px.

 

Q:3.How many times can the seed tray be used?

A: Under the same environment, it is decided by the thickness. Usually 0.6mm thickness can be used for 1 or 2 times.

1.0 thickness can be used for 3-4 times. 1.5 thickness can be used for 8-10 times.

 

 

 

 

 

Q: What are some common types of agricultural plastic products?
Some common types of agricultural plastic products include mulch films, greenhouse films, silage wrap, irrigation pipes, seedling trays, and livestock feed bags.
Q: Do nursery trays come with adjustable cell sizes?
Yes, nursery trays often come with adjustable cell sizes.
Q: Are nursery trays dishwasher safe?
No, nursery trays are not typically dishwasher safe.
Q: This question asks about the methods farmers employ to safeguard their crops from frost damage using plastic covers in agriculture.
<p>Farmers use agricultural plastic covers, often called frost protection covers or frost blankets, to insulate crops from frost damage. These covers are lightweight, transparent, and permeable to light, allowing photosynthesis to continue while trapping heat. They are typically placed directly on the plants or over rows using hoops or frames. At night, when temperatures drop, the covers reduce heat loss by forming a barrier that slows the escape of warm air. This helps to maintain a warmer microclimate around the plants, preventing frost formation. In the morning, the covers can be removed to let in fresh air and sunlight. This method is particularly effective for protecting tender crops like leafy greens, flowers, and early-season vegetables.</p>
Q: What are the recent advancements or innovations in the field of agricultural plastic products?
<p>Recent developments in agricultural plastic products include the use of biodegradable plastics, advancements in mulching films, and smart greenhouse technologies. Biodegradable plastics are being developed to reduce environmental impact, with materials like PLA (polylactic acid) and PHA (polyhydroxyalkanoates) gaining attention. Mulching films have improved to enhance crop growth, water retention, and soil health. Additionally, smart greenhouses with integrated plastic components are becoming more sophisticated, offering automated climate control and energy efficiency. These advancements aim to increase agricultural productivity while minimizing environmental harm.</p>
Q: why is plastic able to be stretched?
a plastic is able to stretch due the amorphous regions, these regions has chains which are branched and are irregular, hence lowers its b.p, and has weaker intermolecular forces, which will make it a low density polymer.
Q: Do nursery trays come with a seedling mat?
No, nursery trays do not typically come with a seedling mat.
Q: How are plastic tree guards used in forestry?
Plastic tree guards are used in forestry to protect young trees from browsing animals, such as deer, rabbits, and rodents. These guards are placed around the base of the tree to create a physical barrier, preventing animals from accessing and damaging the tree. The plastic guards also provide protection against herbicides and harsh weather conditions, facilitating the healthy growth and survival of the trees.
Q: How do you establish ground cover plants in existing landscapes?
To establish ground cover plants in existing landscapes, it is important to follow these steps: 1. Select the right ground cover plants: Choose plants that are suitable for the specific site conditions, such as sun exposure, soil type, and moisture levels. Consider factors like height, spread, and growth habit to ensure the plants will provide effective ground cover. 2. Prepare the planting area: Clear the area of any weeds, grass, or debris that may compete with the ground cover plants. Loosen the soil with a garden fork or tiller to improve drainage and root penetration. 3. Amend the soil if necessary: Test the soil pH and nutrient levels and make any necessary adjustments to ensure optimal growing conditions for the ground cover plants. Add organic matter like compost or aged manure to improve soil structure and fertility. 4. Plant the ground cover: Dig holes or trenches to accommodate the roots of the ground cover plants. Space them according to their recommended spacing requirements, ensuring they have enough room to spread and fill in the desired area. Gently backfill the holes with soil, firming it around the roots to eliminate air pockets. 5. Mulch the area: Apply a layer of organic mulch, such as wood chips or straw, around the newly planted ground cover. Mulch helps retain moisture, suppress weeds, and regulate soil temperature, promoting healthy growth. 6. Water and maintain: Water the ground cover plants thoroughly after planting and continue to provide regular irrigation until they are established. Monitor soil moisture levels and adjust watering accordingly. Remove any weeds that may emerge, and apply fertilizer or compost as needed to support plant growth. 7. Regularly monitor and maintain: Check the ground cover plants regularly for any signs of pests, diseases, or nutrient deficiencies. Prune or trim them as necessary to maintain their desired shape and prevent overcrowding. Regularly monitor and adjust irrigation to prevent over or under-watering. By following these steps, you can successfully establish ground cover plants in existing landscapes, creating an attractive and low-maintenance ground cover that adds beauty and functionality to the area.
Q: What are the advantages of using plastic weed barriers for weed control?
The advantages of using plastic weed barriers for weed control include effectively preventing weed growth, reducing the need for manual weeding, conserving moisture in the soil, and providing a long-lasting solution.

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